Almaze Media joined DWIC as media partner. and the team will attend the Dubai Web3 Investment Conclave from April 15th to 21st, 2024, at the DIFC Innovation Hub.

It will be a great opportunity to connect with brilliant actors of the blockchain industry.

Press release:

Dubai Web3 Investment Conclave (DWIC) 2024 Announces Inaugural Edition, Driving Innovation and Sustainability in the Blockchain Ecosystem

Dubai, UAE – 06th April 2024 – The Dubai Web3 Investment Conclave (DWIC), organized by Giakaa Capital with co-host Leo Ventures, is set to become the premier gathering for the global Web3 community. Taking place from April 15th to 21st, 2024, at the DIFC Innovation Hub, this transformative event will explore the frontiers of Web3 innovation while emphasizing a commitment to net-zero goals.

A Nexus for Web3 Transformation

DWIC will welcome visionaries, entrepreneurs, investors, and policymakers for a week of insightful discussions, knowledge sharing, and strategic investment opportunities. The conference will delve into the potential of Web3 and blockchain technology to revolutionize industries and drive sustainable growth.

Theme: Driving Net Zero

DWIC recognizes the importance of responsible innovation.  The conference theme, "Driving Net Zero," underscores the potential of Web3 technologies to contribute to global sustainability goals. The event will showcase how blockchain can be harnessed to enhance transparency, efficiency, and environmental sustainability across sectors.

Agenda Tailored for Investment

Each day of DWIC is meticulously designed to cater to diverse investor profiles:

• Day 1 - Incubators & Accelerators

• Day 2 - SWFs & Hedge Funds

• Day 3 - Angel Investors

• Day 4 - Investment Banks & Corporates

• Day 5 - Private Equity & Institutional Investors

• Day 6 - Venture Capitals

• Day 7 - Family Offices & HNIs

Web3 Startup Pitch: Pitching for the Future

A highlight of DWIC will be the Main Stage Startup Pitches, providing a coveted platform for promising Web3 startups to present their ideas to a global audience of investors and potential partners.

DIFC Strategic Partnerships for Impact

DWIC is supported by key partners from the Government of Dubai, including DIFC, DIFC Innovation Hub, and the Dubai AI & Web3 Campus. These collaborations underscore Dubai's commitment to fostering a thriving Web3 ecosystem and position DWIC as a catalyst for innovation and investment.

Strategic Partnerships - DIFC Innovation Hub

The DIFC Innovation Hub is an important pillar of the new Dubai Future District, located in Gate Avenue and elevates DIFC's contribution to the UAE Innovation Strategy and Dubai Plan 2030. It is home to the largest innovation ecosystem in the region and paves the way for early stage start-ups, growth stage start-ups, unicorns and big Tech firms to accelerate success.

Venture Studio Partner - Simsy Ventures

Simsy Ventures is a venture builder, an institutional co-founder, and a partner for entrepreneurs (co-founders), investors, corporations, and the global startup ecosystem. We forge partnerships to collaborate and co-create fast-growing sustainable startups that become purpose-driven impactful companies - from idea generation, market validation, sustainability mapping, product-market fit, traction & unit economics, growth hacking, and launching new ventures to providing ongoing support.

Quotes:

• Omika Dubey, Managing Partner, Giakaa Capital: "DWIC is more than a conference; it's a movement to accelerate the responsible and sustainable adoption of Web3 technologies. We're bringing together the brightest minds and influential investors to shape the future of this transformative space."

Sonny Mohanty,  Partner, Leo Ventures: "We're excited to co-host DWIC and bring our expertise to identify and support game-changing Web3 ventures. This event will pave the way for groundbreaking collaborations and fuel the growth of the global blockchain ecosystem."

Registration and Information:

• Website: https://www.dwic.ae/

• Event Registration: https://lu.ma/dwic

About the Organizers:

Giakaa Capital:

At Giakaa Capital, our vision is to pioneer the future of digital public infrastructure through strategic investments in Blockchain technology. We are committed to advancing solutions that pave the way for mass adoption, contributing to a sustainable future aligned with the Sustainable Development Goals (SDGs).

About the Co-Host:

Leo Ventures:

Leo Ventures is a pioneering Singapore based Venture Capital Fund dedicated to propelling the future of technology through strategic investments in early-stage Web2 and Web3 projects in deep tech, fintech, blockchain. Our mission is to catalyze innovation and transform groundbreaking ideas into reality. As an incubator and accelerator, we foster the growth of disruptive projects within the dynamic landscape of Web3, inspiring a new wave of developers and creators to push the boundaries of what's possible.

Smart contract is a POISON.

We CANNOT trust the code!!

(⚠️ Controversial Opinion)

Yes, Ethereum changed the game with smart contracts.

But this automation is a double-edged sword.

👉 The Problem with Smart Contracts

They execute exactly as programmed - no more, no less. It's like a car on autopilot, strictly following the road, unable to adapt to the unexpected or understand the driver's real needs.

Some autonomous cars already killed pedestrians. We don’t want it to happen on the blockchain.

👉 The Solution: Intent-Centric Smart Contracts

Smart contracts that don't just execute code but understand the 'why' behind your transaction. It's like upgrading from a basic autopilot to an advanced AI that knows your destination and the best route to get there.

👉 Why It Matters ?

Blind code execution leads to rigid, sometimes unfair outcomes. It can't adapt to changing circumstances or understand complex user intentions. This limitation is especially pronounced in DeFi where one-size-fits-all solutions often overlook individual user needs.

👉 Intent-Centric Approach:

These advanced contracts assess your intent – whether you're investing, trading, or participating in a DAO – and adjust their execution accordingly. They're more than just code; they're a bridge between human intention and blockchain technology.

👉 The Bigger Picture:

This isn't just about smarter contracts; it's about a more intuitive, responsive blockchain ecosystem. One where technology serves humans, not the other way around.

The shift from blind code execution to intent-centric smart contracts might be controversial, but it's essential and inevitable.

It's about making Ethereum and other blockchains more adaptive, more equitable, and ultimately more human.

Some innovative DeFi projects are already adopting this intent-centric approach:

• Essential

• IntentX

• CoW

• Connext

• UniDex

Nuance: While the intent-centric narrative is very promising, it will co-exist with traditional smart contract because not everything needs to intent-centric.

This is already a $125,176B market

The stablecoin EMPIRE (and WAR) keeps growing.

The world's largest stablecoin Tether made $1B operational profit in Q2.

The 2nd biggest stablecoin issuer Circle is considering an IPO in 2024.

One of the world's most valuable fintech company PayPal recently launched its stablecoin PYUSD.

There's over 120 stablecoins available in the market.

But how many are really relevant ?

Is stablecoin a SCAM ?

1. What Is a Stablecoin

2. How It Works

3. The Stablecoin Trilemma

4. The BIGGEST Threat

5. 11 Risks to Know

6. 12 Questions to Ask

7. 4 Most Popular Stablecoins

8. The Future of Stablecoin

What Is a Stablecoin

A representation of a $ on the blockchain.

The best application of tokenization (bringing a real world asset on chain)?

How It Works

A stablecoin $ must have enough reserves (collateral) at least equal to the value of each stablecoin $ (ratio 1:1) to keep its price steady at one dollar.

The Stablecoin Trilemma

The stablecoin trilemma is a concept that suggests it is difficult for a stablecoin to achieve stability, decentralization, and capital efficiency at the same time. Each stablecoin approach tends to achieve two of these at the expense of the third.

Stability: The ability of a stablecoin to maintain its value (1$ for 1 stablecoin $)

Decentralization: The stablecoin is distributed among many different parties rather than a central authority.

Capital Efficiency: The stablecoin does not require a large amount of excess collateral to maintain its stability.

Here’s how the trilemma comes to life:

• A stablecoin can be stable and decentralized, but then it might require over-collateralization, making it capital inefficient (LUSD)

• A stablecoin can be stable and capital efficient by being backed one-to-one with fiat or other assets, but this often requires centralization (USDT)

• A stablecoin can be decentralized and capital efficient, which often involves complex algorithms to maintain the stability without excess collateral, but this can lead to issues with maintaining stability (UST)

The Biggest Threat

The peg of a stablecoin is the stable value it is set to maintain. The biggest threat stablecoins $ face is peg loss.

11 Risks to Know

1. Collateral Risks:

   • Fiat-Backed: Risks of bank failure or seizure of assets by government authorities; if the reserves are not regularly audited, there might be doubts about whether the stablecoin is fully backed. This is the reason USDC recently deppegged.

   • Crypto-Backed: Subject to the volatility of the underlying crypto; if the value of the collateral plummets rapidly, it may not sufficiently cover the value of the stablecoins.

   • Algorithmic: They may fail to maintain their peg if the algorithm does not function as intended, especially during extreme market conditions, as seen in various historical "de-pegging" events. That’s why UST failed.

2. Regulatory Risks:

   • Changes in regulations can have significant impacts on the operation and stability of stablecoins.

   • Governments may impose restrictions or outright bans on the use of stablecoins.

3. Operational Risks:

   • Smart contract vulnerabilities can lead to hacking incidents or unintended issuance of coins.

   • Poor operational security can result in theft or loss of reserves.

4. Liquidity Risks:

   • In times of market stress, there may be a "bank run" on the stablecoin, with many users trying to redeem their coins at once, potentially overwhelming the reserves. It also happened during USDC depeg

   • Liquidity issues can also arise if a significant portion of the stablecoin is held by a small number of investors.

5. Market Risks:

   • A loss of confidence can lead to a decrease in the use of the stablecoin, impacting its value.

   • Market manipulation can also occur, especially if the market for the stablecoin is not very liquid.

6. Legal and Compliance Risks:

   • There could be legal uncertainties about the rights of stablecoin holders.

   • Compliance with international AML/KYC requirements can be complex and costly.

7. Systemic Risks:

   • Large-scale adoption of a particular stablecoin could create systemic risk within the broader financial system.

   • Interconnectedness with the traditional financial system can transmit shocks across systems.

8. Pegging Mechanism Risks:

   • Maintaining a stable peg is challenging, and mechanisms may fail, especially for algorithmic stablecoins that rely on maintaining balance through supply and demand.

9. Counterparty Risks:

   • There are risks associated with the entities that hold the collateral or manage the reserve funds, including trustworthiness and solvency.

10. Scaling Risks:

    • As the stablecoin grows in popularity, the ability to scale operations and maintain a stable peg becomes more challenging.

11. Censorship Risks: Centralized stablecoin issuers can freeze the assets of their holders

12 Questions to Ask

To assess the relevance of a stablecoin, you need to analyze its risks but you should also ask yourself the following questions:

4 Popular Stablecoins

The future of Stablecoin

Stablecoin is a juicy business for issuers.

Tether, Circle & MakerDAO are making a lot of money.

That’s why the stablecoin war is fierce.

To stand out, the next gen of stablecoins will need to offer unique utilities that will truly empower holders.

Some new projects are doing it relatively well.

$GHO, stablecoin launched this year by AAVE, allows its holders to have reduced fees on their loans by staking $AAVE

$eUSD, stablecoin launched this year by Libra Finance, is pioneering the concept of interest-bearing stablecoin allowing its holders to generate yield with their stablecoin by just holding it (no staking required)

We’ll keep following this space very carefully

EG has secured over $50 million in funding with big names like Coinbase Ventures, Polygon Ventures, and Polychain Capital backing them up.

Summary:

1. Fixing a Big Issue

2. How EG Does Its Magic

3. Slashing Mecanism

4. Potential Risk

5. Growing Ecosystem

1- Fixing a Big Issue

Right now, if a decentralized app (dApp) wants to build on Ethereum but doesn’t understand its language, it has to create its own security system (called AVS) from scratch. This is tough, expensive, and the new security system can be an easy target for hackers.

EigenLayer (EG) offers a smart solution by leveraging Ethereum’s built-in security to create AVSs. dApps can then use these ready-made security systems instead of building their own, saving time and money.

2- How EG Does Its Magic

EigenLayer makes these security systems (AVS) by collecting staked ETH (ETH locked on Ethereum blockchain to secure the network) from investors and restaking them.

To better understand the roots of restaking, read this article.

EG offers multiple restaking options:

If you want to generate yield on your LSTs, EG currently supports the following tokens:

3- Slashing & Risks

Slashing is a penalty system to sanction validators' bad behavior in PoS systems.

Ethereum has its own slashing rules.

Each dApp building on EG can also set its own slashing rules.

EigenLayer's smart contracts manage how Ethereum PoS validators can withdraw their staked ETH. If a staker breaks the rules on an AVS, they can lose some ETH and be stopped from other activities on EigenLayer. When they take out their ETH, they’ll get less based on AVS rules.

4- Potential Risks

No DeFi protocol is immune of potential hacks.

In cryptoeconomic security, a system is secured if CoC > PfC.

CoC: Cost-of-Corruption

PfC: Profit-from-Corruption

To attack a network a quorum of 50% is required.

➡️ if $8M AVS secures a $2M TVL protocol

CoC ($4M) > Pfc ($2M) -→ ✅ Network secure

➡️ if $8M AVSs secure 10 $2M TVL protocols

Pfc ($20M) > CoC ($4M) -→ ⚠️ Network at risk

5 - Growing Ecosystem

EigenLayer has a growing ecosystem with more and more interesting projects leveraging its technology.

We’ll keep following its growth as EigenLayer’s vision looks very promising.

I hope you now have a better overview of EigenLayer.

In this article, we’ll cover how you can benefit from it before the masses.

• From Staking to Liquid Staking

• Entering The Restaking Era

• Liquid Restaking & Opportunities

From Staking to Liquid Staking

In our Liquid staking article, we covered the basics of blockchain transaction (tx).

In a nutshell, to confirm tx on the blockchain, validators need to find an agreement method that will benefit all.

This is called the Consensus.

2 most popular ones are PoW (Proof-of-Work) & PoS (Proof-of-Stake).

We’ll focus on Ethereum PoS.

Ethereum Staking has few challenges :

❌ High entry barrier (32 ETH, roughly $50k rn)

❌ Assets locked become illiquid

❌Not easy to set up

Liquid Staking (LS) emerged as a solution to counter them.

LS protocols pool together ETH from multiple investors to become ETH validator.

They redistribute rewards with all investors & give them a Liquid Staking Token (LST) (e.g. stETH for Lido) representing their staking position & reusable in other DeFi platforms to generate additional yield .

Most population LS platforms at the time of writing this article:

Entering The Restaking Era

EigenLayer (EL) recently introduced a new narrative: Restaking

EL is a protocol using liquid staked eth to secure other DeFi protocols.

On EL, investors can deposit their LSTs to generate additional yield from them.

EL also offer native restaking.

But there’s a problem with restaking...

Restaked LSTs become illiquid.

Liquid Restaking & Opportunities

As history always repeats himself, Liquid Restaking (LR) is emerging as a solution to turn restaked LSTs into LRTs (Liquid Restaking Tokens).

LR protocols pool together LSTs of investors to restake them on EL.

They redistribute rewards with investors & give them a LRT representing their restaking position. This LRT is reusable in other DeFi platforms to generate additional yield.

Current hottest projects to follow in the LRT Ecosystem

(some protocols are still in testnet 👀)

We highly recommend you to do your own research and apply due diligence before using any of them.

As this narrative is relatively new, these protocols may not have the highest level of security.

Let’s break down this concept from its root ELI5.

(Explain Like I’m 5)

We’ll cover:

1. Understanding Blockchain Transactions

2. The Dinner Party Analogy

3. The Liquid Staking Era

4. Staking vs Liquid Staking

5. Risks Associated w/ Liquid Staking

Let’s goo.

1. Understanding Blockchain transactions

Before introducing the notion of staking, we need to come back to the basics first.

How a transaction operates on the blockchain.

It’s actually pretty simple:

Consider this scenario:

Bob wants to send Marie some crypto:

He initiates a transaction (tx).

Tx is placed in a block, sent to validators.

Validators inspect it.

One, the 'champion', confirms it.

Peers validate the champion's decision.

Champion gets their reward.

Confirmed tx in its block, joins the blockchain.

Marie gets her crypto!

2. The Fancy Dinner Party & Staking

Oops…

I forgot to tell you something important about the tx validation process.

The 2 most popular methods are Proof-of-Work (PoW) & Proof-of-Stake (PoS).

Hmmm, how to explain…

💡 Let’s use this metaphor:

Imagine a dinner party where guests need to validate activities to do and the one who chooses an activity that benefits all earns a reward.

• In a PoW scenario:

It's like having guests compete in a physical challenge.

And the winner gets to decide the evening's activities.

Guests put in the "work" to earn the right to decide.

• In a PoS scenario,

It’s like giving decision power to guests who have invested in the party.

One guest is chosen randomly or based on some criteria like the amount of their investment in the party.

All guests have something "at stake" in the dinner.

In both scenarios, guests are incentivized to make choices that benefit all because if they make poor choices that ruin the party, they stand to lose their reward.

In this metaphor:

• Fancy dinner party = Blockchain

• Guests = Validators

• Investment = Staked crypto

• 
  

Translating to Blockchain:

🔨 PoW Validators = Miners using specialized equipment 🔐

PoS Validators = Stakers locking crypto on the blockchain

You got it right!

Staking means locking up a certain amount of crypto on a blockchain to validate and secure network transactions in exchange for rewards.

Here, the main differences between the 2 methods:

Now that we understand how staking works, let’s dive into Ethereum staking.

Here’s how it works:

Ethereum traditional staking can be challenging.

Due to the high minimum staking requirement (32 ETH worth $50k at this time) and management complexities, it is hardly accessible to regular retail investors.

And that’s the moment where liquid staking enters the stage.

3. Liquid Staking (LS)

Lido offers a prime example of liquid staking platform and it’s currently the biggest DeFi protocol (all categories included) in terms of TVL.

So… here’s how liquid staking works:

• Liquid staking platforms like Lido simplify staking for users and allow them to earn rewards.

• Once you delegue your crypto on such platforms so they can stake them on your behalf, you get a token representing your staking position (stETH in this example)

• Previously illiquid crypto staked in traditional staking, becomes liquid with this “proof of staking” token and can be reutilized in other DeFi platforms.

4. Traditional Staking vs Liquid Staking

5. Risks Associated w/ Liquid Staking

Every silver lining has a cloud.

As appealing as it can be, liquid staking just like any other DeFi product comes with its own risks:

1) Smart Contract Vulnerabilities

Liquid staking often relies on complex smart contracts. Any vulnerability or bug in these contracts can lead to the loss of staked assets or other unforeseen consequences.

2) Platform Centralization

Some liquid staking platforms might control a significant portion of a network's staked assets, leading to centralization concerns and potentially making the underlying blockchain less secure.

3) Token Value Fluctuation

The value of the staked token representation (e.g., stETH) might not always align perfectly with the staked asset's value, leading to pricing discrepancies.

4) Regulatory Concerns

Depending on jurisdiction, the issuance and trading of tokenized staked assets might come under regulatory scrutiny, potentially impacting their utility or tradability.

5) Dependence on 3rd Parties

Many liquid staking solutions rely on third-party validators or platforms. The mismanagement or malicious behavior of these entities could impact users' staked assets.

6) Operational Risks

Downtime, system failures, or other operational issues with the liquid staking platform can impact users' ability to stake, unstake, or trade their tokens.

7) Liquidity Concerns

In some cases, the secondary market for the staking tokens might not be very liquid, making it challenging to sell or trade them.

That’s a wrap!

I hope you now have a better understanding of the basics of liquid staking.

If you need DeFi content for your project, let’s discuss:

https://stan.store/cryptoalmaze

It's also the 2nd biggest DeFi narrative in terms of Total Value Locked (TVL)!

Let’s break down this concept ELI5.

(Explain Like I’m 5)

We’ll cover:

1. Lending in TradFi vs DeFi

2. How DeFi Lending Platforms Work

3. Key Elements to Monitor

4. Case Study

5. 7 Risks to Consider

6. 4 Core Benefits

Let’s goo.

1. Lending in TradFi vs DeFi

Picture this:

🌐 Traditional Finance (TradFi):

Want a loan? Prepare for paperwork – tons of it!

After laying bare your personal and financial details, there's still a risk of rejection.

Even with approval, you could be waiting anywhere from 15-45 days to see the money.

🌍 Decentralized Finance (DeFi):

Simply deposit a guarantee on a platform.

And voila! You can borrow the money you want. Instantly.

2. How DeFi Lending Platforms work

Lenders: supply funds and earn interest.

Borrowers: access loans by paying interest.

No middlemen needed thanks to blockchain, smart contracts*, and oracles**.

*smart contract: self-executing contract with the terms of the agreement directly written into lines of code.

**oracle: bridge that connects real-world information (like asset prices) to the blockchain so smart contracts can use it.

Just as banks need assurance that you’ll be financially able to repay your loan, DeFi lending platforms need a guarantee (called collateral) to ensure you won't vanish with borrowed funds.

After you deposit collateral on a platform, it'll let you know the total value you can borrow.

Here's an example:

Imagine holding 1 ETH valued at $1,600.

You're bullish about its future.

But you need $500 immediately.

Rather than parting with your precious ETH...

You can deposit it on a lending platform, and borrow $500 against it.

As simple as that!

3. Key Elements to Monitor

Now that you understand the basics of DeFi lending, here’s 4 key elements you should know:

1) Liquidation:

• The process of repaying a loan on behalf of the borrower in risky situation.

2) Health factor:

• The indicator of your loan’s safety. The higher the safer.

3) Max LTV: (Loan-To-Value):

• The maximum value that can be borrowed.

4) Liquidation Threshold:

• The percentage at which a loan is defined as risky.

5) Collateral:

• Assets deposit to guarantee a loan.

4. Case Study

You deposit it as collateral on a lending platform.

On this platform you know that:

• ETH max-LTV: 75%

• ETH LT: 85%

Given this information you know that:

• you're eligible to borrow up to 75% of your collateral's value ($1,200).

• you risk liquidation if your loan > 85% of your collateral's value ($1500).

You decide to borrow $900 in USDC.

D+1 ETH price drops to $1,000.

Suddenly, your borrowed $900 becomes 90% of your collateral's value.

Without prompt repayment or adding more collateral, you're on the brink of liquidation.

To avoid liquidation, you could keep track of your health factor and adjust your position before it gets too close to 1.

5. Risk Assessment

The previous case study showed us some risks related to DeFi lending.

But there’s more to it.

Here’s 6 major risks to be aware of when it comes to DeFi lending:

1) Smart Contract Vulnerabilities:

• If there's a bug or vulnerability in the smart contract code, it could be exploited, leading to a loss of funds.

2) Volatility:

• As cryptos are volatiles, borrowers may face liquidation* if the collateral's value drops significantly. Same thing could happen if the asset’s value borrowed rises rapidly.

3) Interest Rate Fluctuations:

• Variable interest rates can change rapidly based on market demand, which can affect both lenders' profits and borrowers' costs.

4) Liquidity Risks:

• In times of market stress, there might not be enough liquidity on the platform, making it hard for borrowers & lenders to withdraw funds.

5) Blockchain Network Risks:

• Depending on the blockchain the platform operates on, there might be risks related to the network's security, scalability, or potential forks.

6) Oracle Vulnerability:

• External data sources could be compromised and provide false, manipulated, or outdated data to smart contracts, undermining crypto lending outcomes.

6. Benefits of DeFi Lending

Now that you understand how DeFi lending works and its risks, let’s finish on a positive note with its 4 core benefits:

Instant Transactions: Processes faster than in TradFi, allowing users to take out loans in a matter of minutes.

Global Accessibility: Anyone with an internet connection can access these platforms, regardless of geographic location or local banking infrastructure.

Permissionlessness: Anyone can take out loans. No discrimination on the religion, origin, sexual/political orientation… can occur. DeFi lending fosters inclusivity.

High Yield Potential: DeFi lending platforms often offer more competitive interest rates than traditional financial institutions. And sometimes, you can even get paid to borrow money 👀.

That’s a wrap!

I hope you now have a better understanding of the basics of DeFi lending.

Note that not all platforms work this way. We covered the most basic and popular DeFi lending platform mechanism taking AAVE as an example (the leader of this narrative with over $4B TVL).

If you need DeFi content for your project, let’s discuss:

That’s a good opportunity to talk about its benefits for institutions #ELI5!

1. 24/7 Market Access: The blockchain works 24/7 so tokenized assets can be traded around the clock, eliminating the constraints of traditional market hours.

2. Programmability & Automation: Tokenized assets can be embedded with smart contracts, allowing for programmable and automated actions based on predefined criteria.

3. Fractionalization: Thanks to tokenization, assets can be divided into smaller, tradable units enhancing their liquidity.

4. Accessibility: Fractionalization allows multiple parties to hold a stake in a single asset. This democratizes access to certain asset classes which were traditionally only available to wealthy investors.

5. Enhanced Security: The immutability of the blockchain (or DLT) reduce the risk of fraud, counterfeit or money laundering.

6. Reduced Middlemen: P2P transactions on the blockchain (or DLT) reduce the number of intermediaries required for settlements.

7. Faster Cross-Border Transactions: Tokenized asset transactions can be settled in real-time or within minutes as they require less intermediaries.

8. Reduced Transaction Costs: By eliminating intermediaries and streamlining processes, tokenization leads to reduced transaction fees and costs.

The future looks bright ☀️

Author:

Diane from ALMAZE MEDIA

Web3 agency helping crypto projects with organic content strategy and production (educational & marketing) from short form social media posts, newsletters to explainer videos.

Want to discuss ?

📧 diane@almazemedia.com

#ELI5

🔗 Unpacking the Blockchain Layers

Blockchains are generally made up of four core layers:

Data Availability: Ensures that all network participants can access data.

Consensus: Mechanism to agree upon the validity of transactions.

Settlement: Finalizing transactions and adding them to the ledger.

Execution: The actual process of executing smart contracts and transactions.

Monolithic blockchains, commonly known as Layer 1 (L1) - such as Ethereum, Bitcoin, and Solana - manage these layers in-house.

🔗 The Blockchain Trilemma

A central challenge in blockchain development is optimizing three key elements:

Security: Safeguarding against threats and vulnerabilities.

Scalability: Handling a large number of transactions efficiently.

Decentralization: Ensuring a dispersed power structure.

However, as Vitalik Buterin emphasized in the "blockchain trilemma", achieving perfection in all three elements simultaneously is a Herculean task:

Ethereum prioritizes security and decentralization, somewhat sidelining scalability.

Solana, focuses on scalability and security, with some trade-offs in decentralization.

So, how do we navigate this trilemma?

🔗 The Rise of Layer 2 Solutions (L2s)

L2s are blockchains designed to operate atop an existing L1, enhancing its functionalities.

A prime example is Arbitrum, an L2 developed to amplify Ethereum's scalability.

This blockchain architecture brings forth the concept of modularity.

To augment its performance, one blockchain could seamlessly integrate with elements from other blockchains.

The advent of modularity is reshaping the blockchain landscape & paving the way for more robust and adaptive blockchain ecosystems.

Blockchain modularity can go even further but we’ll cover this in part2.

Author:

Diane from ALMAZE MEDIA

Web3 agency helping crypto projects with organic content strategy and production (educational & marketing) from short form social media posts, newsletters to explainer videos.

Want to discuss ?

📧 diane@almazemedia.com