Loch Founder and CEO, Prithvir says “I was drawn to Eclipse because they’re the only project that can realistically bridge the divide between Solana and EVM. The team is able to focus on deep technical architectural cryptographic primitives while keeping the end-user experience in mind. Furthermore, the notion of using Celestia for data availability is fascinating and brilliant. Eclipse is addressing a clear market inefficiency that will bring massive scale to blockchains.”

What is Loch?

Loch is an innovative platform designed to simplify wallet data for users. Through Loch, users can follow, copy-trade, or consult anyone on the blockchain in seconds. Loch’s wallet tracking and expert verification also provide an in-depth understanding of the wallet’s PnL, returns, net flows, counterparties, spot positions, credit, and debt.

What Loch Offers?

By harnessing the power of open data, Loch users receive real-time intelligence, which algorithmically generates insights to mitigate transaction costs, reduce risk, and increase yield. This is combined with Loch’s intelligence database which informs users about token unlocks, risky assets, ponzi schemes, and other risk factors.

At a portfolio level, users are able to visualize portfolio history over time and understand if their portfolio is productive and their profitability on a per-asset basis. This is not only limited to DeFi. Users can integrate their CEX accounts to gain a holistic view of their entire portfolio.

With such tools, users can optimize their crypto portfolios for the best returns relative to risk on any asset basket. Not stopping there, users can also follow addresses on Loch, and if they ever identify a wallet with an optimal portfolio or strong profitability, Loch offers the ability to copy-trade with ease.

Why Eclipse?

Eclipse is a DeFi hub with plenty of yield, lending, and trading opportunities. Given the vast array of protocols available, users need a powerful tool to optimize their portfolios. Loch is the perfect tool for this and given their advanced capabilities, makes Eclipse the perfect destination to launch on, enabling users to make full use of the available features.

Loch

Loch is building a decentralized expert network to follow, copy-trade, and consult anyone on the blockchain in seconds.

Website: https://loch.one/\ dApp: https://app.loch.one/\ Twitter: https://x.com/loch_chain\ Telegram: https://t.me/loch_chain

Lifinity Head of Communications, Durden says “As Ethereum's fastest L2, Eclipse's speed is essential for Lifinity, as we use oracles to update the prices we offer on our DEX. We are excited to partner with Eclipse for our first Ethereum L2 deployment and to expand our SVM presence.”

What is Lifinity?

Lifinity is a proactive market maker, designed to improve capital efficiency and reduce impermanent loss. Most DEXs today are reactive, leaving them at the whim of arbitrageurs and traders who extract egregious amounts of top-of-block arbitrage, and thus resulting in underperforming liquidity provider returns.

Lifinity takes the opposite approach, combining concentrated liquidity with its innovative proactive market-making and rebalancing mechanisms to offer traders better execution while reducing impermanent-loss for liquidity providers.

Key Features of Lifinity

1. Oracle-Based Pricing Lifinity uses Pyth’s high-fidelity oracles as its key pricing mechanism. Rather than relying on arbitrageurs/searchers to adjust the balance of assets in its liquidity pools to match the market price, the protocol prices trades for users based on this oracle, greatly reducing the amount of loss-versus-rebalancing (LVR) for liquidity providers.

2. Delta-Neutral Market Making In Lifinity V2, Lifinity conducted a significant upgrade to its market-making algorithm, introducing a delta-neutral market maker (DNMM). The DNMM aims to disrupt the current DEX dynamic which targets a 50/50 asset ratio by altering the rebalancing target.
   
   By targeting the initially deposited amount of the base asset and only rebalancing when an event is triggered, Lifinity’s DNMM outperforms standard constant-product market makers. The DNMM can also neutralize price risk through a number of additional venues.

3. Market Making as a Service (MMaaS) and Liquidity as a Service (LaaS) For protocols looking to create robust liquidity for their tokens, projects can provide assets for Lifinity to market make through MMaaS which allows protocols to retain any market-making profit.

For protocols looking to source liquidity, LaaS allows Lifinity to provide the assets used for market making and takes on the price risk while protocols compensate Lifinity with their assets of choice.

Why Eclipse?

Transaction inclusion guarantees and high throughput are key to Lifinity’s core products. Without them, Lifinity’s proactive market makers and delta-neutral market making mechanism will not operate at its full effectiveness.

By accessing frequent and cheap oracle updates for reliable price feeds, and utilizing that to build innovative DEX mechanics that benefit liquidity providers and traders alike, Lifinity is able to build a product that leverages the full capabilities of Eclipse.

Lifinity

Lifinity is the first oracle-based DEX on Solana, designed to improve capital efficiency and reduce impermanent loss.

App: https://lifinity.io/\ Twitter: https://twitter.com/Lifinity_io\ Discord: https://discord.gg/K2tvfcXwWr\ Medium: https://medium.com/@lifinity.io\ Documentation: https://docs.lifinity.io/\ Podcast: https://rss.com/podcasts/lifinity/

AskJimmy brings the power of AI agents, and applies it to various DeFi protocols, with a protocol goal of creating the first decentralized multi-strategies hedge funds run by autonomous agents.

By tapping into Eclipse’s growing DeFi ecosystem, AskJimmy’s platform will offer a multitude of AI-agent run fund opportunities, with ample access to liquidity and core DeFi primitives.

“Eclipse is transforming TPS capabilities within the SVM on Ethereum, and at AskJimmy, we’re excited to be part of this journey,” says Etra, CEO of AskJimmy. “As the only platform focused solely on autonomous trading agents, we need to be at the forefront of innovation in speed, parallelization, and scalability. By leveraging Eclipse, we can parallelize our strategies, process more actions, and expand our reach. This partnership ensures top-tier on-chain UX with the SVM on Ethereum for a broader audience, enhancing our efficiency and providing users with faster, more reliable blockchain interactions.”

Don’t Ask Me, Ask Jimmy

AskJimmy believes that powerful AI tools for finance and trading should be accessible to everyone - not just institutions and professionals. Their mission is to level the playing field by providing innovative AI technology that allows anyone to create sophisticated financial strategies with ease.

Through a powerful platform, users can easily empower their ideas with AI, quickly building, testing, and deploying trading strategies driven by cutting-edge AI models.

The platform will enable extreme customization and composability, allowing users to integrate their own strategies with other strategies and fully customize their intents to their heart’s will. In addition, autonomous agents can be created for personal use, or be part of the Babylone network, a network that aggregates non-correlated autonomous agent strategies into one diversified subnet to create the future of multi-strategies decentralized hedge funds.

Why Eclipse?

Eclipse, being Solana on Ethereum, offers a robust and scalable infrastructure perfect for deploying advanced financial applications like AskJimmy. By building on Eclipse, AskJimmy benefits from the high throughput and low latency of Eclipse, ensuring reliable and performant autonomous agent operations. In addition, given the autonomous execution through AskJimmy’s execution modules, applications building on Eclipse want good execution guarantees as these are critical in managing financial strategies, especially in periods of high volatility.

AskJimmy

AskJimmy is dedicated to creating the first platform for AI agents focused on trading and finance. Our goal is to build the largest and most diverse collection of autonomous agents, capable of executing simple orders to implementing complex trading strategies.

We are pioneering the development of adaptive autonomous agents, designed to handle a range of tasks from weekly rebalancing to intricate, multi-systematic strategies. Currently, we offer 22 live systematic strategies in collaboration with Olas and Orderly, with plans to extend our reach to Solana and Eclipse. Our vision is to leverage our early mover advantage to become a leader in autonomous trading, similar to how BlackRock dominates traditional asset management.

Drawing inspiration from advanced AI research like the Generative Agents: Interactive Simulacra of Human Behavior paper, we aim to externalize trader expertise and decision-making processes into AI agents. These agents will utilize their past trading experiences to make optimal decisions within specific strategies.

Our ultimate vision is to create the largest library of autonomous trading agents, enabling both institutions and individual traders to contribute and benefit from the best-performing strategies. We will leverage decentralized, multi-strategy approaches, with networks such as the Babylon Network playing a crucial role in achieving this vision.

For more information about AskJimmy, please visit our website or whitepaper.

Wojciech Cichocki, Founder of Invariant says “We decided to build on Eclipse due to its unique ability to combine Solana's superior technological performance with Ethereum's economic benefits.”

Concentrated Liquidity: A Game-Changer

Invariant was born out of the necessity to address inefficiencies in traditional liquidity pools. The team recognized the need for a more concentrated and efficient method to provide liquidity, which led to the development of their concentrated liquidity pools. This approach allows liquidity providers to concentrate their assets within specific price ranges, enhancing capital efficiency and potential returns.

The core feature of Invariant is its concentrated liquidity model, enabling liquidity providers to allocate their assets within custom price ranges. This not only maximizes the use of their capital but also reduces slippage for traders and enhances the trading experience for users.

Invariant Bonds: Maximizing Yield Opportunities

To further empower users, Invariant introduces Invariant Bonds. These bonds offer a unique mechanism for users to purchase tokens at a lower price and represent an innovative method for token distribution and trading. Protocols can set multiple parameters such as upper bounds, floor prices, and velocity, to fully customize the bonding experience.

Invariant Staker: Rewarding Long-Term Commitment

Invariant also offers a staking mechanism designed to reward long-term participants. By staking their tokens, users can earn additional rewards, fostering a sustainable and sticky liquidity provision base. This aligns incentives and enables protocols to provide additional incentives to boost liquidity.

Why Invariant on Eclipse?

Eclipse’s robust and scalable infrastructure provides the perfect environment for Invariant’s advanced liquidity solutions. By leveraging Eclipse’s capabilities, Invariant offers liquidity providers and traders a high TPS production system, ensuring a superior user experience even at scale. The integration underscores Eclipse’s commitment to fostering innovation and providing a fertile ground for cutting-edge DeFi projects. Check out and get started with Invariant here.

Hedgehog Markets brings a fun and innovative way to engage with market predictions, making it easier than ever for users to permissionlessly bet on various market outcomes.

This launch marks a significant milestone for Eclipse’s burgeoning DeFi ecosystem, pushing us closer to supporting a broader range of DeFi primitives that cater to the entire spectrum of financialization onchain and mass adoption.

Kyle DiPeppe, CEO of Hedgehog Markets says “We love that Eclipse is pushing the boundaries of the SVM. As a Solana native team, Hedgehog loves to see more ecosystems getting to experience what the Solana Virtual Machine can deliver. With the help of Eclipse, we can easily deploy our programs to reach even more users and liquidity while still delivering the best on-chain UX with the SVM!”

What is Hedgehog Markets?

Hedgehog Markets is a decentralized platform that lets users create and participate in prediction markets on various topics, from cryptocurrency prices to sports events.

Users can buy and sell shares in the outcome of events, with payouts determined by the real-world results. The platform’s goal is to provide a fair and transparent way for people to hedge against risks and bet on their knowledge of future events.

There are two betting models that will initially launch on Eclipse.

1. Pooled Predictions: Users can deposit funds on whichever side they believe is the correct outcome. The odds become known when the deposit period ends, with the ratio of the deposits between each outcome reflecting the odds of an event occurring.

2. Player vs Player: Create your own market with your own odds, and wait for others to take the other side. This allows you to be the house while betting with as much size as you’d like as long as others take the opposite side of the bet.

Hedgehog Markets on Eclipse

As a decentralized prediction market, a flawless user experience is key to thriving user activity and strong retention. There are two key components to a world-class user experience, the first is the protocol’s interface, and the second is the qualities of the underlying blockchain (fees + speed).

While Hedgehog Markets handles the former, Eclipse excels at the latter. By turbo-charging the SVM, Eclipse can achieve unprecedented throughput on an Ethereum L2, with core features such as isolated fee markets ensuring that users on Hedgehog Markets will never have to pay a high transaction fee to place a prediction.

Hedgehog Markets

Hedgehog Markets is a Prediction Market platform where you can bet on meme coins, sports, and even crypto fight nights! Find a market or create your own with any size and odds.

Hedgehog Markets aims to help users find the true odds of a given event occurring based on real-world user deposits. It empowers users to generate their own markets or participate with others to speculate, bet, and hedge on all different event types. Be the house, set your odds, and put your money where your mouth is!

Join the Prediction Revolution

To explore our markets check out eclipse.hedgehog.markets or to read more about our market types check out our Gitbook!

Stablecoins are one of the key products that have found a clear product-market fit in crypto. Neptune will be the first to deliver a decentralized stablecoin and aims to provide an essential medium of exchange on Eclipse.

David Mass, Co-Founder and CEO of Neptune Protocol says, “Blockchains are based on the underpinnings of trust and transparency, which goes against the grain of centralized stablecoins. The roots of DeFi are strongly correlated based on centralized products such as USDC and USDT, facing regularity, security, and collateral risk. Leveraging Eclipse’s trifecta of speed, security, and scalability has helped us build Neptune, an overcollateralized and decentralized stablecoin which will help bootstrap Eclipse’s DeFi ecosystem.”

What is Neptune?

Neptune Protocol is a decentralized stablecoin protocol purpose-built to facilitate their stablecoin, USDN, a decentralized stablecoin soft-pegged to the US dollars. On Neptune Protocol, users can take out 0% interest loans for a one-time fee by depositing eligible collateral, which includes TIA, stTIA ,wETH, stETH, SOL, JitoSOL, mSOL, stDYDX or RETH on day one.

Neptune Protocol offers users:

• No interest loans

• Maximum LTV as high as 90.9%

• Low minimum loan amounts

• Multiple collateral types originating from various ecosystems

Once minted, users can use the USDN stablecoin across Eclipse’s vast DeFi ecosystem and always have the inherent guarantees of a censorship-resistant, permissionless, and secure stablecoin.

Neptune on Eclipse

Eclipse sits at the unique intersection of various blockchain ecosystems. It utilizes the SVM as the execution environment, settling to Ethereum, and publishing data to Celestia. Through a range of bridging solutions, Eclipse will act as a home for various assets from each of these ecosystems, including SOL, TIA, and ETH. As such, despite USDN being a native stablecoin to the Eclipse ecosystem, it unites various ecosystems together by accepting various collateral types.

Furthermore, Eclipse’s focus on performance as an SVM L2 will ensure that crucial operations such as minting, redemptions, and liquidations will always be executed rapidly, ensuring protocol solvency for Neptune Protocol.

Neptune

Neptune Protocol is building USDN, the native stablecoin of Eclipse. Building upon the established sustainability of Liquity, Neptune Protocol is gearing up for its public testnet ahead of the highly anticipated Eclipse Mainnet launch. By delivering a comprehensive, secure, and user-centric decentralized borrowing platform and offering 0% interest rates on loans, Neptune Protocol is creating a robust and reliable stablecoin.

Neptune Protocol recently announced partnerships including Switchboard and Pyth, along with more collaborations and integrations in the pipeline that will propel both Neptune and Eclipse Network to new heights within the DeFi sphere.

Join Us

Eclipse invites you to join Neptune’s Twitter and Discord communities to stay informed about the latest advancements. Delve into the new era of DeFi and unveil the myriad of opportunities that Neptune Protocol and Eclipse Network have in store.

Cryptara Conquest combines the classic appeal of old-school games with modern survival mechanics. Its blend of nostalgia, innovation, and blockchain technology aims to provide a rich, immersive experience that keeps players coming back.

Elio, Founder of IntoTheVerse Games says “Programming game states such as player life and death mechanics, asset inventory, automated reward distribution, on-chain leaderboards for weekly raid tournaments is no easy task given the sheer number of onchain actions required. Powered by Eclipse's throughput, security, and network effects, Cryptara Conquest can ensure smooth gameplay, provable fairness, and boost player engagement. Eclipse’s embodiment of Ethereum’s ethos while using Solana’s lightning-fast execution environment is the perfect fit for such a demanding game.”

What is Cryptara Conquest?

Cryptara Conquest is a 2D survival RPG game. Inspired by classics like Enter The Gungeon, the game’s mechanics are centered around bullet hell rogue-like elements and involve resource collection, item forging, monster and boss battles, and in-game collectible purchases, all packed together inside a thrilling dynamic gameplay.

Cryptara Conquest takes place in a desolate world where three dominant factions fight to gather survival resources. The ultimate epic survival RPG will keep you on your feet as you navigate an unforgiving world.

Cryptara is a genesis block for IntoTheVerse’s future games. Everything starts in Cryptara, and this is your opportunity to grab your front-row tickets to the onchain world of fun.

Cryptara Conquest on Eclipse

As one can imagine, featuring survival PvE modes, resource collection, item forging, monster battles, boss fights, and collectible purchases, all within a single game onchain is no easy feat. It requires high throughput, fast transaction execution, and consistently low fees.

Eclipse’s usage of the SVM and its features such as parallel execution and isolated fee markets, along with its usage of Celestia, a purpose-built DA layer, enable such a large game state with such frequent interactions and changes to be possible. This opens up a suite of opportunities for developers to build complex and interactive fully onchain games.

IntoTheVerse

IntoTheVerse is building fun onchain experiences and the future of web3 gaming driven by storytelling. IntoTheVerse is powered by a dynamic and talented group of innovators committed to revolutionizing the Web3 landscape. Our diverse team brings a rich blend of expertise from various domains, including game design, game programming, blockchain applications, game artwork, and animation. This multifaceted experience enables us to deliver a comprehensive and integrated approach to our projects. Our team is building titles across major web3 ecosystems, notably Solana and Aptos - with a proven track record of wins at major web3 gaming hackathons and startup accelerators. Together, we are committed to building fun experiences and solutions that are not only technologically advanced but also accessible and beneficial to a broad spectrum of gamers.

Gamers Unite

To learn more about Cryptara Conquest, check out their Twitter and website. To learn more about IntoTheVerse, check out their Twitter.

This launch adds to Eclipse’s thriving DeFi ecosystem and brings us one step closer to supporting multiple new DeFi primitives to meet the wants of onchain users today.

“Eclipse’s SVM provides a simple and efficient way to integrate Solana programs into the Ethereum world with minimal effort for developers while simultaneously boosting the user experience significantly. The onboarding process to expand our prediction platform on Eclipse was seamless.” - S1net, CEO of DeCalls.

What is DeCalls?

DeCalls’ flagship product is Moon or Doom, an exciting price prediction game where players make their prediction of whether the price of an asset will rise or fall within a specific period, and earn if their predictions are correct.

There are three phases of a prediction round, Prediction, Anticipation, and Price Finalization.

1. During the prediction phase, players predict whether the price of an asset will go up or down.

2. During the anticipation phase, the starting price is locked in and no new predictions can be placed. Now, players anticipate the price to go in the direction of their prediction.

3. During the price finalization phase, the final price is determined using real-time market data from Pyth and winners may claim a share of the prize pool.

Moon or Doom operates on a one-minute prediction phase and a one-minute anticipation phase, meaning that users get rewarded every two minutes if they predict the price movement correctly. One can also switch between the different assets to make more predictions in parallel.

DeCalls on Eclipse

Over the long term, DeCalls plans to expand its platform with more options for predictions. The ultimate goal is to support a wide variety of tokens and timeframes such that users can choose their prediction approach to benefit from price predictions.

By building on Eclipse, DeCalls is able to fully optimize the user experience. For a prediction platform that operates on such a short timeframe, a seamless user experience is crucial, and DeCalls will be able to extract the most out of Eclipse’s SVM and its turbo-charged sequencer set such that it doesn’t have to deal with network congestion and transactions dropping.

DeCalls

DeCalls is the ultimate price prediction platform on Solana (and soon Eclipse) where anyone can wager on whether the price of an asset will rise or fall within a specific period, with winners getting all of the prize pool. The team has achieved over 12K SOL in volume and 100K user predictions. Learn more about DeCalls at their website.

This partnership is a significant milestone in Eclipse’s gaming ecosystem and supports our vision of building a vibrant game developer community to launch Eclipse native games that uniquely benefit from our high-performance execution environment.

“Eclipse’s approach to high throughput low latency performance is foundational to the future of web3 games. We’re enthusiastic about working together to empower the next generation of game developers and gamers.” - Julian Moncada Co-Founder of Turbo

What is Turbo?

Turbo is a next-generation 2D game engine built for making games fast. Turbo aims to make it possible for anyone to create a game in any genre in < 24 hours that can run on any platform or device. It uses WebAssembly + WebGPU, so it can run anywhere (even headlessly). In addition, games hot-reload whenever code, shaders, or sprites are modified, and Turbo’s built-in APIs are aimed to help you create games with minimal code.

Turbo on Eclipse

By launching Turbo on Eclipse, builders can develop onchain games that utilize Eclipse’s high-performance and low block times. On Eclipse, games built with Turbo can finalize state transitions in under a second given Eclipse’s 400ms block times, and onchain transactions will benefit from Eclipse’s isolated fee markets and parallel execution, meaning that regardless of any other pieces of hot state across the network, game state transitions and in-game transactions will still occur with low fees.

Call for Game Developers (Or Even Non-Developers)

With Turbo, creating a game is as easy as referencing a few lines of code in Turbo’s documents, and changing certain variables. If you have a simple 2D game idea, you can build an onchain game using Turbo (if you can dream it, you can build it). If that’s still too complicated for you, Turbo has created an AI agent, Turbo Game Developer GPT, as a starting point for your game creation. If there is a game that you have always wanted to create, whether that be a game centered around your favorite memecoin, your favorite crypto character, or an NFT collection, Turbo enables you to create that game easily. Check out their website for resources to get started.

Turbo

Turbo is building a game engine that empowers developers to create and deploy games up to 100x faster than traditional engines. Its decentralized live services network allows both Web2 and Web3 developers to trustlessly launch online games without transaction limits. Developers can kickstart their projects with a single command, leveraging tailored templates to build everything from simple Web2 games to multiplayer Web3 titles. Turbo's modular tools offer unparalleled flexibility, enabling deep customization of assets, gameplay mechanics, and even the game engine itself. Its decentralized validator network ensures secure, scalable multiplayer gaming with real-time trustless anti-cheat and decentralized trusted execution runtime. Seamless integration with the Solana blockchain unlocks Web3 features like wallet passthrough, payments, and on-chain game state. Learn more about Turbo at their website.

This partnership marks a significant milestone in providing low latency price feeds across cryptocurrencies, commodities, foreign exchange pairs, and even equities and exchange-traded funds to Eclipse developers.

Mike Cahill, CEO of Douro Labs, said, "Eclipse leads in modular technology by fusing Ethereum's security with Solana's performance. It shares numerous synergies with Pyth Network, as both utilize Solana VM to achieve high throughput and low latency performance. We eagerly anticipate how Pyth's price feeds will enable exciting DeFi applications in this new paradigm."

What is Pyth?

The Pyth Network is a first-party financial data oracle network that delivers low-latency price data for various assets to blockchains securely. With over 350+ dApps integrated across 55+ chains, Pyth is one of the most comprehensive oracle solutions that exist today. Their TVL secured totals $7B and Pyth powered DEXs saw $110B in trading volume in April. Eclipse is proud to join the Pyth ecosystem and looks forward to contributing to the network of Pyth supported dApps.

The benefits of the SVM

Like Eclipse, the Pyth Network also utilizes the Solana Virtual Machine, albeit in a slightly different manner. On the Pyth Network, every 400ms, publishers submit a price update for their supported feeds in the form of a price and confidence interval to the on-chain price account. An oracle program then consolidates publishers’ prices into an aggregate price and confidence interval, before validators reach consensus and perform a price broadcast operation. This architecture enables Pyth to scale to a large number of blockchains, and also a large number of price-feeds. Importantly, utilizing the SVM enables Pyth to deliver low-latency and high-frequency price feeds that are powering the next generation of DeFi dApps.

What does it enable on Eclipse?

Like Pyth Network, Eclipse also fundamentally optimizes for speed and performance by utilizing the SVM as our execution layer, benefitting from features such as parallel execution and isolated fee markets. Combining Pyth’s ability to deliver verified data from first-party sources on a sub-second timescale with Eclipse’s 400ms block times is a perfect fit. Developers can access frequent and cheap oracle updates for reliable price feeds, and leverage that to build innovative protocols such as continuous prediction markets, on-chain CLOBs, or even on-chain AI trading agents that respond dynamically and near-instantaneously to market prices. Importantly, given Eclipse’s design as an SVM L2, oracle updates have better inclusion guarantees by virtue of Eclipse’s high throughput, isolated fee markets, and parallel execution, where oracle update transactions will not necessarily have to compete for block space against other popular contracts and as a result pay elevated fees.

Several protocols such as Neptune, Mango Markets, Solend, Clone, and DeCalls will utilize Pyth price feeds from day one.

Pyth

The Pyth Network is a first-party financial data oracle network that delivers low-latency price data for various assets to blockchains securely.

Pyth incentivizes some of the world’s largest exchanges, market makers, and trading firms to contribute their proprietary data to the network. Pyth aggregates their price data on-chain for smart contracts to use. Decentralized applications can request or pull Pyth price updates on-chain when needed.

In less than a year, the network has secured more than $2.0B in total value and now supports over $5.0B. Pyth supports over 500 real-time data feeds across crypto, equities, ETFs, FX pairs, and commodities, and has facilitated more than $300B in total trading volume across over 50 blockchain ecosystems.

For more information about Pyth, please visit the website and documentation.