Prediction markets like Polymarket and Kalshi have seen their weekly nominal trading volume break through a new historical high of $3 billion. They are rapidly expanding into diverse areas—politics, sports, macroeconomics, and more—by simplifying user interfaces to lower the barrier to entry. This has made them a popular alternative to options, allowing users to hedge asset risks.

The Machine Learning Competition

Teams such as Sportstensor and Synth are leveraging prediction markets to test and refine their models. Through token incentives and competitive mechanisms, they optimize strategies to achieve high returns, fostering an environment akin to a "Darwinian AI competition."

Neobanks Bridge Web2 and Web3

Projects like EtherFi and UR are launching non-custodial crypto debit cards, with competition centering on cashback, exchange rates, and DeFi integration. A key breakthrough lies in obtaining banking licenses to offer full fiat services. UR has taken a lead by achieving multi-currency bank accounts under FINMA regulation.

Key Applications Accelerate

Core applications—trading, prediction markets, DeFi yields, stablecoins, and asset tokenization—are developing rapidly. CEXs are launching super apps, ICOs are making a comeback, and on-chain launch platforms are fueling a new wave of speculation.

Crypto AI Finds Product-Market Fit

Blockchain payments and cryptographic technologies are underpinning AI agent collaboration. Darwinian models, incentivized by tokens, are driving AI performance optimization. However, token prices have yet to fully reflect this progress.

The Era of Dynamic DeFi

AI and machine learning are driving the dynamism of DeFi strategies, as seen with projects like Allora Network and Giza. This enables automatic leverage adjustments and capital allocation, enhancing protocol adaptability and risk management capabilities.

Future Outlook

By 2026, we anticipate a deep integration of crypto, AI, and DeFi. The convergence of TradFi and DeFi will accelerate, and projects may increasingly turn to IPOs for liquidity, fostering the development of a smart, internet-based economic layer.

Summary

Author: 0xJeff, AI Investor

Compiled by: DingDang, Odaily

The year 2025 has been challenging for the crypto industry. Despite promises from the incumbent US President to make the US a global hub for crypto and AI, the market has faced significant difficulties. Since Trump took office in January, the market has endured repeated stress tests, the most severe being the October flash crash that nearly paralyzed the entire crypto sector.

While the ripple effects of that crash are not yet fully resolved, the macro backdrop and industry tailwinds point towards a more positive quarter and a more optimistic outlook for 2026. This article delves into six trends quietly reshaping the crypto landscape behind the scenes, offering an early preview of what 2026 might hold.

1. Prediction Markets = Crypto Options Find Product-Market Fit

Prediction markets have recently broken through at an industry level, with weekly nominal volume hitting a new all-time high of $3 billion two weeks ago. We are seeing rapid expansion in market types—politics, sports, esports, pop culture, mention-based markets, macroeconomics, crypto, finance, earnings, tech, and more are all flourishing.

Polymarket and Kalshi are developing along the line of "everything is predictable," covering all popular topics. Emerging PM projects like Limitless and Opinion Labs are digging deeper into vertical niches—Opinion focuses purely on macro markets, offering predictions on economic indicators like interest rates for the US, EU, and Japan; Limitless concentrates on crypto assets, providing markets for a wider range of tokens and more diverse timeframes.

Crypto options were all the rage during the 2021 bull market but later declined due to multiple issues, most critically poor UI/UX and lack of liquidity. Prediction markets fill these gaps. They offer extremely user-friendly interfaces, allowing anyone without financial knowledge to bet on any event. Simultaneously, by creating engaging markets, they attract user participation; anyone can join as a market maker or trader. Instead of understanding Greek letters and complex terminology, you simply buy 'Yes' or 'No' shares. Similar to options, users can also use prediction markets to hedge their asset exposures.

For example:

* Got a large airdrop but want to hedge early? Buy 'No' in that market.

* Too much long exposure in your portfolio? Buy 'No' in a macro or BTC market.

* You get the idea.

Prediction markets are essentially repackaging options into a more mainstream, accessible, and profitable product. One of the biggest beneficiaries are machine learning/prediction teams.

2. Prediction Markets = The Perfect Proving Ground for ML Teams

More teams are doubling down on prediction markets to hone their signals and models, such as Sportstensor, Synth, Sire Agent, and AskBillyBets.

Sportstensor acts as a liquidity provider layer for Polymarket; any PM trader can participate in signal competitions. The best-performing signals receive Alpha token incentives, and these signals are fed back into Sportstensor to further refine its prediction models for future profitability.

Synth follows a "high-frequency hedge fund" model for prediction markets, using its own signals to predict crypto asset prices over 1-hour and 24-hour periods and placing bets accordingly. Preliminary results show an increase from $3,000 to $15,000 in a month—a 500% return.

Sire is building an Alpha Vault that utilizes Sire's models and SN44 Score data for sports predictions, currently showing preliminary results exceeding 600% PnL. It's positioned as one of the best prediction market DeFi vault products ready for public release.

Billy offers analytical and automated betting tools leveraging the team's sports betting insights. They are finding their edge in Kalshi's Parlays markets and plan to expand their strategies and vault size, with future profits potentially flowing back to token holders once vault size thresholds are met.

The charm of prediction markets lies in their natural breeding of multiple "Darwinian AI competition" scenarios, where ML teams can prove their strategies in real market environments. Synth, Sire, and Billy can all participate in Sportstensor's competitions and soon in the "War of Markets" planned by Future Dot Fun on Polymarket and Kalshi.

Even cooler, Polymarket is about to launch its Poly token, and new PM projects are also attracting liquidity and volume through token incentives. Machine learning teams can hunt for mispricings and arbitrage opportunities while simultaneously earning token incentives. Does this remind you of the early days of Hyperliquid? The same dynamic is unfolding, but this time in prediction markets instead of perpetual futures.

3. The Neobank Wars Begin

We are observing a key shift: major Web2 startups and corporations are launching L1s/L2s and integrating stablecoin payment rails to serve users directly. Simultaneously, crypto-native projects are advancing into real-world financial services.

Teams like Ether Fi, useTria, Avici Money, and UR global now offer non-custodial crypto debit cards, allowing users to spend directly from on-chain assets in the real world. In just one year, this market has evolved from a blue ocean to a crowded battlefield, with 20-30 heavyweight players competing for the same pool of crypto users.

Current differentiation mainly focuses on:

* Cashback/Rebates: Tria offers the highest cashback but requires an annual fee.

* Exchange rates, transfer fees, ATM fees.

* Perks systems: Travel, hotel status, airport lounge access, events.

* Earn/DeFi integration: Yield on idle funds, borrow-to-spend functionality. EtherFi leads in this direction, offering high yields plus borrowing power.

Despite this, most products share a similar underlying structure. They rely on partner banks/issuers holding Visa/Mastercard licenses, making them more like "user acquisition channels" than true Neobanks. Consequently:

* Compliance is managed by the partner bank, not the project itself.

* User balances are virtual accounts, not real bank accounts.

* Functionality typically stops at "crypto spending," lacking full fiat off-ramps or banking services.

Currently, everyone faces these limitations, so the impact is muted. But as competition intensifies, whoever becomes a "real bank" gains a core advantage. Projects that control their own compliance and regulatory frameworks can offer genuine bank accounts, multi-currency on/off ramps, and seamless integration between crypto and traditional finance. In this regard, UR is a step ahead, currently operating under FINMA regulation with Swiss banking permissions, supporting seven fiat currencies, and offering both traditional and crypto financial services.

4. Crypto's Breakthrough Applications Are Clearer Than Ever

Trading, Prediction markets, DeFi yields, Stablecoins, Asset tokenization.

We've progressed from CEX → Spot DEX → Perp DEX to the era of Hyperliquid. The wave of "hyper-speculative Launchpads" led by Pump Dot Fun has sparked the rise of many narrative-driven on-chain launch platforms. Prediction markets are developing rapidly, genuinely reaching mainstream users for the first time. DeFi is fully engaging with Wall Street in areas like structured yields, interest-bearing products, stablecoins, RWA/DePIN, and asset tokenization. People realize they can "own a piece of the future" and earn yield on it.

All key crypto applications are being amplified: CEXs are launching wallet super apps, and other wallets are rapidly expanding capabilities, making it easier for average users to get started. ICOs are returning—Coinbase has listed its first Monad ICO, and other platforms are growing fast.

5. Crypto AI Finds Product-Market Fit

The early Crypto AI space was dominated by AI meme coins and GPT-wrapper projects claiming to be "AI Agents," but that noise has now subsided. Today, blockchain payments and stablecoins are facilitating automated transactions between agents. Cryptographic techniques like TEE and ZK, combined with token incentives and penalty mechanisms, are making AI systems verifiable, controllable, and predictable.

Support layers are laying the foundation for "seamless collaboration between AI and humans." Simultaneously, "Darwinian AI" is emerging as a meta-layer competition, using real incentives to drive agent evolution, optimize signals, and improve performance. The most successful use cases remain trading and prediction signals, which align perfectly with crypto's DNA.

More ecosystems are adopting this Darwinian model, using token incentives to attract developers, reward contributors, subsidize R&D, and drive higher-quality AI products. While still early, some subnets within the Bittensor ecosystem are showing promising results. Nonetheless, the token performance of most Crypto AI projects has not kept pace with these developments—many remain 30-90% below their TGE price, even as they deliver real infrastructure and utility.

6. DeFi Enters the 'Dynamic DeFi' Era

DeFi has long been a core pillar of the crypto industry, with TVL exceeding $130 billion, encompassing DEXs, lending, yield products, and stablecoins. Its strengths lie in programmability, verifiability, and high composability. However, over the past five years, DeFi's underlying mechanisms have remained largely static. Now imagine if new DeFi protocols could automatically adjust leverage based on predicted asset prices, automatically rebalance LP positions, and automatically enter/exit markets. This marks the beginning of the "Dynamic DeFi era," driven by AI and machine learning.

Allora Network is a key player, partnering with top protocols to inject machine learning intelligence into traditional DeFi for strategies like ML-driven concentrated liquidity provision, dynamic leverage management, and yield optimization based on forward-looking risk signals. These predictions and signals are generated by Allora's inference network, where AI/ML engineers contribute models and earn token rewards through a Darwinian incentive mechanism that favors better-performing models.

Giza and Almanak are also pioneering new products: Giza acts as an AI asset manager, intelligently allocating capital across various DeFi protocols; Almanak enables AI agents to deploy tokenized strategy vaults in minutes, functioning as both a capital allocator and a strategy creation platform. As TradFi and DeFi merge more deeply, and machine learning enhances DeFi's core value propositions and risk management, we might see faster DeFi expansion in 2026, heralding the emergence of a smarter, more autonomous, and adaptive internet-based financial layer.

What's Next?

In 2026, we may see the convergence of multiple narratives—Crypto, AI, DeFi, RWA, DePIN, robotics—coalescing into an interoperable digital economy run by both humans and agents. DeFi becomes dynamic; AI pushes DeFi to more users; crypto payment rails, stablecoins, and key applications gain larger user bases; Neobanks merge Web2 and Web3; prediction markets continue growing with ML teams as core components. Natural selection accelerates, with only a few assets achieving significant appreciation.

Crypto projects are more likely to pursue IPOs over ICOs, seeking liquidity, compliance, and scale through traditional capital markets. The next cycle = a cycle of deep integration between TradFi and DeFi.

Summary

In November 2025, Ripple Labs announced a new $500 million strategic financing round, boosting its company valuation to $40 billion. This is the crypto finance company's first public fundraising in six years and its largest capital injection since its Series C round in 2019.

More importantly, the backers of this round are notable: led by two Wall Street titans, Fortress Investment Group and Citadel Securities, and joined by other well-known institutions like Pantera Capital, Galaxy Digital, Brevan Howard, and Marshall Wace.

For those familiar with Ripple, this seems like a remarkable turnaround: Is this the same Ripple that was mired in the SEC lawsuit and even once considered a "zombie company"?

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From "Master Storyteller" to "Compliance Disaster Zone"

Founded in 2012, Ripple is one of the oldest projects in the crypto space. Its core technology is the XRP Ledger, a decentralized ledger designed for cross-border payments. The company built payment and settlement systems upon it. Its XRP token gained global popularity during 2017-2018, reaching a top-three market cap behind only Bitcoin and Ethereum.

However, as the token price plummeted and facts about inflated partnerships surfaced, Ripple's narrative of "bank-level partnerships" began to crumble.

Forbes published an article alleging that Ripple's core business model might be a "pump-and-dump" scheme: Ripple used its massive XRP holdings to pay for partnerships, creating an illusion of prosperity, and used vague statements to evade regulation. The ultimate goal was not truly promoting technology, but using marketing and hype to inflate the value of its freely acquired tokens, allowing company insiders to eventually cash out.

In December 2020, the regulatory hammer fell.

The U.S. Securities and Exchange Commission (SEC) sued Ripple for "conducting an unregistered securities offering," alleging it illegally raised over $1.3 billion through XRP. This became one of the most significant regulatory battles in the crypto industry.

The chain reaction from the lawsuit was devastating: Major exchanges like Coinbase and Kraken swiftly delisted XRP; long-term partner MoneyGram terminated its collaboration; the XRP price plunged over 60% in the following month. Ripple not only suffered business damage but was effectively blacklisted for compliance.

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Transformation

Although this years-long legal battle cost Ripple nearly $200 million in legal fees, it also bought crucial breathing room and some favorable court rulings, providing valuable time for strategic transformation.

In 2024, it officially launched its USD-pegged stablecoin, RLUSD, focusing on compliance and targeting payments and settlements for financial institutions. Unlike USDT and USDC, RLUSD isn't aimed primarily at exchanges but attempts to enter traditional credit card and cross-border settlement systems.

In 2025, Ripple announced partnerships with Mastercard, WebBank, Gemini, and others to use RLUSD for real-time credit card settlement, making it the first on-chain stablecoin to integrate into a card network system.

This not only opened B2B channels for stablecoin application but also paved the way for Ripple's integration with the traditional financial world.

To build comprehensive on-chain financial capabilities, Ripple executed a series of precise acquisitions between 2023 and 2025:

* Acquired Metaco: Gained institutional-grade digital asset custody technology, laying the foundation for serving large financial institutions.

* Acquired Rail: Obtained a stablecoin issuance and management system, accelerating the launch of RLUSD.

* Acquired Hidden Road: Filled the final piece by adding institutional credit network and cross-border settlement capabilities.

Through these acquisitions, Ripple's system capabilities expanded from单一的 cross-border payments to a full-stack financial infrastructure encompassing "stablecoin issuance + institutional custody + cross-chain settlement."

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The Truth Behind the $40 Billion Valuation

On the surface, Ripple's path seems to be widening. But seasoned players in the capital market see a different picture.

To understand the true logic behind this financing, one must see Ripple's essence: a massive "digital asset treasury."

At XRP's genesis, 80 billion of the 100 billion total tokens were placed in Ripple's escrow. As of now, the company still holds 34.76 billion tokens, with a nominal value exceeding $80 billion at current market prices—double its financing valuation.

According to multiple venture capitalists, the $500 million deal is closely tied to purchasing XRP held by Ripple, likely at a significant discount to the spot price.

From an investment perspective, investors are effectively buying an asset at a 0.5x mNAV (market value to net asset value ratio). Even applying a 50% liquidity discount to the XRP holdings, the value of these assets still matches the company's valuation.

An insider told Unchained, "Even if they can't successfully build the business themselves, they could just buy another company outright."

One venture capitalist stated, "This company has no value apart from holding XRP. No one uses their technology; their network/blockchain is irrelevant."

A community member commented, "Ripple's equity itself might not be worth much, certainly not $40 billion."

A participant revealed the underlying logic: "The payments space is too hot right now; investors need to place multiple bets on different horses in the race."

Ripple is just one of those horses—one with perhaps mediocre technology but extremely ample supplies (XRP reserves).

For Ripple, this achieves two goals simultaneously:

* Solidify Valuation: "Officialize" the $40 billion valuation from the private market, providing a pricing benchmark for early investors to exit.

* Avoid Sell Pressure: Use the raised cash for acquisitions, preventing market impact from selling XRP.

Co-founder Chris Larsen's personal wealth also surged to approximately $15 billion.

From this perspective, Ripple's story becomes a classic financial tale: about assets, valuation, and liquidity management.

From the defendant's table in the SEC case to the boardrooms of Wall Street, Ripple's journey epitomizes the crypto industry's shift from idealism to realism. If the old Ripple was the pinnacle of "narrative economics," today's Ripple demonstrates how projects, when the tide recedes, rely on the most fundamental capital strength to achieve a "soft landing."

While the wider crypto market argued over whether Bitcoin could print a new all-time high, an old soldier slipped back into the spotlight.

In the first two weeks of October 2025, Zcash (ZEC) ripped 242 %. By the end of the month it was up 570 %, punching through $230 for the first time since 2022 and tagging a high above $285. Market-cap briefly topped $4 billion.

This was not a routine pump. It was the loudest page yet in the reborn narrative of financial privacy. The entire anonymity sector caught fire, adding 17.4 % in seven days to reach a combined $12.2 billion. What – or who – lit the fuse?

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01 A Perfect Storm of Catalysts

Wall Street’s Invitation

Asset-management titan Grayscale unveiled a Zcash Trust. For institutions that are compliance-heavy but crypto-curious, the trust is a turnkey product: gain ZEC exposure without touching a seed-phrase.

The signal mattered more than the immediate in-flows. The market read it as “Wall Street has rolled out the red carpet for Zcash.” Expectation of institutional bags became the first spark.

Regulation as Rocket Fuel

Paradoxically, tightening global rules fed the rally.

The EU was debating “Chat-Control” – AI-powered mass surveillance of private messages – while readying an AML package that would ban anonymous crypto accounts from 2027.

Instead of panic-selling, traders front-ran the fear. Former White-house adviser Thor Torrens distilled the mood: “Surveillance is intensifying; privacy becomes more valuable.” Bad news for freedom was good news for privacy coins.

KOL Endorsements

Naval Ravikant’s tweet went viral: “Bitcoin is insurance against fiat; Zcash is insurance against Bitcoin’s transparency.”

Helius-CEO Mert Mumtaz called a world without privacy a “dystopian nightmare” and floated a $1 000 ZEC target.

Sentiment on crypto-Twitter flipped from negative to positive for the first time in months. Institutions, regulators and influencers had staged a coordinated ignition.

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02 Why Monero Missed the Party

Zcash’s Clever Architecture

ZEC uses zk-SNARKs to settle transactions in encrypted silence, yet its optional privacy lets users issue fully transparent tx’s when needed. That flexibility reads like a compliance on-ramp.

Add Electric-Coin-Company’s wallet-polish and a public PoS roadmap and Zcash looks institutional-grade. Capital likes optionality.

Monero’s Trust Crisis

August 2025: mining pool Qubic claimed to have reorganised six XMR blocks via a 51 % attack. Researchers later argued it was a selfish-mining publicity stunt, but the headline damage stuck.

When forced to choose between a coin freshly blessed by Wall Street and one nursing a security migraine, the money voted with its feet.

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03 The Whole Sector Springs to Life

ZEC’s eruption became the liquidity gateway for smaller privacy plays.

Railgun (RAIL) +245 %, PIVX +42 %, even grandfather Dash put up 43 % on the week and 90 % on the month.

With Bitcoin chopping sideways, thematic rotation kicked in. “Privacy” was the hottest micro-narrative, and Zcash – regulator-friendly, zero-knowledge-powered – led the pack.

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04 Take-away: Privacy Gets a Price Tag

The autumn 2025 move was a successful road-show for “institutional privacy”.

Coins that marry cutting-edge anonymity with a compliance escape hatch – like Zcash – are becoming the preferred on-ramp for mainstream capital.

Meanwhile, absolutist privacy chains must solve security and decentralisation headaches or watch liquidity migrate.

For every participant in crypto, the rally poses a deeper question: in an age of default surveillance, how much are we willing to pay to keep our financial lives private?

Wall Street is already pricing the answer. The re-rating of privacy has only just begun.

1. What x402 Is – and Why the HTTP 402 Code Matters
x402 is an open payment protocol created by Coinbase and Cloudflare that finally puts the long-dormant “402 Payment Required” HTTP status code to work.
Instead of ads or monthly subscriptions, websites can now demand sub-cent micropayments in real time. A server answers any request with a 402 header plus a wallet address and price; the client (human or AI) streams the exact amount of USDC (or any stablecoin) and receives the resource instantly. No sign-up, no charge-backs, near-zero fees.

2. Why Big Tech Is Joining the Foundation

• Visa – the world’s largest card network – is opening its own TAP (Trusted Agent Protocol) to full interoperability with x402, letting an AI pay either with on-chain USDC or with a fiat card in the same flow.

• Cloudflare controls ≈20 % of global web traffic; its Workers AI platform can now charge per API call through x402, turning every edge node into a cash register for AI services.

• Google and AWS sit on the foundation board and are testing x402 for serverless functions, search quotas and on-device AI calls.
  The common motive: capture the “agent economy” before it becomes a walled garden.

3. How the Money Flows – and Who Gets Paid

1. User / AI agent hits a paid endpoint.

2. Server returns 402 + {price, currency, address, chain-ID}.

3. Client wallet signs a transfer; the tx is broadcast on Base, Solana, Polygon, etc.

4. Server listens to the mempool, then unlocks the resource in milliseconds.
   Coinbase wins because most traffic is routed through Base and settled in USDC; Cloudflare wins by taking a slice of every AI call it proxies; Visa wins by remaining the off-ramp of choice when dollars, not crypto, are needed.

4. Investable Layers – Stocks, Tokens and Ecosystem Plays
A. Infrastructure (public equities)

• COIN – purest proxy; every x402 tx drives USDC velocity and Base gas.

• NET – micropayments turbo-charge Workers AI; revenue per request becomes measurable.

• V – defensive hedge: if crypto rails eat card rails, Visa still owns the on/off ramps.

B. Early-stage crypto tokens already wired to x402

C. Pick-and-shovel picks

• Base ecosystem: higher USDC velocity → more sequencer fees → potential future value accrual to Base sequencers/validators.

• Firecrawl, Pinata, Almanak (not yet tokenised) – API scraping, IPFS storage, quant agents; all planning x402 paywalls that may launch tokens later.

5. Competitive Landscape – Can x402 Win?

• Lightning L402 – same idea, but BTC-denominated; harder to price micro-services.

• Google AP2 – credential-based, fiat-first; may appeal to banks but is months behind.

• ISO 20022 APIs – bank-centric, batch-settled, ill-suited for per-request billing.
  x402’s head-start, multi-chain stablecoin unit-of-account and heavyweight alliance give it the strongest network effect today.

6. Risk Check-list

1. Regulatory push-back on unattended AI spending.

2. Private-key custody for billions of headless agents.

3. Cloudflare / Coinbase centralisation perception.

4. Token-supply overhang if AI projects print large rewards.

5. Macro risk if stablecoin legislation turns hostile.

7. Take-away in One Line
If you believe AI agents will need to pay and be paid, x402 is the closest thing to “TCP/IP for money”; the trade is to own the gateways—either the listed stocks that operate the rails, or the very first tokens that natively price services in those rails.

“Clock-Work” Inflows and the 2026 Re-Rating

Hong Kim, Chief Technology Officer at Bitwise, calls the flow “as predictable as clockwork,” a force so reliable that “even the four-year halving cycle can’t derail it.” Citing data from Farside Investors, Kim expects the next leg of the bull market to surface in 2026, underscoring how deeply traditional finance is now entwined with Bitcoin.

From Speculative Curio to Portfolio Staple

What was once dismissed as a speculative sideshow is being siphoned into diversified portfolios through regulated wrappers. Global crypto-fund AUM (Bitcoin- and Ethereum-themed products included) has vaulted above USD 250 billion, proof that digital assets have become a core allocation rather than a moon-shot bet.

The 7.4-to-1 Buy-to-Mint Gap

According to Bitwise Europe research head Andrei Dragos, institutions have already scooped up 944,330 BTC in 2025—more than the 913,006 coins they bought in all of 2024. Over the same period miners have produced only 127,622 fresh bitcoins, leaving institutional appetite running 7.4× ahead of new supply.

SEC Approval: The Structural Break

The imbalance traces back to the U.S. Securities and Exchange Commission’s 2024 green-light for spot-Bitcoin ETFs. The approval flipped a switch: regulated funds began hoovering up coins faster than the protocol could release them, reversing the institutional hesitation that had lingered from 2020-2023. BlackRock’s entrance via the iShares Bitcoin Trust gave the stampede institutional respectability, and copy-cat filings followed in waves.

From Treasury Experiment to Balance-Sheet Asset

Policy tailwinds have intensified the trend. With Washington warming to the idea of Bitcoin as a strategic reserve asset, some state-linked corporations now carry BTC directly on their balance sheets, cementing its credibility in the eyes of boardrooms and treasurers alike.

Supply Crunch Set to Worsen

With almost three months left in 2025 and ETF inflows showing no sign of fatigue, analysts expect the supply pinch to deepen. The yawning gap between issuance and absorption has rewired market fundamentals: Bitcoin is morphing from a speculative token into a globally demanded financial instrument with a permanent institutional bid.

• Collector Crypt (Solana), which launched its native CARDS token on 29 Aug and gamified the experience with Gacha-style mystery packs.

• Courtyard (Polygon), which turns professionally graded cards into 1-to-1 NFTs stored in insured vaults.

CryptoSlate, Yahoo Finance and multiple trading desks cite the same headline number, making August the first calendar month in which tokenised Pokémon cards out-traded many blue-chip PFP collections.

2. RWA Goes Pop and NFTs Feel Alive Again
Real-world-asset (RWA) tokenisation started with bonds and real-estate; now it has reached childhood cardboard. The playbook—grade → vault → mint → trade → redeem—lets anyone on Earth own, display or liquidate a piece of cardboard 24/7 without ever seeing the envelope.

The timing is strategic. DappRadar’s Q2 2025 report shows NFT dollar volume down 45 % quarter-on-quarter to USD 867 million, although the number of transactions rose to 14.9 million—a classic low-ticket, high-frequency slump. Collectibles with redemption rights reversed the mood in July–August, pushing monthly totals back toward February highs.

Courtyard’s open vaulting on Polygon and Collector Crypt’s Gacha + instant-buyback on Solana supplied the missing “I can always get the card or the cash” feeling. For the first time since 2021, NFT dashboards were headlined by Charizard instead of pixelated apes.

3. Anatomy of the Model: How Paper Turns into Pixels
Both platforms follow the same five-step loop:

1. Grading – PSA/CGC/BGS authenticates the card.

2. Vaulting – Brink’s or partner vaults take custody; insurance kicks in.

3. Minting – A 1-to-1 NFT is created on Polygon (Courtyard) or Solana (Collector Crypt).

4. Trading – NFTs change hands on-platform or on generic marketplaces; Collector Crypt adds mystery packs and will repurchase instantly at 85–90 % of indexed market value.

5. Redemption – Owner burns the NFT, passes KYC, pays shipping & taxes and the physical card is couriered anywhere on the planet.

Courtyard positions itself as a neutral market-place: the card stays in vault, legal title transfers under UCC 2-401 directly from seller to buyer. Collector Crypt treats the NFT as a bearer claim backed by inventory and keeps a bid wall to guarantee exit liquidity.

4. The Legal Minefield: IP, Securities and Operational Risk
Intellectual property
The Pokémon Company has form. In December 2022 the Federal Court of Australia enjoined “Pokéworld” from selling unlicensed Pokémon NFTs. Platforms today insist they tokenise the cardboard, not the brand, but lawyers warn that artwork and trademarks remain protected.

Securities law
The SEC’s 2023 settlement with Stoner Cats showed that even NFTs can be investment contracts if marketed with profit expectations. Collector Crypt’s CARDS token, whose value is tied to pack-sale revenues, is already being debated on law-Twitter. Howey-test bingo has begun.

Ops & compliance

• Redemption friction: import duties, VAT and freight can exceed 20 % of card value.

• Oracle risk: buy-back prices pull from eBay, ALT and PWCC; stale prints or thin markets could gap 10 % in hours.

• Custody risk: vault locations, insurance caps and force-majeure clauses differ; none of the platforms have published full insurance schedules.

5. Looking Ahead: Can the Party Last?
Short-term catalysts—air-drops, pack promotions, influencer unboxings—can mask brittle liquidity. To gauge durability watch six transparent metrics:

1. Redemption ratio & average time-to-ship (measures belief in the bridge).

2. Buy-back depth (how much inventory the platform or its market-makers will absorb at 85–90 %).

3. Share of primary-pack vs. secondary-market turnover (reveals whether revenue is recurring or one-off gambling).

4. Chain-level congestion & fees (Solana and Polygon have both hiccupped under NFT loads this year).

5. Published audits of vault stock (ideally third-party, YouTube-style vault walks).

6. IP licences or at least “no-action” comfort letters from Pokémon Company or other rights holders.

If redemption remains a minority end-state and buy-back cushions survive a downturn, the fusion of cardboard nostalgia and on-chain velocity could outgrow its summer fling. If not, August 2025 will read like another charming but ultimately speculative footnote in the NFT history books.

Pump.fun’s new “LIVE” board has gone parabolic. In less than two weeks, 39 tokens have already crossed the US$1 million market-cap mark, while only three have held above US$10 million—proof that early-stage liquidity is flooding in, but long-term winners are still being sorted. Below are the five narratives everyone is aping, ranked by peak value.

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1. Bagwork – “Fight for Your Bag”

Narrative: Fitness-meets-boxing culture. The dev team turned guerrilla marketing into a contact sport: live-streamed a stadium pitch-invasion that ended in hand-cuffs, got slapped stealing a gym hat from TikTok beast Bradley Martyn, then flew to Vegas for Canelo-Crawford fight night. All clips clipped, minted, and shilled in real time.

Stats: Launched Sept 10 → US$50 million top, now US$35 million (4-day-old chart).

Contract: 7Pnqg1S6MYrL6AP1ZXcToTHfdBbTB77ze6Y33qBBpump

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2. KIND – The Charity Play

Narrative: 100 % of creator rewards are auto-routed to micro-streamers who can’t hit monetization thresholds. Dev is a former Web2 creator with 1 million+ followers; community votes weekly on donation wallets.

Stats: Sept 7 launch → US$45 million ATH, now US$27 million.

Contract: V5cCiSixPLAiEDX2zZquT5VuLm4prr5t35PWmjNpump

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3. STREAMER – Tip-to-Shill Flywheel

Narrative: Every buy/sell tax feeds a public “tip jar”; top tippers appear on a LIVE DATA leaderboard visible to thousands of viewers. Project has already tipped 200+ streamers across Twitch, Kick and Pump’s own player. Call it Web3’s answer to TikTok roses.

Stats: Created Sept 3 → US$40 million peak, now US$16 million.

Contract: 3arUrpH3nzaRJbbpVgY42dcqSq9A5BFgUxKozZ4npump

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4. BUN COIN – Esports Star Launch

Narrative: One-click issuance by League-of-Legends ex-pro BunnyFuFuu (1.5 M YouTube, 210 k X). First stream = live token mint, instant LP burn, ranked-game wager rewards. Gaming fan-base instantly bridged into crypto.

Stats: Born yesterday → US$10 million spike, now US$7.7 million.

Contract: HQDTzNa4nQVetoG6aCbSLX9kcH7tSv2j2sTV67Etpump

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5. CLIP – UGC-to-Earn

Narrative: Users post short clips (TikTok, Reels, Shorts) tagged @clipcoinpump; top monthly clips earn up to 10 SOL. Algorithm weights views, saves and on-chain tip volume—closing the loop between virality and crypto payouts.

Stats: Launched same day as BUN → US$6 million top, now US$3.4 million.

Contract: (Released with BUN pair, separate CLIP mint)

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Bottom Line

Pump.fun’s live-stream vertical is still infant-stage, but attention capital is moving faster than ever. With only three tokens above US$10 million and most retracing 40-60 % from highs, the board is wide open for the next viral act—or exit liquidity.

• Live on Ethereum, Solana, Base or Polkadot

• Raised US $3 m – 40 m

• Out-performed BTC by 30 %–180 % in the last two weeks

• Sit at US $100 m–1.4 bn fully-diluted valuations

Below, the projects are grouped by the problem they solve and the chain they ride on.

Layer-1s Built for Machines
peaq (PEAQ) – Polkadot
Purpose-built L1 for DePIN + AI = “DePAI”.
On-chain fleet: 3 m devices, 60 dApps, 20 industries.
War-chest: US $40 m from GSR, Spartan, Animoca, DWF, NGC.
2-week candle: +84.9 % | Mkt-cap: US $140 m

Perception & Positioning
Auki (AUKI) – Base
Decentralised pose-mesh network; devices swap 3-D spatial data so robots and AR glasses know where they are.
Already cash-flow positive (7-digit ARR); 10 % of incoming enterprise pre-payments routed to open-market buy-backs.
2-week move: +129 % | Mkt-cap: US $72 m

Geodnet (GEOD) – Solana
Community-owned RTK reference-station grid (20 k nodes, 148 countries) → centimetre-grade GPS corrections for drones, ag-bots, robo-taxis.
80 % of data revenue used to burn GEOD.
24-day rally: +30.9 % | Mkt-cap: US $58 m

NATIX Network (NATIX) – Solana
“Drive-to-earn” app turns any smartphone dash-cam into a real-time road-data miner.
260 k drivers, 171 countries; backers: Borderless, Tioga, Laser Digital.
Quiet fortnight: +3 % | Mkt-cap: US $16 m

AI Execution Layers
Codec Flow (CODEC) – Solana
VLA (Vision-Language-Action) model turned into an on-chain AI-Agent factory; lets anyone train or rent robotic “Operators”.
2-week spurt: +107 % | Mkt-cap: US $33 m

Neuron (NRN) – Arbitrum
Game-like sandbox where AI agents fight, learn and gradually evolve toward AGI.
NRN Robotics Web App (beta) lets holders remote-control physical robot arms.
14-day gain: +90 % | Mkt-cap: US $23 m

Rice AI (RICE) – BNB Chain
500 palm-sized “Rice Minibots” deployed worldwide; bots chat, collect data, earn RICE.
Seed investors: Floki + DWF Labs.
Fortnight: +63 % | Mkt-cap: US $22 m

Modular Hardware & OS
Modulr (EMDR) – Ethereum
Proof-of-Utility L1 that bills itself as the “deOS” for drones and robo-workers; plugs in decentralised compute, machine ID and micro-payments.
2-week lift: +32.5 % | Mkt-cap: US $39 m

Robora (RBR) – Ethereum
Drag-and-drop 3-D builder + VLA brain + tokenised parts marketplace = full robot life-cycle on-chain.
Top gainer of the pack: +183.8 % | Mkt-cap: US $17 m

Robonomics Network (XRT) – Polkadot
On since 2019; offers digital-twin storage and machine-to-machine (M2M) economic contracts.
Quiet for years, now +81 % in two weeks | Mkt-cap: US $11 m

Data Collectors (Sound, Cloud, Edge)
Silencio (SLC) – Ethereum
1.1 m phones in 180 countries measure noise pollution → data sold to AI/robotics labs.
2-week roar: +181.5 % | Mkt-cap: US $10 m

Edge (EDGE) – Ethereum
Decentralised cloud built for latency-sensitive robotics; upcoming “Edge Portal” unifies compute, ROS deployment and marketplace.
14-day climb: +38.9 % | Mkt-cap: US $16 m

Take-away
Robot coins are no longer a fringe basket. They span full-stack infrastructure, real-world data markets and modular hardware—backed by serious VCs and, more importantly, actual machine revenue. If the macro tape stays risk-on, this micro-sector could easily 2-3× again before year-end.

August 2025 saw dramatic volatility: Bitcoin hit a new all-time high of $124,533 before plummeting 11%, erasing nearly $200 billion in market cap. The drop was triggered by a whale selling 24,000 BTC, causing cascading liquidations and nearly $900 million in derivative positions being closed.

Current market challenges include:

• Thin order book liquidity amplifying price swings

• Low on-chain activity reducing capital inflows

• Macroeconomic uncertainty, with focus on the Fed’s September policy decision

Trader Cas Abbé outlines three potential September scenarios:

1. Range-bound consolidation (40% probability): Trading between $110,000-$120,000, gradually deleveraging.

2. Secondary decline (35% probability): If $110,000 breaks, a drop to the $100,000 range is possible.

3. Swift recovery (25% probability): Institutional buying sparks a rapid rebound.

Monitoring on-chain data, options market activity, and macro signals—especially ahead of the September 27 options expiry—is advised. Despite September’s traditionally weak performance, current liquidity conditions and institutional participation may create a landscape of both risk and opportunity.

Summary
The U.S. Department of Commerce has begun publishing official economic statistics directly on public blockchains, calling it a move to enhance transparency and data security.

As Bitcoin’s "red month" approaches, is a September price decline inevitable? Historical trends suggest reasons for caution.

Since 2013, September has been challenging for Bitcoin, with prices falling in 8 of the past 11 years. This may be due to retail investors taking profits after summer rallies or selling crypto to cover autumn expenses like tuition and taxes.

Bitcoin’s "Red September" can also be a self-fulfilling prophecy. As traders anticipate declines, they adopt defensive strategies, exacerbating downward momentum. However, most September corrections have been mild.

Notably, September often forms a "local bottom," followed by strong rebounds in October and the fourth quarter. For example, in October 2020, Bitcoin surged over 27% from $10,800 to above $13,800.

By any measure, August 2025 was dramatic. On August 14, Bitcoin hit a record high of $124,533 but plunged 11% two weeks later to around $110,000. The selloff wiped out nearly $200 billion in market value, triggered by a long-dormant whale dumping 24,000 BTC. This sparked the year’s largest liquidation cascade, with nearly $900 million in derivatives positions closed—90% of which were long bets.

The recent weakness isn’t just technical or sentiment-driven. Thin order books in spot and derivatives markets magnify the impact of large sales. Meanwhile, sluggish on-chain activity and reduced inflows have weakened buying support.

Macro uncertainty adds pressure. As traders assess the Fed’s September policy move, they await potential catalysts like rate cuts to renew optimism.

Crypto trader Cas Abbé outlines three scenarios for September:

1. Range consolidation and recovery (40% likelihood): Bitcoin trades between $110,000-$120,000, gradually reducing leverage and setting the stage for a Q4 rally.

2. Secondary decline (35% likelihood): A break below $110,000 could trigger liquidations, pushing prices toward $100,000 and forming a strong bottom.

3. Rapid rebound (25% likelihood): Institutional buying quickly pushes Bitcoin back to $117,000-$118,000, reigniting bullish sentiment.

Abbé advises traders to watch on-chain and macro signals closely, especially options activity ahead of the September 27 expiry.

Whether September 2025 will be red or green remains uncertain. But with thin liquidity, high volatility, and institutional buyers waiting in the wings, this September could offer both risks and opportunities.

Key Points Include:

• Since June, treasury companies and ETFs have absorbed nearly 5% of Ethereum’s circulating supply, marking one of the fastest accumulation rates in cryptocurrency history.

• Treasury companies may eventually control 10% of the circulating supply, with 7.4% yet to be acquired, providing strong price support.

• ETF inflows and treasury accumulation form a "feedback loop," further tightening supply and driving prices higher.

• Ethereum treasury companies like SharpLink and BitMINE trade at lower valuations than Bitcoin treasury companies, but this discount is unjustified as ETH offers 3% staking yield.

• SBET plans to buy back shares when its NAV multiple falls below 1.0, setting a "solid floor" for Ethereum treasury company valuations.

Summary
Standard Chartered Bank stated that even though Ethereum, the second-largest cryptocurrency, surged to a record high of $4,955 on August 25, both Ethereum and its treasury-holding companies remain undervalued.

Geoffrey Kendrick, the bank’s Head of Cryptocurrency Research, noted that since June, treasury companies and ETFs have absorbed nearly 5% of Ethereum’s circulating supply, with treasury companies acquiring 2.6% and ETFs adding 2.3%.

This combined 4.9% accumulation rate is one of the fastest in cryptocurrency history, surpassing the 2% circulation accumulation rate by BTC treasury companies and ETFs in late 2024.

Kendrick stated that the recent accumulation frenzy marks the early stage of a broader accumulation cycle. In a July report, he predicted that treasury companies could eventually control 10% of Ethereum’s circulating supply.

He believes this target is achievable, as companies like BitMINE have publicly set a 5% holding target. He noted that this implies 7.4% of the circulating supply remains to be acquired, which will provide strong support for Ethereum’s price.

The rapid accumulation pace highlights the increasingly important role of institutional entities in the cryptocurrency market. Kendrick stated that the synergy between ETF inflows and treasury accumulation creates a "feedback loop" that could further tighten supply and drive prices higher.

Kendrick revised the bank’s earlier forecast, stating that Ethereum could climb to $7,500 by year-end. He also mentioned that the current pullback is an "excellent entry point" for investors positioning for future capital inflows.

Despite buying pressure driving up Ethereum’s price, the valuations of Ethereum-holding companies have moved in the opposite direction.

SharpLink and BitMINE, two of the most mature Ethereum treasury companies, trade at lower price-to-net asset value (NAV) multiples compared to the largest Bitcoin treasury company, Strategy.

Kendrick argued that this valuation discount is unjustified, as Ethereum treasury companies can earn a 3% staking yield, while Strategy’s Bitcoin holdings do not generate such returns.

He also mentioned SBET’s recent plan to buy back shares when its NAV multiple falls below 1.0, stating that this sets a "solid floor" for Ethereum treasury company valuations.

The project features a dual-token model:

• USDai: A dollar-pegged stablecoin used for loan disbursement and settlement.

• sUSDai: A yield-bearing stablecoin backed by GPU-generated revenue (e.g., AI training/leasing income), distributing profits to investors.

With a target APR of 15%–25% (current APR: 6.76%, expected: 7.83%) and a test-phase TVL nearing $50 million, USD.AI leverages GPU-backed cash flow and U.S. Treasury investments for idle funds.

This model merges DePIN, AI, RWA, and stablecoins, advancing "machine collateralization" and computational assetization, thus offering new avenues for DePIN+DeFi integration.

Trend Analysis:

1. Machine Collateralization & Infra-Fi: GPUs and hardware transform from resources into collateralizable, loan-ready asset classes.

2. DePIN + RWA: Off-chain asset yields are channeled into on-chain DeFi收益池 via collateralized machinery.

3. AI & Crypto Convergence: Lowers融资门槛 for AI startups while allowing stablecoin holders to indirectly invest in "AI corporate debt".

4. Parallel Narratives: Focus on intersections of BTCFi, RWA, and DePIN to enhance hardware liquidity.

Driven by cash flow, this new paradigm synergizes decentralized capital with AI产能 (e.g., GPU clusters, model training), shifting from "resource sharing" to asset financialization. Future expansions may include data storage, computing, bandwidth, and energy.

Compiled by: [Your Name], PANews
Source: "The Money Layer: LATAM Crypto 2025 Report" (Excerpted & Adapted)

Note: This translation condenses key insights from the original article while maintaining technical accuracy and contextual flow. Paragraphs are structured for readability, with bold headers highlighting core sections.

The regulatory landscape has shifted from the adversarial stance under Gary Gensler’s SEC leadership to a far more crypto-friendly environment today. By nearly every metric, DeFi adoption continues to grow.

With that in mind, now seems like the perfect time to dive into seven key charts that capture the current state of DeFi.

Decentralized Exchanges Hit Record Highs in Trading Volume Relative to CEXs

Source: The Block

Though progress has been gradual, the trend is unmistakable—decentralized exchanges are steadily eroding the market share of their centralized counterparts.

In June 2022, perpetual DEXs held just 0.98% of the derivatives market. Three years later, that figure has grown elevenfold.

Fluid Emerges as the Fastest-Growing DEX

Reportedly, within less than a year of its launch, Fluid’s daily trading volume briefly surpassed that of Uniswap, the leading DEX on Ethereum.

With Fluid DEX V2 set to launch soon, it wouldn’t be surprising if Fluid ultimately wins the DEX war on Ethereum. The upcoming version is expected to significantly outperform V1 in terms of capital efficiency.

Yield-Bearing Stablecoin Tops Inflows for the First Time

Recently, Ethena’s stablecoin, USDe, surpassed the two dominant stablecoins, USDT and USDC, in two-week net inflows for the first time.

Why does this shift matter?

USDT and USDC have long dominated the stablecoin space, but now crypto-native solutions are emerging to challenge their supremacy. My prediction is that Resolv, Ethena, and Falcon Finance will continue their exponential growth in the coming months.

Spot Ethereum ETFs Perform Well, but Momentum Slows

After weeks of consistently setting new records for daily inflows, spot Ethereum ETFs recently recorded their largest single-day outflow ever.

The reason may be that some traditional finance giants have begun taking profits.

However, zooming out, the past two months have been the strongest period for spot Ethereum ETFs to date.

DeFi Narrows the Mindshare Gap with AI

For over a year, AI has held a commanding lead in mindshare.

But that’s changing. Over the past few months, DeFi’s visibility has more than tripled, while interest in meme coins has plummeted. Fundamentals are becoming important again.

Token Buyback Projects Outperform in 2025

This signals a market shift toward tokens with strong fundamentals. Protocols implementing token buybacks include Hyperliquid, PumpFun, Maple, EtherFi, Kaito, and AAVE, among others.

Exchange BTC Reserves Continue to Decline

Since February 2024—shortly after the launch of the first U.S. spot Bitcoin ETFs—exchange BTC reserves have been steadily shrinking, a stark contrast to previous bull cycles.

This cycle, Bitcoin ETF inflows and purchasing demand from crypto asset custodians have had a profoundly positive impact on BTC’s price.

End-to-End Flow of GOAT’s Bitcoin L2
GOAT is a Bitcoin-L2 stack that combines BitVM2 and zkMIPS to let users earn native BTC yield—more BTC without leaving the Bitcoin security envelope. The life-cycle has four main steps:

1. Bridge-in: BTC is locked in a Taproot script that has no single private-key controller. Relayers post the lock to GOAT contracts; a committee builds the BitVM2 transaction graph; operators pre-sign everything and pin it to IPFS. After users verify, relayers mint PegBTC on L2.

2. Bridge-out / Withdrawal: Users atomically swap PegBTC back to BTC. Anyone can be an operator; if the user prefers, a third-party operator handles the swap. PegBTC is burned on L2, and the operator triggers a reimbursement process—no peg-out transaction is ever required on L1.

3. Sequencer-set commitment: A Merkle commitment to the next sequencer set is periodically anchored to Bitcoin, allowing light-client verification. The committed validator set is fed as public input to later ZK proofs, enabling consensus verification of L2 blocks.

4. Reimbursement logic: Operators post collateral in BTC, along with withdrawal TXIDs and the latest block hash. Challengers validate off-chain and on-chain; if no one disputes within roughly one day (≈ 144 BTC blocks), the operator claims the funds. If a challenge occurs, random verifiers engage in interactive verification via Bitcoin script.

Decentralized sequencers require operators to stake BTC; L2 gas fees and other protocol revenue create native BTC yield.

ZK Rollup Mechanics
GOAT batches many L2 transactions off-chain, produces a single ZK proof, and verifies it on Bitcoin via BitVM2’s Assert/Disprove game. Unlike Ethereum rollups that rely on smart contracts or multi-sigs, GOAT anchors state updates directly to Bitcoin Taproot scripts, eliminating external bridges.

Real-Time Proof Generation with zkMIPS
GOAT achieves real-time proving through a zkMIPS engine built around a pipelined, parallel architecture and a distributed GPU prover network.

1. Block proof: Each L2 block’s execution trace is sharded and proven in parallel.

2. Aggregation proof: Multiple block proofs are recursively compressed.

3. SNARK proof: A final Groth16 proof is squeezed into a tiny payload that fits inside BitVM2 constraints.

The entire pipeline is orchestrated by ZKM’s zkVM “Ziren.” Testnet telemetry shows:

• Block proof: ≈ 2.6 s

• Aggregation proof: ≈ 2.7 s

• SNARK proof: ≈ 10.4 s

Users can watch each step live on the front-end; the full ZK proof for a withdrawal is ready in well under a minute.

What Real-Time Proofs Mean for Users & Builders

• Withdrawals: Instead of waiting hours, users can initiate a withdrawal within ~60 seconds—settlement then depends only on Bitcoin block times.

• Developers: Real-time proofs unlock high-frequency L2 apps; EVM compatibility also entices Ethereum developers.

• Operators: Capital efficiency rises because there is no queue for batched proofs.

Long-Term Outlook
ZK cryptography is complex, and only time will harden its security assumptions. Still, real-time proving is a foundational leap for Bitcoin L2s. Beyond tech, the ecosystem must still discover user demand and killer apps; sustainable fee revenue will drive the flywheel. One clear use-case already exists: BTC holders want yield. Over 150 k BTC (≈ $15 B) are wrapped on Ethereum alone. If native Bitcoin security can deliver comparable returns, far more holders may migrate to BTCFi.

The Unsexy Truth: Buy, Then Do Nothing
The simplest, most effective strategy is also the dullest: purchase Bitcoin, Ethereum, or another top-tier asset—and then hold. Since 2012 Bitcoin’s average annual return has hovered around 150 %, crushing every other major asset class. Over the same stretch, equities have looked downright anemic.
Holding may sound boring, but ask yourself: would you rather chase a 100× moon-shot that will probably go to zero, or compound wealth slowly and almost certainly?

Avoid the Big Three Mistakes
Crypto markets dangle easy riches in front of you 24/7. Most investors still step on the same rakes:

• Excessive Leverage – Borrowing to bet more than you can afford to lose never ends well.

• Yield Chasing – Eye-popping DeFi APYs almost always hide tail risks. Ask anyone who rode Luna to zero.

• Concentration Risk – Going all-in on a single coin or narrative guarantees a cliff dive when the music stops.

Wealthy players stay wealthy by dodging these traps. They diversify, size positions carefully, and remember that losses hurt far more than equivalent gains help.

Portfolio Management for Mortals
Start simple:

• Dollar-Cost Averaging (DCA) – Invest a fixed fiat amount at regular intervals, price be damned. This smooths volatility and removes emotion.

• Smart Diversification – Keep the bulk in proven assets (BTC, ETH) and sprinkle only a small allocation on higher-beta bets.

• Security Hygiene – Use hardware wallets, never click mystery links, and treat every custodian with suspicion.

Time Horizon: The Real Edge
The hardest part of crypto isn’t picking winners; it’s sitting still while markets gyrate 30 % overnight. Real generational wealth is built across cycles, not minutes. Early Bitcoiners didn’t cash out the first time it doubled—they understood the power of patience.

Crypto’s Superpower: Built-In Incentives
Unlike stocks or bonds, crypto assets embed incentives—staking rewards, governance tokens, airdrops—that keep users engaged and networks growing. This flywheel effect compounds value over the long run.

Live Well, Stay Sane
Amassing wealth shouldn’t cost you happiness. Constant price-checking is a one-way ticket to burnout. Cultivate hobbies, nurture relationships, and experience life outside the charts. Focus on what you can control: your actions, your learning, your growth. Celebrate small wins and remember that meaningful success is measured in years, not candles.

One Last Thought
If you take away only one idea, let it be this: crypto is still early. Today the entire market is worth roughly $4 trillion. Over the next decade that figure could swell to $50–$100 trillion.

You don’t need luck or inside information to claim your slice. You need a sound process, patience, and the discipline to ignore the siren song of the next meme coin.

Whatever you do, don’t mortgage the house for it.

How does it work?
The network adopts a vApp architecture. A fast off-chain auction service manages auctions in real time, while fund security and final settlement are ensured by smart contracts on Ethereum, combining Web2 performance with Web3 security.

What is the role of the $PROVE token?
The $PROVE token (ERC-20) is the economic core of the network, with three main functions:

• Payment: The sole token used to pay for proof generation fees.

• Security: Validators must stake $PROVE as collateral; malicious behavior may result in slashing.

• Governance: Token holders vote on critical protocol parameters. The initial supply is 1 billion tokens, with issuance rates controlled by governance.

How does the marketplace operate?
Requesters submit tasks, and provers compete to complete them through a reverse auction, with the lowest bidder winning. This mechanism ensures competitive pricing for proofs.

What is its core advantage? (Ecosystem)
Succinct has established partnerships with many major Web3 projects, solving the cold-start problem by guaranteeing significant demand for network services from day one.

1. Introduction

The narrative landscape of Web3 is undergoing a major transformation, with zero-knowledge technology rapidly emerging as a hot topic. Once a niche academic concept, it has now gained widespread attention from developers and markets, ranking among the top three in industry focus alongside AI and DeFi. This surge in relevance is driven by a clear trend: the maturation of ZK-based applications and the strategic integration of ZK proofs into the core of blockchain infrastructure.

The Ethereum ZK Track Resurges: A Comprehensive Exploration of the ZK Network Succinct

As the ZK ecosystem expands, the demand for generating computationally intensive proofs has reached a critical inflection point. To meet this demand, a new specialized infrastructure layer is required. Enter the Succinct Prover Network: an Ethereum-based protocol that creates a decentralized marketplace for ZK generation. It employs a vApp architecture, balancing high performance with verifiable security. At its core is the $PROVE token, which acts as an economic engine, powering this new digital commodity market through payments, security, and incentives.

This article provides an in-depth exploration of the Succinct Prover Network’s architecture, the core functions and tokenomics of $PROVE, and the market dynamics of its ecosystem.

The launch of the Succinct Network mainnet and the first public trading of the $PROVE token are imminent. The details and value for stakeholders are analyzed below.

2. Network Architecture

The Ethereum ZK Track Resurges: A Comprehensive Exploration of the ZK Network Succinct

The Succinct Prover Network’s architecture is an Ethereum-based vApp. This model is designed to provide users with the high-performance experience of traditional web applications while retaining the security and trust guarantees of decentralized protocols.

Separation of Execution and Settlement

The core of the vApp architecture lies in separating execution from settlement, similar to the design pattern of Layer 2 sequencers.

• Off-chain execution is handled by a high-performance service that manages auction processes, proof assignments, and user interactions in real time. This allows users to submit requests and receive updates without worrying about block confirmation delays.

• On-chain settlement occurs on the Ethereum mainnet, which uses ZK proofs to periodically verify the correctness of the network state and off-chain operations.

This hybrid approach ensures user funds are always protected by Ethereum contracts and directly withdrawable, while marketplace operations remain fast and efficient.

Key Components

The Ethereum ZK Track Resurges: A Comprehensive Exploration of the ZK Network Succinct

The network consists of two main components:

1. Off-chain auction service: The primary off-chain entity responsible for matching user requests with provers. It receives proof requests, collects bids, runs auctions, and assigns work. Users interact directly with this service via RPC calls for a real-time experience.

2. On-chain settlement contracts: A suite of smart contracts deployed on Ethereum, including SuccinctVApp.sol, SuccinctStaking.sol, and SuccinctGovernor.sol, serving as the network’s trust anchor. These contracts settle state roots and ZK proofs submitted periodically by the auctioneer, ensuring network integrity.

Verifiable Database

The Ethereum ZK Track Resurges: A Comprehensive Exploration of the ZK Network Succinct

To ensure the integrity of off-chain operations, the auction service is built on a verifiable database. This backend architecture allows anyone to independently verify all balance updates and proof fulfillments. It includes:

• A database storing user balances, pending requests, and fulfillments, supporting read/write operations.

• An SP1-based prover that reads the database and computes ZK proofs for the network’s new state. These proofs verify all state transitions (e.g., balance updates and proof assignments) before being settled on Ethereum for public verification.

3. The $PROVE Token

The $PROVE token is an Ethereum-based ERC-20 utility token and the economic lifeblood of the Succinct Prover Network. Its design incorporates three main functions: facilitating payments, securing the network, and aligning the interests of all participants.

Core Utility

The token’s utility manifests in several ways:

• Payment: $PROVE is the sole payment token in the network. Requesters must pay provers in $PROVE for proof generation, creating direct and ongoing transactional demand.

• Security: Network security is ensured through staking. Provers must stake $PROVE to participate in auctions, ensuring honest behavior. Malicious actions or missed deadlines result in slashing.

• Incentives: $PROVE incentivizes provers to invest in infrastructure and offer competitive pricing.

Token Supply and Issuance

The initial supply of $PROVE is 1 billion tokens, but there is no fixed cap, as the protocol includes mechanisms for continuous token issuance. The issuance rate is not static but is instead a parameter controlled by the network’s decentralized governance system, allowing the community to dynamically adjust incentives as the network evolves.

Staking and Delegation

The Ethereum ZK Track Resurges: A Comprehensive Exploration of the ZK Network Succinct

To ensure economic security, any user can stake $PROVE. The system supports two primary methods:

1. Prover staking: Provers stake $PROVE to qualify for auctions and execute proof requests.

2. Delegation: Any $PROVE holder can delegate their tokens to a chosen prover. This allows them to contribute to network security and earn a share of the fees collected by their chosen prover without running any hardware themselves. A delegate may only delegate to one prover at a time.

When a proof request is successfully executed, the requester’s payment and network-issued tokens are distributed among the winning prover, their delegates, and the protocol treasury. For example, a potential distribution might allocate most fees to the winning prover, a portion to delegates for providing security, and a small network fee to the treasury. Network issuance is proportionally distributed to all stakers (including provers and delegates).

Governance

$PROVE token holders are the ultimate governors of the protocol, with the authority to vote on critical network parameters, such as setting network fees, adjusting staking requirements, and determining auction mechanisms.

4. Auctions and Requests

The Ethereum ZK Track Resurges: A Comprehensive Exploration of the ZK Network Succinct

The Succinct Prover Network employs a carefully designed market structure to facilitate price discovery and assign proof-generation tasks to the most efficient provers. The system is flexible, supporting various service models to meet diverse user needs.

Auction Mechanism

The network uses real-time bidding to allocate requests. This auction mechanism enables efficient price discovery with minimal latency, with payments made in $PROVE.

• Initial version: The first iteration uses a simple reverse auction, assigning proof requests to the lowest bidder.

• Future evolution: Over time, governance may transition this mechanism to a "proof race" model, distributing rewards more broadly among provers to enhance decentralization.

The entire auction process is handled off-chain, but results can be independently verified using ZK proofs periodically published on-chain.

User Experience

The process of requesting and executing proofs is designed to be simple and secure.

• For requesters: Users (e.g., ZK Rollup operators) can easily request proofs by first transferring $PROVE to the auctioneer to cover fees. They then send proof requests via RPC calls, specifying the program to be proved, deadlines, and maximum fees. The off-chain auctioneer matches the request with the lowest-priced eligible prover. Once the proof is completed and submitted, fees are transferred, and the transaction is settled on Ethereum via a single ZK proof, allowing requesters to verify proper handling.

• For provers: Provers compete for the right to execute requests. To qualify for an auction, a prover’s staked $PROVE must meet the requester’s minimum (e.g., a request may require 50 $PROVE staked). Eligible provers submit bids, with the lowest bidder winning and required to complete the proof by the deadline. Successful provers receive payment in $PROVE; failure results in slashing.

Minimum staking amount: 1,000 $PROVE (testnet; mainnet TBD).

Service Models

The network offers flexibility through two service models:

1. On-demand requests: Users submit requests to the network, which enter open auctions for all online provers. Ideal for users seeking competitive pricing or applications with sporadic demand.

2. Off-chain reservations: For users needing stronger reliability guarantees or high-frequency, large-scale demand, the network supports off-chain service-level agreements (SLAs) with specific provers. These agreements can whitelist approved provers for exclusive bidding, often at more favorable prices due to their long-term nature.

5. Market Dynamics and Ecosystem

A successful cryptoeconomic system requires not only robust technology but also a vibrant ecosystem of participants and a clear strategy to generate network effects. The $PROVE token is the core of an economic system designed to coordinate rational, independent actors in a thriving marketplace.

Two-Sided Marketplace

The network establishes a classic two-sided marketplace, a common model in the DePIN space. Here, the coordinated infrastructure consists of computing hardware (GPUs, FPGAs, ASICs) required for ZK generation. The two sides are:

• Demand side (requesters): This group includes blockchain protocols, applications, and developers needing ZK proofs for their operations. They create organic demand for network services and serve as the primary revenue source, flowing $PROVE payments into the ecosystem.

• Supply side (provers): This group comprises individuals and professional entities owning and operating the computing hardware for ZK generation. They invest in capital-intensive infrastructure to compete for service opportunities, earning fees and network rewards denominated in $PROVE.

Ecosystem Assurance

For emerging markets, one of the biggest challenges is the "cold-start" problem: without demand, provers won’t join; without reliable prover supply, requesters won’t join. Succinct Labs addresses this by securing demand before the mainnet launch.

The project has established partnerships with numerous leading Web3 projects, ensuring immediate and substantial demand from day one.

The Ethereum ZK Track Resurges: A Comprehensive Exploration of the ZK Network Succinct

This approach reduces economic risk for provers and ensures the $PROVE token has immediate velocity from the outset, supporting the entire economic model.

Ultimately, the Succinct Prover Network is built on a simple premise: the future of computation is verifiable. The $PROVE token is the key mechanism to realize this future, transforming cryptographic proofs from a niche technology into a liquid, accessible digital commodity.

Further Reading: [The King of ZKVMs? Analyzing Succinct, the $55M Funded Project, with a Participation Guide](insert link)

The Stablecoin Frenzy
Equity investors keep chanting: “Stablecoin, stablecoin, stablecoin; Circle, Circle, Circle.” Why the enthusiasm? Because the U.S. Treasury Secretary (BBC) says so.

The result is this chart:
This shows Circle’s market cap nearing 45% of Coinbase’s—despite Circle handing 50% of its net interest income to its “daddy,” Coinbase. Food for thought…

Another outcome is this poignant chart (painful for bitcoin holders like me):
$CRCL has outperformed bitcoin by nearly 472% since its IPO.

Crypto enthusiasts should ask: Why is BBC so bullish on stablecoins? Why did the Genius Act gain bipartisan support? Do U.S. politicians truly care about financial freedom? Or is there more to it?

Politicians may care about financial freedom in the abstract, but ideals alone don’t drive action. Something more pragmatic must explain their U-turn on stablecoins.

Recall 2019: Facebook’s Libra stablecoin was crushed by political and Fed opposition. To understand BBC’s zeal, examine his core challenge.

The Treasury Secretary’s Dilemma
Scott “BBC” Bessent faces the same problem as Janet “Bad Girl” Yellen: Their bosses (the President and Congress) love spending but hate taxing. The Treasury Secretary must fund the government by borrowing at reasonable rates.

Yet markets are losing appetite for long-term bonds from highly indebted developed economies—especially at high prices (low yields). This is the “fiscal doom loop” BBC and Yellen witnessed:

Global bond yields bouncing like on a trampoline:

Worse than rising yields? Plummeting real bond values:
Real value = Bond price / Gold price
Long-term Treasuries’ real value crashed 71% over five years.

Constraints and Challenges
If past pain isn’t enough, Yellen and Bessent also face:

1. $5.1 trillion funding need: ~$2T annual deficit + $3.1T maturing debt in 2025.
   
   Every major expenditure item grows at or faster than U.S. nominal GDP.
   

2. Interest payments must be made: Default would destroy the fiat system. Rising rates = soaring interest costs.

3. Defense spending won’t drop (wars in Ukraine/Mideast).

4. Healthcare costs will surge (aging Boomers peak in 2030s).

5. Cap 10-year yield at 5%: Breaching 5% spikes bond volatility (MOVE Index) and triggers crises.

6. Stimulate financial markets with debt issuance:
   
   The U.S. relies on taxing stock market gains to offset deficits. Policy favors wealthy asset owners—~10% of households own >90% of stocks.

Example: 2008 bailouts saved banks but let them seize homes/businesses. “Socialism for the rich, capitalism for the poor” fuels populist movements like Mamdani’s.

QE’s Endgame
During QE, the Treasury Secretary had it easy: The Fed printed money to buy bonds, lowering borrowing costs and lifting stocks. Now, with the Fed “fighting inflation” (unable to cut rates/QE), the Treasury fights alone.

In September 2022, bond yields nearly doubled in two months as markets panicked over deficits and Fed hawkishness. Stocks fell ~20%. Yellen responded with the “Aggressive T-bill Issuance” (ATI) strategy: Flooding markets with liquidity by issuing short-term T-bills and draining $2.5T from the Fed’s Reverse Repo (RRP) facility.

It worked—yields stabilized, markets rallied. But today, RRP is nearly empty. Bessent’s problem: Where will he find trillions to buy Treasuries at high prices (low yields)?

The $6.8 Trillion Solution
U.S. TBTF (Too-Big-To-Fail) banks hold two pools of capital ready to buy Treasuries if profitable:

1. Demand/savings deposits

2. Fed reserve balances

This article focuses on eight TBTF banks. Their survival depends on government guarantees, and regulations favor them over smaller banks. They’ll buy Treasuries if offered risk-free returns.

BBC’s passion for stablecoins? They unlock $6.8 trillion in T-bill purchasing power by mobilizing “sleeping” deposits. Stablecoins allow these deposits to be releveraged within the fiat system, lifting markets.

Additionally, if the Fed stops paying interest on reserves, another ~$3.3 trillion could flood into Treasuries—QE-like stimulus for finite-supply assets like Bitcoin.

Stablecoins: The "Heavy Monetary Artillery"
Core assumptions for this thesis:

1. Full/partial SLR exemption for Treasuries:
   Banks wouldn’t need equity capital against Treasury holdings. Full exemption = unlimited leverage to buy bonds.
   Recent development: The Fed voted to lower bank capital requirements for Treasuries, potentially freeing $5.5T in bank balance sheet capacity within 3–6 months. Markets are forward-looking—this buying power may rush in early, suppressing yields.

2. Banks prioritize profit and loss minimization:
   Lesson from 2020–2022: Banks bought long-term bonds at the Fed/Treasury’s urging, then suffered massive losses as rates spiked (three banks failed in a week).
   TBTF protection: Losses in “held-to-maturity” portfolios now exceed total equity at some TBTF banks. The Fed/Treasury nationalized the system via BTFP. Non-TBTF banks remain vulnerable.
   Conclusion: Bank CIOs fear long-term bonds and prefer T-bills—near-cash instruments with high yield and near-zero duration risk.

3. High NIM is critical: Banks will only use deposits to buy T-bills if NIM is attractive and capital requirements are minimal.

JPMorgan’s Stablecoin Blueprint
JPMorgan recently announced JPMD, a stablecoin on Coinbase’s Base (Ethereum L2). Deposits will split into:

• Regular Deposits:
  · Digital but rely on legacy interbank systems.
  · Transferable only weekdays, 9 AM–4:30 PM.
  · Low yield: 0.07% (demand deposits) to 1.62% (1-year CDs).

• JPMD (Stablecoin Deposits):
  · 24/7/365 transfers via public blockchain.
  · Legally non-interest-bearing, but JPM may offer cashback rewards.
  · Staking yield? Status unclear.

Why Banks Embrace Stablecoins

1. Slash Costs: Compliance relies on rules-based “if/then” logic—perfect for AI execution on transparent blockchains. TBTF banks spend ~$20B annually on compliance/ops. Stablecoins could reduce this to near zero.

2. Unlock Risk-Free T-Bill Purchases: With SLR exemptions, TBTF banks gain $5.5T in T-bill capacity. Idle stablecoin deposits (AUC) are ideal funding.
   Counterargument: “Banks can already use regular deposits to buy T-bills.”
   Rebuttal: Stablecoins offer superior UX + $20B cost savings. Extra NIM is icing on the cake.

TBTF Banks: The Real Winners
Forget Circle ($CRCL) or crypto-native players. TBTF banks will dominate stablecoins.

• The Genius Act bars non-banks (e.g., Meta) from large-scale stablecoin issuance—they must partner with banks/fintechs. New entrants face slow regulatory approval.

• No interest on stablecoins: Fintechs can’t compete for deposits by offering yield. Circle can’t touch the $6.8T TBTF deposit pool.

• Government backing matters: Consumers (especially Boomers) trust TBTF bank stablecoins over fintechs lacking federal guarantees.

David Sacks (Trump’s “Crypto Czar”) agrees. Crypto donors may be furious—after funding pro-crypto campaigns, they’re quietly locked out of the lucrative U.S. stablecoin market. Perhaps they should advocate for true financial freedom, not just footstools for TBTF CEOs.

The outcome:
[Image: TBTF bank market cap growth projection]
TBTF bank adoption of stablecoins:

• Eliminates fintech competition for deposits.

• Cuts costly compliance labor.

• Boosts NIM (no interest paid).

• Lifts stock prices: Potential 184% average gain (using avg. TBTF P/E of 14.41x applied to cost savings + NIM upside).

In return, to thank BBC for the stablecoin gift, TBTF banks will buy up to $6.8 trillion in T-bills.

Today, using zero-knowledge proofs to protect privacy in digital identity systems has become somewhat mainstream. Various ZK-passport projects (referring to digital identity projects based on ZKP technology) are developing highly user-friendly software packages that allow users to prove they hold valid credentials without revealing any personal details. World ID (formerly Worldcoin), which employs biometric verification and ZKPs for privacy, recently surpassed 10 million users. A government digital identity project in Taiwan also utilizes ZKPs, and the EU’s digital identity initiatives are increasingly prioritizing this technology.

On the surface, widespread adoption of ZK-wrapped digital identity seems like a major victory for d/acc (note: a concept Vitalik proposed in 2023, advocating for decentralized technological progress while balancing innovation with security, privacy, and human autonomy). It protects social media, voting systems, and online services from Sybil attacks and bot manipulation without sacrificing privacy. But is it really that simple? Are there still risks with ZK-based identity? This article will explore the following points:

1. ZK-wrapping solves many critical issues.

2. ZK-wrapped identities still carry risks—most of which (privacy leaks, coercion vulnerability, systemic errors) stem from rigid enforcement of the "one-person-one-identity" rule.

3. The opposite extreme, using "proof of wealth" to counter Sybil attacks, is insufficient for most applications, so we need a quasi-identity solution.

4. The theoretical ideal lies between these extremes: the cost of obtaining N identities should scale as N².

5. While this ideal is hard to achieve in practice, a suitable "pluralistic identity" system can approximate it—either explicitly (e.g., social-graph-based identity) or implicitly (multiple coexisting ZK identity types, none dominating the market).

How ZK-Wrapped Identity Works

Imagine you obtain a World ID via an eye scan or a ZK-passport identity by scanning your passport with your phone’s NFC reader. For this discussion, both share the same core attributes (with minor edge-case differences, like multiple citizenships).

Your phone holds a secret value s, while a public registry stores its hash H(s). When logging into an app, you generate an app-specific user ID, H(s, app_name), and use a ZKP to verify that this ID derives from the same s as a registered hash. Thus, each public hash can only produce one ID per app, without revealing which hash it corresponds to.

In practice, designs may be more complex. For instance, World ID’s app-specific IDs hash both the app ID and a session ID, allowing actions within the same app to remain unlinked. ZK-passport designs could adopt similar approaches.

The Downsides of ZK-Wrapped Identity

Before critiquing this model, it’s essential to acknowledge its benefits. Outside niche ZKID systems, proving your identity often requires disclosing full legal credentials—violating the "principle of least privilege." Services may only need to confirm you’re human, over 18, or from a specific country, yet they gain access to your entire identity.

Current workarounds (e.g., phone numbers or credit cards) are fragile, as these tokens can leak. ZK-wrapping largely fixes this. However, a rarely discussed issue persists: some problems remain unsolved or worsen due to the "one-person-one-identity" constraint.

ZKPs Don’t Guarantee Anonymity

Assume a ZK-identity platform operates perfectly, preserving privacy without centralized intermediaries. Yet, apps may prioritize "pragmatic" designs that serve their political or commercial interests over user anonymity.

For example, social media apps might assign users a single, immutable ID under a "one-account-per-person" rule (unlike today’s "weak IDs," like Google accounts, where users can easily hold multiple). Real-world anonymity often requires multiple personas (e.g., "finsta and rinsta"). Thus, ZK-wrapped identity could reduce anonymity, pushing us toward a world where all activity ties to a single public identity—a dangerous trend in an era of increasing surveillance.

ZKPs Don’t Prevent Coercion

Even if your secret s isn’t public, coercion risks remain. Governments could demand disclosure (e.g., the U.S. requires visa applicants to share social media accounts). Employers might make full identity disclosure a hiring condition. Apps could technically mandate cross-app identity verification for registration.

Here, ZKP’s value vanishes, but the drawbacks of "one-account-per-person" persist.

Design tweaks (e.g., multi-party computation for app-specific IDs) could mitigate coercion but can’t eliminate it entirely. Such solutions also introduce new limitations, like requiring active app developer participation.

ZKPs Can’t Solve Non-Privacy Risks

All identity systems have edge cases:

• Government-issued IDs exclude stateless people or those without documentation.

• They grant unique privileges to multi-nationals.

• Passport authorities face hacking risks; hostile states may forge identities (e.g., for election manipulation).

• Biometric IDs fail for injured individuals or can be spoofed (even via organ farming if IDs become highly valuable).

These issues are most harmful in systems enforcing "one-person-one-identity" and are unrelated to privacy—ZKPs can’t address them.

Why Proof-of-Wealth Isn’t Enough

Some crypto-punks propose relying solely on "proof of wealth" (e.g., charging per account) to deter Sybil attacks. While effective in some cases (e.g., Somethingawful’s $10 fee), it fails in two critical scenarios:

1. UBI-like Systems: Distributing assets/services universally (e.g., Worldcoin’s WLD airdrops). Here, identity ensures fairness without excluding the poor.

2. Governance-like Systems: Voting mechanisms where wealth-based weighting distorts outcomes (e.g., whales dominating token votes). These systems need to distinguish coordinated entities from organic groups.

Neither requires strict "one-person-one-vote" rules. Instead:

• UBI-like systems need capped, low-cost identities.

• Governance-like systems need ways to gauge coordination behind resources.

The Ideal: Cost of N Identities Scales as N²

Two opposing pressures shape identity systems:

1. Avoid Hard Limits: Fixed identity counts (e.g., one or five per person) harm anonymity and enable coercion. Modern AI makes de-anonymization easy (33 bits of metadata can unmask users), so anonymity needs buffer room.

2. Avoid Wealth-Dominance: If N identities cost N, large entities gain disproportionate power (e.g., Twitter Blue’s $8 fee is too low to curb abuse).

The sweet spot? Make acquiring N identities cost N². This aligns with quadratic funding models and balances governance/UBI needs.

Pluralistic Identity as the Solution

A pluralistic identity system has no single dominant issuer. It can be:

1. Explicit (Social-Graph-Based): Identities are vouched for by communities (e.g., Circles or "Decentralized Society" designs). Naturally supports anonymity—users can build reputations for anonymous personas.

2. Implicit (Current Reality): Multiple coexisting providers (Google, Twitter, national IDs). Few apps rely on just one, ensuring no single point of failure.

Pluralistic systems are more fault-tolerant (e.g., passport holders with disabilities can use alternate IDs) and resist coercion (no fixed set of identities to disclose). However, if one identity type nears 100% adoption, these benefits vanish.

The ideal outcome? Merge "one-person-one-identity" projects with social-graph-based systems. The latter struggle to scale, while the former can bootstrap a global decentralized social graph.

Key Visual: A snapshot of the Circles identity graph, one of the largest social-graph-based identity projects.

Final Note: Overly "universal" identity systems risk monopolizing the market, collapsing pluralism into a rigid "one-person-one-identity" world—with all its pitfalls, as outlined above.

Since stablecoin issuer Circle successfully went public in early June, its stock price has surged, capturing global investor attention and even becoming the fourth most-bought overseas stock in South Korea this year. As the stock price skyrocketed, Circle’s investors and key shareholders reaped substantial returns, making their holdings a focal point in the market.

IDG Capital: Cashed Out Over $68M Pre-IPO, Remains One of the Largest External Shareholders

IDG Capital, one of China’s earliest venture capital firms specializing in early-stage investments, has backed companies like Tencent, Baidu, JD.com, ByteDance, and Coinbase. As a key early investor in Circle, IDG participated in Series A, B, and C funding rounds, accumulating significant equity.

According to the prospectus, IDG’s holdings are managed through its affiliated entities, Chuang Xi Capital Limited (controlled by IDG Capital II GP) and Wide Palace Limited (controlled by IDG Capital III GP), totaling 23,275,040 shares, or a 12.8% stake.

On June 6, Chuang Xi Capital sold approximately 2.328 million shares at $29.3 per share, cashing out around $68.29 million. At the current market price of $213.6, this translates to a missed opportunity of nearly $430 million in potential profits. Post-divestment, IDG-affiliated entities still hold about 20.947 million Circle shares, a 10.4% stake. At the current price, the remaining holdings are valued at over $4.473 billion, solidifying IDG’s position as one of Circle’s largest external institutional investors.

Notably, China Everbright Limited partnered with IDG Capital in 2016 to establish the "Everbright-IDG Industrial Fund," which invested in Circle as part of its initial RMB 10 billion portfolio. These investment rights may be included in IDG’s disclosed holdings.

General Catalyst: Holds 10% Stake, CRCL Position Worth Nearly $4.3B

General Catalyst, an investor in Circle’s Series A and C rounds, was revealed in SEC Form 4 filings as a major shareholder with a stake exceeding 10%. As a continuous backer from Series A to E, General Catalyst sold approximately 3.55 million shares at $29.3 on June 6, cashing out $104 million. At the current price of $213.6, this represents a missed opportunity of about $650 million in paper profits. Post-sale, the firm retains around 20.12 million CRCL shares, valued at over $4.29 billion.

ARK Invest: Cashed Out Over $350M, CRCL Remains a Core Holding

As of June 27, ARK Invest holds approximately $580 million worth of CRCL across its ETFs, comprising 2.818 million shares. The ARK Innovation ETF holds $368 million, the ARK Next Generation Internet ETF holds $133 million, and the ARK Fintech Innovation ETF holds $78.85 million.

ARK first bought about 4.486 million CRCL shares on Circle’s IPO day, worth roughly $373 million. However, starting June 16, the firm began aggressively selling, offloading 1.667 million shares for approximately $352 million. Despite the sell-off, Circle remains a significant holding in ARK’s three major ETFs.

CEO Jeremy Allaire: Pre-IPO Equity Conversion, Cashed Out Over $46M

As Circle’s Chairman and CEO, Jeremy Allaire holds a 23.7% post-IPO stake. On June 6, he converted all 18.59 million Class A shares into Class B shares (1:1 ratio), which retain economic rights but grant stronger voting control. Additionally, his Allaire 2025 Qualified Annuity Trust converted over 330,000 Class A shares to Class B.

Allaire also sold 1.58 million Class B shares at $29.3, cashing out $46.4 million. He further converted over 18 million Class A stock options into Class B options, exercisable until 2033. Despite these moves, his control over Circle remains intact due to Class B’s superior voting power and his substantial option pool.

Accel: Holdings Worth Over $230M, 5.3% Stake

Accel, a multi-round investor in Circle, originally held 12.816 million shares (6.9% stake). During the IPO, it reduced its position to 10.925 million shares (5.3%), now valued at over $230 million.

Breyer Capital: Sold 335K Shares, Remaining Holdings Worth $285M

Breyer Capital, a participant from Series A to D, divested 335,000 shares pre-IPO. At the current price, these shares would be worth $71.6 million. It still holds 1.336 million shares (6.5% stake), valued at $285 million.

Oak Investment Partners: Post-Divestment Stake at 5.9%, $250M Position

Oak, an early backer since 2014, sold 209,000 shares pre-IPO (now worth $44 million). It retains 1.188 million shares (5.9%), valued at $250 million. Notably, Oak’s former deal lead Iftikar Ahmed faced insider trading charges, leading the firm to halt new fundraisings.

FMR: Unchanged Holdings Worth $280M

FMR, Fidelity’s parent company, kept its 1.341 million shares (4.6% voting power) intact, now worth $280 million.

CFO Jeremy Fox-Geen: Cashed Out $5.85M, Holds 1.27M Options

Circle’s CFO reduced direct holdings by 44,600 shares on June 5, then acquired 160,000 shares and options at $10.11. On June 6, he sold 200,000 shares at $29.3, netting $5.854 million. Currently, he holds 320,000 shares and 1.27 million options exercisable at $10.11 over six years.

Date Rajeev V.: Profited $1.46M, Indirect Holdings Worth $192M

The managing partner of Fenway Summer LLC increased indirect holdings by 600,000 shares but sold 50,000 at $29.3 ($1.465 million). His affiliated entities now hold 900,000 shares, worth $192 million.

CPO Nikhil Chandhok: Cashed Out $22.7M, Retains 606K Shares

Circle’s Chief Product Officer sold 758,000 shares between $29.3 and $31, netting $22.7 million. He still holds 606,000 shares, valued at $130 million.

(Image source: Axios Visuals)

When the clock ticks into the second half of 2025, the cryptocurrency market exudes an air entirely distinct from the past. Gone are the days of the 2021 frenzy driven purely by speculative fervor. Instead, a more composed and structurally robust prelude to a bull market is emerging. Bitcoin (BTC) has ascended to a new high of $100,000, while Ethereum (ETH) is eyeing $3,000. Behind these milestones is the orderly influx of institutional funds, the regulatory compliance of spot ETFs, and the increasingly clear global regulatory framework. A consensus is forming: the next wave of market growth will be led by platforms that truly possess technological depth, application value, and the ability to integrate ecosystems.

In this profound industry transformation, centralized exchanges stand at a historical crossroads. The old role of a mere "trade matcher" is outdated. The competitive dimensions have evolved from trading depth and token listing speed to a "multi-dimensional war" concerning ecosystem, security, compliance, and innovation. Particularly, the once-clear boundary between CeFi and DeFi is breaking down, and a new "on-chain landscape" is emerging. Users are no longer content with mere spot trading; they crave seamless access to the boundless opportunities of the on-chain world under the convenience and security of centralized platforms.

If 2021 was about "who could list tokens faster and attract more traffic," then 2025 poses different questions: which platforms can truly restructure users' asset pathways? Which CEXs can establish a complete closed loop from spot trading, derivatives, to on-chain discovery and intelligent allocation? Against this backdrop, Binance, OKX, and Gate have become the most representative platforms in the Chinese-speaking context. These three platforms share a commonality in that they are not content with the single role of "trade matcher" but are attempting to become more comprehensive user asset hubs on different paths. What sets them apart is their distinct evolutionary directions and strategic rhythms.

The Paths and Future Directions of the Chinese-Speaking Exchange Big Three

Binance remains the world's largest centralized exchange by trading volume, with its size and product system creating a strong network effect. From perpetual contracts to Launchpad, to wealth management, lending, and its own public chain ecosystem, Binance's expansion logic has always revolved around the user asset life cycle. However, as the global regulatory environment becomes increasingly complex, Binance's ecosystem expansion has entered a relatively cautious pace. The platform is gradually introducing Web3 wallets and on-chain asset management functions in an attempt to find a balance between conservatism and innovation.

OKX is a typical representative of the on-chain ecosystem integration path. Over the past two years, it has continuously advanced the construction of products such as OKX Wallet, multi-chain support, public chain OKBChain, DEX aggregator, and NFT market. It is evident that OKX is attempting to build a complete on-chain financial platform centered on its own wallet, transitioning CeFi users to explorers and long-term participants of on-chain assets. This integration capability endows OKX with strong ecosystem interconnectivity but also poses higher demands on its on-chain activity and user retention.

In contrast, Gate's path is even more unique. Established in 2013, this exchange is one of the few "veterans" in the industry that has steadily developed and continued to grow across multiple cycles. In an era where most old platforms have gradually been marginalized due to growth bottlenecks, Gate has shown significant upward momentum in several key dimensions, becoming a representative sample of "new breakthroughs for old platforms."

Particularly in the derivatives market, according to the latest monthly exchange report for May 2025 released by CoinDesk, Gate is one of the strongest performers in perpetual contracts this year. Its open interest global ranking has risen to fourth, with its market share increasing from 11% at the end of last year to 16%. This achievement is not due to the strength of a single product but is the result of the integration of "strategy tools + user education + trading experience." The platform has introduced AI-powered strategy trading, copy trading functions, and an intelligent risk control system, making derivatives products, which were originally only available to professional traders, accessible to a broader user base and eliminating the high barriers between strategy trading and ordinary users.

In terms of on-chain participation, Gate has also taken a route different from other platforms. Its embedded platform "Gate Alpha" is not an independent DApp browser but an on-chain asset discovery platform deeply integrated into the exchange system. Through an AI engine that monitors real-time data such as on-chain popularity, capital flows, and address behavior, Gate Alpha can identify early-stage assets with growth potential and quickly complete the internal review and listing process. More importantly, users can buy and sell on-chain assets directly with their centralized accounts without having to switch wallets or pay gas fees, significantly lowering the barrier to participation. Data shows that as of May 2025, the trading volume of Gate Alpha has exceeded $3 billion, with over 60% of tokens doubling in price within one week of listing.

It is worth mentioning that Gate is also pushing for unified upgrades in product architecture. The new version of Gate Wallet released in 2025 is no longer a single wallet application but an "investment control center" that integrates trading entry points, strategy management, NFT markets, asset security management, and hardware wallets. AI is widely embedded in it, supporting users in predictive allocation, on-chain strategy execution, and one-click asset migration. The hardware card product, Gate Wallet Touch, has also been launched simultaneously, further consolidating its infrastructure capabilities in user asset security.

This integration path of "centralized experience + on-chain functionality" reflects, to some extent, the evolutionary logic of Gate as an old platform: it does not blindly pursue the pure freedom of DeFi but continuously brings users into the larger space of the on-chain world within a controllable experience. Perhaps it is this realistic product view that has enabled it to show unique growth momentum in the current cycle, which emphasizes implementation and efficiency.

Conclusion: On the Eve of Change, Choose to Walk with Visionaries

Looking back at the market evolution in the first half of 2025, it is not difficult to see that the competition of CEXs has entered the "second half." The core of this competition is no longer about who can attract the most traffic but who can create the most comprehensive, secure, and efficient value ecosystem for users.

Binance, OKX, and Gate represent three different paths - from global integration to on-chain layout and then to strategy integration - but their common point is that they are all redefining the role a centralized platform should play in their own way. For ordinary users, this means that platform selection is no longer just about comparing transaction fees and token listing speeds but thinking about which platform can truly accompany you through the entire process from off-chain trading to on-chain creation.

In this new cycle, perhaps what truly deserves attention is not just the hottest projects or the highest increases but those foundational platforms that continue to evolve and respond to users' new needs.

Gate may just be the one most worth paying attention to among them.

Introduction

In 2025, the digital asset market reached a new milestone with Circle's successful listing on the New York Stock Exchange, becoming one of the first publicly traded fintech companies focused on stablecoin business. This listing not only signifies the entry of USDC and the US dollar stablecoin ecosystem into the public capital market but also unlocks a new blue ocean in the digital asset field. As a bridge connecting traditional fiat currencies and the digital currency world, stablecoins, with their stable pricing, efficient and low-cost cross-border payments, and strong support for DeFi and other innovative scenarios, have become the core battleground for capital markets and fintech companies.

Background and Value of Stablecoin Rise

Stablecoins, as digital assets pegged to the value of traditional fiat currencies, have rapidly risen in recent years to become an important part of the cryptocurrency market. Unlike the highly volatile mainstream digital currencies such as Bitcoin and Ethereum, stablecoins achieve price stability by pegging to fiat currencies like the US dollar on a 1:1 basis, significantly reducing the risks associated with digital asset transactions. Leveraging blockchain technology, stablecoins not only accelerate the efficiency of cross-border transfers and payments but also provide robust infrastructure support for a variety of scenarios, including DeFi, digital asset exchange, and global merchant payments. The core advantages of stablecoins are reflected in three aspects:

• Price stability to avoid volatility risks.

• Fast and low-cost cross-border transfers.

• Support for a variety of financial applications. These advantages, which are difficult to achieve with traditional fiat currencies, greatly enhance the convenience and efficiency of digital asset transactions.

• Circle's Stablecoin Ecosystem Layout

• Circle, founded in 2013, focuses on digital payments and blockchain finance and has launched the US dollar stablecoin USDC in collaboration with Coinbase. USDC is a centralized stablecoin pegged to the US dollar on a 1:1 basis, with all funds reserved in regulated US banks and short-term Treasury bills, and audited monthly by third-party accounting firms to ensure the transparency and security of the reserve assets. As of June 2025, USDC has a market value of approximately $39 billion, ranking second globally among stablecoins, only behind USDT. Its ecosystem is widely deployed on multiple public chains, including Ethereum, Solana, Arbitrum, Optimism, Avalanche, Base, and Polygon, supporting exchanges, DeFi protocols, fast payments, and cross-chain asset transfers. Circle has realized the free and slippage-free circulation of USDC across different chains through the Cross-Chain Transfer Protocol (CCTP), practicing the global strategy of "USDC Everywhere." In terms of compliance, Circle strictly adheres to the regulatory requirements of the US Department of the Treasury, SEC, and FinCEN, becoming the "stablecoin regular army" in the eyes of the Biden administration. The transparent and publicly available audit reports of USDC and its compliant reserve system make it an important cornerstone of the digital US dollar ecosystem. Meanwhile, Circle has partnered with global payment giants such as SWIFT, Visa, Mastercard, and Stripe to actively promote the implementation of USDC in global payment and settlement.

• Overview of Major US Dollar Stablecoin Projects

• | Stablecoin | Issuer | Total Market Value (as of June 2025) | Reserve Structure | Compliance Attributes | | --- | --- | --- | --- | --- | | USDT | Tether (registered in El Salvador) | Approximately $155.6 billion | US Treasury bonds, cash, repurchase agreements, etc. | Partially transparent, has been fined | | USDC | Circle (US) | Approximately $61.47 billion | Cash + short-term US Treasury bonds, clear audits | Fully compliant, SEC cooperation target | | FDUSD | First Digital Trust (Hong Kong) | Approximately $1.481 billion | Bank deposits + short-term securities | Regulated under Hong Kong's trust framework | | PYUSD | PayPal + Paxos | Approximately $947 million | Paxos custody, mainly US Treasury bonds | Regulated by NYDFS | | USDe | Ethena Labs (Singapore) | Approximately $5.6 billion | No cash, synthetic structure | No traditional collateral | | USD1 | WLFI of Trump's team | Approximately $2.2 billion | Fiat currency storage system | Regulated by third-party BitGo |

• Underlying Logic of Stablecoins

• In recent years, the stablecoin market has experienced explosive growth, driven by three core factors: regulatory vacuum, interest rate spread, and national competition. These factors have collectively made stablecoins not only an important asset class in the digital currency market but also a new battleground for global financial capital.

1. Regulatory Vacuum - From Wild Growth to Gradual Standardization In the past, there were almost no clear global unified regulatory standards for the issuance and circulation of stablecoins, leading to a "regulatory vacuum" in the market. On the one hand, this unregulated environment lowered the issuance threshold, attracting a large amount of capital and projects to enter quickly. On the other hand, it also brought potential systemic risks. As countries began to introduce laws and regulations targeting stablecoins, such as Hong Kong's "Stablecoin Ordinance" to be officially implemented in August 2025, the market has been brought institutional norms and guarantees. This institutional shift has not only injected confidence into industry development but also pushed the market towards compliance and maturity.

2. Interest Rate Spread - "Profit Gold Mine" in the Eyes of Capital Stablecoin issuers achieve returns far higher than bank deposit interest rates by managing users' fiat currency funds through various means such as investing in low-risk short-term Treasury bonds, staking Ethereum (ETH), or using futures short strategies. For example, Ethena's USDe has achieved an annualized percentage yield (APY) of over 20% through ETH staking and futures short strategies, making it highly attractive in the market. Once such high returns are obtained, funds quickly flood in, forming a capital aggregation effect and driving the rapid expansion of stablecoin scale.

3. National Competition - Monetary Hegemony and New Battlefield of Digital Economy Stablecoins are not only financial innovation tools but also the focus of international monetary competition and digital sovereignty. The USD1 supported by Trump's team is attempting to create a "Digital US Dollar Remaking Plan" to challenge the existing digital US dollar hegemony. Meanwhile, Hong Kong is actively building a Hong Kong dollar stablecoin ecosystem to compete for the Asian fintech highland. Many European and Asian countries are also trying to maintain their monetary influence in the digital age through laws and regulations and central bank digital currency (CBDC) pilots. Stablecoins have become a new arena for countries to compete over digital currency sovereignty and the global payment system.

4. Diversifying Use Cases, Gradually Approaching Fiat Currency Functions Initially, stablecoins were used for internal transfers within the cryptocurrency community, such as the widespread circulation of USDT in the cryptocurrency market. However, with the development of technology and application ecosystems, the functions of stablecoins have continued to expand:

• Global transaction payments: Supporting cross-border e-commerce and overseas remittances, providing fast and low-cost settlement methods.

• DeFi lending and yield: Becoming the main lending assets on DeFi platforms, users can lend stablecoins to earn interest or use them as collateral for assets.

• Asset risk-avoidance tools: When the cryptocurrency market is highly volatile, investors can quickly convert to stablecoins to lock in asset value.

• Digital goods payment: Widely used as a payment method in fields such as games, NFTs, and content creation. As these diverse scenarios continue to mature, the use of stablecoins is gradually evolving from a "cryptocurrency tool" to a "digital fiat currency," leading to an explosive growth in market size and capital attention.

• The Bretton Woods 3.0 Metaphor Is Playing Out

• From national dominance, commercial bank pilots, to the participation of tech giants and on-chain native projects, stablecoins are transforming from a niche tool in the cryptocurrency community to a key entry point for the next generation of global payment infrastructure. Many people do not realize that this round of stablecoin wave is actually a competition among countries over "digital currency hegemony in the digital age." As the US continues to expand the influence of the dollar through stablecoins, Hong Kong is also actively building a stablecoin ecosystem to promote the construction of the Asian Web3 clearing center. On May 21, 2025, the Hong Kong Legislative Council formally passed the "Stablecoin Ordinance Bill" and completed the third reading procedure on the same day. The ordinance will be officially implemented on August 1, 2025, becoming the first jurisdiction in the world to establish a comprehensive regulatory framework for fiat-pegged stablecoins. Hong Kong's introduction of the "Stablecoin Ordinance" is not a passive regulatory measure but a strategic move to actively seize the strategic high ground of the "next-generation payment and clearing center": The global cryptocurrency payment system is taking shape, and stablecoins are gradually expanding from "cryptocurrency settlement tools" to the mainstream choice for cross-border remittances, payments, and asset risk avoidance; The US, China, Europe, and Japan are each accelerating the digitalization of their currencies, and currency competition is shifting to the level of digital sovereignty. Hong Kong must establish a compliance moat to ensure the internationalization of the Hong Kong dollar; The integration of Web3 and finance is accelerating, and stablecoins are just the "bridge" and "medium" between on-chain applications and real-world assets. Hong Kong aims to be the capital of bridges. Therefore, Hong Kong is not just "plugging loopholes" but finding a new positioning to actively define rules between the cryptocurrency community and regulation. Hong Kong's long-term intention is very clear: The digital Hong Kong dollar will be led by the Monetary Authority, mainly through CBDC system settlement and financial institution pilots; The Hong Kong dollar stablecoin will be market-driven, serving as a supplement or even an alternative in open-chain applications, overseas payments, and cross-border settlements. This dual-track approach will enable Hong Kong to hold two types of "issuance rights" in digital finance: one based on official credit and the other on commercial efficiency. In this global currency game of the "Bretton Woods 3.0" era, stablecoins have quietly become the next sovereign tool's technological carrier and symbol of influence. The US is using USDC and USDT as anchors to compete for the settlement rights in the digital age; Europe and Japan are promoting independent strategies for the digitalization of their currencies through regulations such as MiCA; and Hong Kong, with its flexible and forward-looking regulatory framework and highly open market mechanism, has forged an independent path of "market-driven, system-protected." In the future, when stablecoins become the infrastructure for cross-border payments and when blockchain redefines the clearing network and asset expression forms, whoever holds the pricing power, access rights, and settlement rights of this system will gain the upper hand in the new round of international financial order. And Hong Kong has already shown its cards first. Stablecoins are not just a revolution in the form of currency but also a deep game of digital sovereignty, financial order, and geopolitical discourse. Moving forward, more cities and countries will join this unnamed digital financial war. However, at this very moment, Hong Kong, standing at the table, is no longer a bystander.