DEV Community: Samuel Sceptre

What to look out for when choosing a payroll software in 2026

Samuel Sceptre — Sat, 29 Aug 2026 17:11:39 +0000

Payroll management is important for any business. You can assign someone to take care of calculating employees salary and taxes when you are running a small business or you can just do it yourself. But when running a large business it can be challenge calculating the wages of tens or hundreds of employees which can result to so much errors and inaccuracies in management, this is where using a payroll software comes in.

what is a payroll software
A payroll software is a digital tool that automates and manages payments to employees. It serves purposes like calculates pay, processes payments, manage taxes, tracks time. It saves time, reduces errors, ensure compliance, and offers self-service. It can be cloud-based or hosted on-premises. As a business owner, you can utilize this software systems as part of your human capital management to process payments at the end of pay period.

Important Considerations when choosing a payroll software
Below are some essential tips to help you navigate the process

Scalability: Confirms that your software can adapt to increasing employees, additional features without necessitating a disruptive switch to new system. Choose a payroll solution that adapt and support long-term growth.
Flexibility: Every business has its own unique functions, policies and overtime payments, allowance, late or absence deduction etc. Flexibility ensures that your application can handle all your specific requirements and reduce manual work.
Security: Payroll data is a very sensitive and losing of this data could be terrible for both company and employees. Daily backups with long retention and quick restore times ensure that you reduce the risk of loosing data. High encryption of data can help prevents data leakage.
Dashboards and Reports: You need to have complete control and visibility over your payroll data at all times. A strong reporting dashboard module will help you to represent data in a way you want to see it.
Reviews and customer reports: User experiences and customers are important for a software you'll to entrust and rely on regularly. Check foe reviews and recommendations from other business owners you know. Consults websites to see what customers are saying about the payroll systems you're considering are G2, Capterra, and TrustRadius.
Mobile Accessibility: Remote work have become increasingly important in this technological era. Choose a payroll software solution that offers mobile functionality, allowing workforce to access their payroll information, submit timesheets, and request time off from anywhere.

The Architectural Shift: How Blockchain Integration is Redefining the Fintech Industry

Samuel Sceptre — Fri, 31 Jul 2026 21:11:47 +0000

If you've been in fintech for more than five minutes, you've probably rolled your eyes at more blockchain pitches than you care to count. I know I have. Every startup with a whitepaper and a dream promised to "disrupt" banking, and most of them quietly faded away.

But something shifted in the last 18 months. The conversation changed. The people talking about blockchain now aren't crypto bros in hoodies. They're settlement directors from JPMorgan, product leads at Stripe, and compliance officers at BNY. And they're not talking about replacing the system. They're talking about fixing the parts that genuinely suck.

The Problem Nobody Wants to Admit

Here's the uncomfortable truth about modern finance: it runs on infrastructure that was designed for a world that no longer exists. When you send money internationally, it doesn't actually travel instantly. It hops through correspondent banks, sits in Nostro accounts, gets reconciled overnight, and finally settles sometimes days later. In the meantime, that money is doing nothing. Just sitting there. Earning nothing. Helping no one.

This isn't some abstract inefficiency. A single large bank can have billions tied up in these settlement delays. One analysis put the annual cost of this friction at around $12 billion just in the United States. That's real money that could be earning interest, funding loans, or simply moving faster for people who need it.

Blockchain solves this in a refreshingly unsexy way: by creating a shared record that everyone can see and trust. Instead of every bank maintaining its own ledger and spending every night reconciling with everyone else, you have one ledger that updates in real time. No arguments. No delays. Just the truth, cryptographically guaranteed.

What Swift's Move Actually Means

When Swift; the global messaging network that pretty much runs cross-border payments, announced they're building a blockchain layer, it wasn't a headline most people understood. But it should have been.

Swift handles something like 11 billion messages a year between 11,000 institutions. They're not exactly early adopters. If they're moving, it's because their members, the biggest banks in the world, are demanding it. The pilot they're running with 17 early adopter institutions isn't about flashy crypto trading. It's about allowing banks to move funds for customers on weekends and overnight. Something that sounds boring until you're a small business owner who can't pay
suppliers because your bank closes at 5 PM on Friday.

That's the kind of problem blockchain is actually good for. Not theoretical decentralization. Real,
pragmatic improvement to things that frustrate people every single day.

Tokenization: The Word Everyone Uses, Few Understand

Tokenization sounds technical and intimidating. It's actually pretty straightforward.

Think about a piece of commercial real estate in downtown Chicago. It's worth $50 million. Only pension funds and insurance companies can touch that. A normal person, or even a family office, is completely locked out. Now imagine that a building is represented by digital tokens on a blockchain. You can buy one token for $50. Someone else buys a thousand. Suddenly, the asset is liquid, divisible, and accessible.

BlackRock launched a tokenized treasury fund called BUIDL that's already pulled in over $600 million. Figure, a company co-founded by the guy who built SoFi, has tokenized more than $13 billion in home equity lines of credit. These aren't fringe experiments. These are serious players deploying serious capital.

But here's where it gets interesting for smaller players. Think about a regional community bank in Ohio. They have a portfolio of local business loans. Normally, they'd have to hold those loans until maturity or package them into a complicated securitization that only Wall Street can
navigate. With tokenization, they can sell pieces of those loans to investors digitally, freeing up capital to make more loans in their community.

It's not about replacing banks. It's about giving them better tools to serve their customers.

The SME Blind Spot That Blockchain Might Finally Fix

There's a gaping hole in global finance that nobody talks about enough: small and medium businesses in developing economies can't access credit.

In Africa alone, the financing gap for SMEs exceeds $331 billion. These are legitimate businesses with real revenues, a logistics company in Nairobi with 20 trucks, a textile manufacturer in Lagos with steady orders. They need working capital to grow. But they don't have the collateral or credit history that traditional banks demand.

Blockchain offers a practical path forward. Imagine a logistics company that's just completed a government contract. Instead of waiting 90 days for payment, they tokenize that unpaid invoice and sell it to investors at a small discount. They get cash immediately. The investor gets a return when the government pays. And over time, the company builds an on-chain track record of successful transactions that can serve as a verifiable credit history for future borrowing.

This isn't charity. It's just better capital allocation enabled by better technology.

The Security Myth That Needs Busting

Here's something that drives me crazy: people assume blockchain is less secure than traditional systems because of all the crypto exchange hacks they've read about. But that's like saying email is insecure because people fall for phishing scams. The protocol itself isn't the problem.
It's the implementation.

Where blockchain genuinely improves security is in the back office. The biggest threat most financial institutions face isn't external hackers. It's an insider risk. Someone with legitimate access who abuses it. This happens more than anyone wants to admit.

Blockchain offers a fix by moving access control logic into smart contracts. Instead of a single administrator having the power to grant permissions, those rules are coded into an immutable contract that everyone can audit. Changes are transparent. Nothing happens quietly. It's not perfect, but it removes the single point of failure that centralized systems have always struggled with.

There's also fascinating work happening with zero-knowledge proofs. These cryptographic techniques let a fintech company prove something is true like a user meets the minimum age requirement for a loan without revealing the user's actual birthdate or any other personal information. Compliance without privacy violations. It's genuinely elegant.

Stablecoins: The Quiet Workhorse

For all the attention Bitcoin and Ethereum get, stablecoins are where the real action is for fintech. Annual volumes are exceeding $20 trillion. That's not a typo.

What's changed recently is how stablecoins are being integrated. Cross River, a bank that many fintechs use as a behind-the-scenes partner, launched a platform that lets businesses send and receive USDC directly through their normal banking relationships. No complex onboarding. No separate wallets to manage. Just seamless movement between traditional dollars and tokenized dollars.

Why does this matter? Because it means a gig platform in the Philippines can pay workers in the US instantly, with minimal fees, and both sides can hold the funds in whatever form they prefer. This isn't theoretical. It's happening now, handling real paychecks for real people.

The Uncomfortable Reality of What's Still Broken

I'd be lying if I said everything was solved. The challenges are substantial and worth taking seriously.

Public blockchains present real risks for regulated institutions. There's transaction ordering risk essentially, someone could front-run a trade by paying higher fees. There's exposure to sanctioned entities that might interact with the same blockchain. And there's the fundamental challenge of reversing transactions when someone makes a mistake, which traditional banks can do but blockchains cannot.

Interoperability remains a mess. Different blockchains don't talk to each other well. Private enterprise chains don't connect cleanly to public ones. And regulatory frameworks vary wildly by jurisdiction, making global deployments a compliance nightmare.

A recent paper from JPMorgan's Kinexys unit and MIT's Digital Currency Initiative made this point forcefully: these problems often can't be fixed at the application layer. They require changes to protocol design, network governance, and regulatory policy. In other words, this is hard, and there are no shortcuts.

Where We Actually Are

Here's my honest take after watching this space for years.

We're past the hype. We're also past the trough of disillusionment. We're in the messy middle where real implementation happens where things break, get fixed, and slowly improve.

The fintechs that are succeeding with blockchain aren't the ones with the flashiest marketing. They're the ones solving specific, painful problems. Cross-border settlement delays. Illiquid assets trapped in private portfolios. SMEs without access to working capital. Compliance checks that violate user privacy.

Blockchain is a tool. Sometimes it's the right tool. Sometimes it's not. What's becoming clear is that for the problems it actually solves well, it's significantly better than anything we had before.

The next five years will likely see this technology become invisible just infrastructure, like the internet itself. You won't think about it. It'll just work. And that's probably the most successful outcome imaginable.

Robinhood Chain: BRIDGING TRADITIONAL FINANCE AND ONCHAIN

Samuel Sceptre — Tue, 14 Jul 2026 11:45:32 +0000

Robinhood, the fintech powerhouse million of funded accounts, is no longer just a traditional brokerage. On July 1, 2026, it launched the public mainnet of Robinhood Chain, an Ethereum Layer 2 (L2) blockchain that aims to bridge the gap between traditional finance and
decentralized finance (DeFi) .

Here is a breakdown of its key features, its unique L2 architecture, its ecosystem, and how it is tackling Real-World Assets (RWA).

Robinhood Chain: An Ecosystem in a Box

The Robinhood Chain ecosystem launched with a robust lineup of infrastructure partners and DeFi protocols, making it functional from day one:

· Core Infrastructure: Built on the Arbitrum Orbit stack, the chain uses ETH for gas and offers 100-millisecond block times. Chainlink serves as the official oracle for data and cross-chain interoperability, with Alchemy and BitGo providing data and custody services.
· DeFi Partners: Uniswap deployed a dedicated Automated Market Maker (AMM) as the public liquidity hub, while Pleiades provides a proprietary trading venue . 1inch and 0x aggregate liquidity across the ecosystem.
· Lending: Robinhood Earn allows US users to lend the USDG stablecoin for an estimated 7% APY via the Morpho protocol, with insurance coverage via Lloyd’s of London.

Why This L2 Is Different

While many L2s focus purely on scaling, Robinhood Chain is defined by its purpose-built design for Real-World Assets (RWA) and its massive distribution advantage.

The primary innovation is the introduction of Stock Tokens—tokenized debt securities tracking major stocks like NVDA, GOOG, and AAPL. Eligible users in over 120 countries can now trade these assets 24/7 via the Robinhood Wallet.

Robinhood Chain is deliberately optimized for regulated tokenized assets. It is not just a tech play but a distribution play, walking its existing user base from traditional brokerage accounts into self-custody and on-chain protocols.

How It Solves the RWA Problem

Tokenized RWA has historically struggled with fragmentation, illiquidity, and a lack of "always-on" markets. Robinhood Chain addresses these issues:

1. 24/7 Market Access: By moving tokenized stocks on-chain, Robinhood eliminates the limitations of traditional market hours. Users can trade around the clock and use these assets as collateral in DeFi lending pools .
2. Aggregated Liquidity: With partners like 1inch, Robinhood Chain tackles the structural fragmentation of RWA liquidity. The aggregator can scan across venues to find the best execution price, preventing traders from hunting for liquidity across isolated silos .
3. Institutional-Grade Infrastructure: The use of Chainlink’s oracles ensures that the pricing of these stock tokens is secure and verifiable, a requirement for regulated and institutional market
participants.

The Numbers So Far: The chain has already processed over $2 billion in RWA transfer volume during its testnet phase. Since mainnet launch, it has amassed nearly $79 million in Total Value Locked (TVL) and processed over $433 million in DEX trading volume in a single day, showcasing immediate demand.

The "Meme Coin" Contradiction

Despite its serious RWA focus, Robinhood Chain has ironically become a "memecoin playground" in its first week, with assets like $CASHCAT seeing significant price action. However, as Robinhood’s CEO noted, the chain works great for memes too. This speculation is arguably a feature, not a bug—it generates the transaction volume, wallet activity, and liquidity needed to seed the network while the institutional RWA infrastructure matures.
I'm not a fan of memecoin it's an extraction machine just focus on the tech (RWA).

Disclaimer: Robinhood Stock Tokens are not available to US persons and are restricted in several jurisdictions, including the UK and Canada.

Metaplex Core Hits 7 Million Assets: The New Standard for Tokenizing Everything on Solana

Samuel Sceptre — Sun, 05 Jul 2026 13:18:47 +0000

In a landmark moment for the Solana ecosystem, Metaplex Core has just blown past 7 million total assets created, following its biggest month ever. This milestone isn't just a number, it's a clear signal that the landscape of digital asset creation is shifting, and Metaplex is at the center of it all.

But what exactly is Metaplex, and why does this matter?

What is Metaplex?

Metaplex is the core infrastructure protocol on Solana that provides the essential tools and standards for creating and managing digital assets.Think of it as the foundational layer that
allows anyone to tokenize almost anything from NFTs and gaming items to real-world assets (RWA) and fungible tokens. The protocol's latest innovation, Metaplex Core, represents a complete reimagining of how NFTs are built on Solana.

The Game-Changing Economics of Metaplex Core

The explosive growth to over 7 million assets isn't an accident. Metaplex Core is designed to solve the biggest problem that previously hindered mass production: cost and complexity.

Up to 80% Cheaper Minting Costs

Unlike older standards that require multiple accounts (mint, metadata, token accounts) to represent a single asset, Core uses a revolutionary single-account design. This slashes minting costs to approximately 0.0029 SOL per asset up to 80% cheaper than the legacy Token
Metadata standard .

Built for Creators and Developers

The standard also features a flexible plugin system that adds custom behaviors like enforced royalties, on-chain attributes, freeze delegates, and more . Metaplex also ensures that creators
get paid through mandatory royalty enforcement, with features like the Royalties plugin applying collection-level payments to every asset in a collection.

Tokenize Everything

The "Tokenize Everything" tagline from Metaplex is becoming a reality. The platform's infrastructure has already facilitated the creation of over 900 million assets and processed $10 billion in transactions.

With the Metaplex Core milestone, we're seeing the next generation of adoption . From memecoins to high-value real-world asset tokenization, Metaplex provides the scalable, low-cost, and developer-friendly infrastructure needed to bring the next wave of users on-chain.

Archer Exchange Surpasses $100 Million in Cumulative Volume in Six Weeks, Cementing Solana’s Spot Trading Dominance

Samuel Sceptre — Thu, 02 Jul 2026 17:32:56 +0000

Archer Exchange, the next-generation decentralized exchange built on Solana, today
announced it has crossed a major milestone; over $100 million in cumulative trading volume within just six weeks of its public launch.

This rapid adoption signals a significant shift in the DeFi landscape. The data confirms two key trends identified by the Archer team: the return of the order book model and the emergence of Solana as the undisputed home for spot trading.

“Hitting $100 million in volume so quickly validates our core thesis,” said a representative from Archer Exchange. “Traders are demanding the efficiency and transparency of central limit order
books without sacrificing self-custody. Solana’s high throughput and low latency make it the perfect environment for this next evolution of DEXs.”

picture from X(formerly twitter)

Archer Exchange distinguishes itself through its innovative “sovereign order book” design, which allows market makers to operate on independent on-chain accounts. This architecture reduces network congestion and optimizes cost efficiency during peak trading periods, with update costs
reduced to approximately 200 compute units . This technological edge is critical in addressing the inefficiencies of traditional Automated Market Makers (AMMs) and is driving the resurgence
of order-book trading on-chain.

“The spot trading revival is happening on Solana, and Archer is at the forefront,” the team added. “We are building the global trading engine for crypto, stocks, and RWAs, and this milestone is just the beginning.”

With a 7-day volume exceeding $37 million and a 24-hour volume of over $3 million, Archer Exchange continues to gain traction as the preferred platform for traders seeking a high-performance, fully on-chain experience .

comprehensive breakdown of consensus mechanisms in blockchain

Samuel Sceptre — Thu, 02 Jul 2026 14:34:41 +0000

The Core Problem: The Double-Spend Dilemma

In a decentralized digital system, there is no central bank to verify that a user isn’t spending the same digital token twice. A consensus mechanism is the "engine" that solves this problem. It is a set of rules that allows a network of anonymous, untrusted computers (nodes) to agree on a single version of the truth (the state of the ledger) .

Major Consensus Models Explained

1. Proof of Work (PoW)
This is the original mechanism used by Bitcoin, often referred to as "mining."

· How it works: Nodes (miners) compete to solve complex mathematical puzzles. The first to solve the puzzle gets the right to add the next block of transactions to the blockchain and
receives a reward .
· Pros: It is highly secure. An attacker would need to control more than 51% of the network's total computing power, which is astronomically expensive.
· Cons: It is notoriously energy-intensive and slow. It relies on specialized hardware (ASICs), which can lead to centralization among those who can afford the best equipment.

2. Proof of Stake (PoS)
This is a more energy-efficient alternative, used by networks like Ethereum (post-Merge),
Solana, and Cardano.

· How it works: Instead of relying on computing power, validators are chosen based on the number of coins they "stake" (lock up as collateral) . The network randomly selects validators to
propose new blocks, and others "attest" to the validity of the blocks. If a validator acts maliciously, they lose their staked coins (a process called slashing).
· Pros: It consumes significantly less electricity and allows for higher throughput (faster transactions). It also reduces the barrier to entry compared to buying expensive mining rigs.
· Cons: Critics argue it can favor the wealthy (the "rich get richer" effect) and that it is relatively newer than PoW, so its long-term security is less battle-tested.

3. Delegated Proof of Stake (DPoS)
This is a variation of PoS where coin holders vote for a limited number of delegates (witnesses) to secure the network .

· How it works: The elected delegates take turns producing blocks. If they fail to perform their duties, they are voted out.
· Pros: It is extremely fast and scalable, often processing thousands of transactions per second.
· Cons: It is more centralized, as the power to produce blocks is concentrated among a small group of elected delegates.

Alternative & Specialized Models

· Proof of Authority (PoA): Relies on a small number of approved validators whose identities are publicly known and reputations are at stake. It is highly efficient but centralized, making it ideal for private or consortium blockchains (like enterprise solutions) rather than public ones .
· Proof of History (PoH): Used by Solana, this isn't a consensus algorithm by itself but a cryptographic clock that timestamps transactions before they are ordered by the main consensus. It creates a historical record proving an event occurred at a specific moment, drastically speeding up the network.
· Practical Byzantine Fault Tolerance (PBFT): Designed to tolerate malicious nodes (Byzantine failures) as long as less than one-third of the nodes are faulty. It is used in permissioned
networks like Hyperledger Fabric.

The "Blockchain Trilemma"

The choice of a consensus mechanism usually involves a trade-off between three properties :

1. Decentralization: Distributing control among many participants.
2. Scalability: The ability to process many transactions quickly.
3. Security: Resistance to attacks.
For example, PoW is highly decentralized and secure but lacks scalability. High-speed DPoS is scalable but sacrifices decentralization. Most modern research is focused on new models that
attempt to solve this trilemma without compromising any of the three pillars.

rETH Demystified: How Rocket Pool Revolutionizes Liquid Staking

Samuel Sceptre — Wed, 01 Jul 2026 14:25:23 +0000

*Ethereum staking has a problem. To run your own validator, you need 32 ETH about $60,000
and serious technical know-how. But centralized exchanges come with counterparty risk, and
many liquid staking protocols are heavily centralized.
Enter rETH, Rocket Pool's liquid staking token. It solves all three issues: low entry barriers,
decentralization, and capital efficiency. Here's how it works under the hood.
*

The Core Mechanism: Deposit, Mint, Earn

When you deposit ETH into Rocket Pool, the protocol pairs your funds with a node operator who
puts up 8 ETH of their own (plus 2.4 ETH worth of RPL collateral). Together, they form a 10 ETH
mini-pool.

In return, you receive rETH—a rebasing token that represents your proportional stake in the
entire Rocket Pool network.

Crucially: rETH does not earn rewards by increasing in quantity. Instead, its value increases
relative to ETH. Over time, as validators collect staking rewards (currently ~3–5% APY), the rETH/ETH exchange rate rises. When you swap rETH back for ETH, you receive more ETH than you originally deposited.

The Decentralization Edge

Rocket Pool stands apart from Lido (stETH) because anyone can become a node operator with
just 8 ETH. There's no whitelist, no corporate gatekeeping, just a permissionless smart contract.

Node operators are incentivized with:

· Commission fees (a cut of staking rewards)
· RPL rewards (inflationary token incentives)
· Collateral penalties (slashed if they misbehave)
This creates a robust, trust-minimized ecosystem where thousands of independent operators
secure the network, not a handful of corporate entities.

How rETH Gets Its Value

The rETH/ETH exchange rate updates automatically with each Ethereum epoch (every 6.4
minutes). The formula is simple:

rETH Value = (Total ETH Staked + Total Rewards) / (Total rETH Supply)

As rewards pour in from Beacon Chain validators, the denominator stays fixed (rETH supply only changes when people mint or burn), so the numerator grows driving the exchange rate
upward.

No rebasing, no complex mechanics. Just clean, mathematical appreciation.

The Redemption Catch (And Why It Matters)

Here's the elephant in the room: rETH currently has no direct 1:1 redemption.

Unlike a stablecoin, you cannot burn rETH with Rocket Pool and instantly receive ETH. Instead, you must sell it on secondary markets like Uniswap or Balancer.

This introduces depeg risk—during market stress, rETH may trade slightly below its true value. However, arbitrageurs and deep liquidity pools (thanks to Curve and Balancer) typically keep
the discount under 0.5%.

Risks You Must Know

· Slashing: If a node operator misbehaves, a portion of their stake (and by
extension, your rETH's backing) gets penalized. Rocket Pool's insurance
mechanisms absorb some losses, but systemic slashing events could
impact rETH value.

· Smart contract risk: Rocket Pool has been audited multiple times, but
code vulnerabilities always carry theoretical risk.

· Exit queue delays: Even post-Sanctuary, direct redemptions will face
Ethereum's validator exit queue which can take days during peak periods.

The Verdict

rETH is the gold standard for decentralized liquid staking. While it lacks direct redemptions today, its permissionless model, robust collateral system, and clean value accrual make it a favorite among DeFi purists.

If you value decentralization over convenience, rETH is hard to beat. Just remember: you're trading direct exits for censorship resistance and network alignment a trade-off many are willing to make.

INFINIT: Democratizing Decentralized Finance Through the Power of AI

Samuel Sceptre — Wed, 01 Jul 2026 14:01:51 +0000

*The cryptocurrency market is buzzing, and INFINIT (IN) is capturing attention. While price action
is exciting, the real story lies in the project's ambitious mission: to tear down the walls of
complexity that have kept everyday users out of decentralized finance (DeFi). *

The Problem: A World of Opportunity, Lost in Complexity

DeFi promises a revolutionary financial system, one that is open, permissionless, and available
to anyone with an internet connection. However, this promise is overshadowed by a brutal
reality: for the average person, DeFi is simply too difficult to use.

Imagine trying to manage your savings across dozens of different banks, each with its own app,
rules, and language, while also needing to understand advanced coding just to move your
money. That's the current DeFi landscape. Users must navigate dozens of blockchains, each
hosting thousands of distinct protocols and tools. The sheer fragmentation presents a significant
barrier to entry for the 80% of people who have experienced the limitations of traditional finance

The core challenges are clear:

· Operational Complexity: Multi-step processes across different wallets and chains are
intimidating.
· Fragmented Information: The best yield opportunities are scattered and difficult to find.
· High Technical Barriers: Creating or even executing complex strategies often requires deep
coding knowledge.

The Solution: Agentic Finance for Everyone

INFINIT was founded to solve this exact problem. Its vision is to build an "agentic" platform
where a swarm of specialized AI agents works in the background to turn complex DeFi
operations into a simple, one-click experience.

Think of it as having a personal team of financial experts who

work 24/7 on your behalf. INFINIT's ecosystem is built around
three core pillars:

The Agent Swarm: Over 28 dedicated AI agents are coordinated to handle everything from researching yields and assessing risk to executing complex, multi-step strategies across different chains.
Natural Language Interface: Instead of learning complex protocol interactions, users can simply type a goal in plain English, such as "loop stablecoin yields 5x across Aave and Compound." The AI understands and executes the request.
One-Click Execution: The platform translates these natural language prompts into a secure, "executable plan." Users can approve a complex strategy with a single click, maintaining full non-custodial control of their assets at all times. This approach is already proving successful. INFINIT has onboarded over 546,000 wallets and processed more than 612,000 on-chain transactions, demonstrating a clear demand for more accessible DeFi tools.

A Mission to Redefine Finance

INFINIT's ambition extends far beyond just simplifying DeFi. Its long-term mission is to become
the universal infrastructure for what it calls "Agentic Finance" . By proving that AI agents can
coordinate complex financial operations in a transparent and automated way, the project is
laying the groundwork to bridge the gap between decentralized finance and traditional finance.
Active discussions are already underway with major fintech players to co-create new agentic
payment solutions, proving that this mission is a tangible reality .
The true value of INFINIT isn't just in its price today; it's in its potential to empower millions of
people to take control of their financial future. By making DeFi as simple as having a
conversation, INFINIT is leading the charge toward a more inclusive and intelligent financial system.

Kraken and maplefinance align to build an onchain facility for crypto-back institutional loans

Samuel Sceptre — Thu, 25 Jun 2026 14:45:22 +0000

Kraken and maplefinance align to build an onchain facility for crypto-back institutional loans

Kraken and Maplefinance have announced that they are building an onchain warehouse facility for crypto backed institutional loans. This move has brought asset-backed finance onchain, closing an institutional-grade warehouse facility for kraken.

Kraken’s OTC clients access liquidity against their digital asset holdings, maple lenders can access senior overcollateralized credit opportunities.

Maplefinance made it known through their official X(formerly twitter) handle on June 25th.

From @X

The move aim to bridging traditional finance and onchain infrastructure together, bringing more opportunities to both sector and more liquidity to digital world. Asset-backed finance is the real economy, undepinning traditional assets such as auto loans, mortagages, consumer credit. It hasn’t existed onchain. Until now. Fully transparent, verifiable in real time.

This is how financial infrastructure evolves: broader access, greater efficiency and stronger capital efficiency.

Maplefinance is an institutional lending platform that connect business in need of loans with investors seeking returns through decentralized finance(DeFi). It primarily operates in Ethereum blockchain.

Kraken is a US based cryptocurrency exchange that allows users to buy and sell various cryptocurrencies and tokenized equities.

“The infrastructure that powers a multi-trillion dollar ABS market in traditional finance has never existed onchain, until now,” said Sidney Powell, CEO and Co-Founder, Maple.
_“This facility applies that model to digital asset collateral in a fully onchain environment, with the structural protections institutions actually are.” _

“Our clients want the same capital formation tools that have powered traditional credit markets for decades,” said Arjun Sethi, Co-CEO of Kraken. “This facility enables institutions and crypto holders to access liquidity without selling their digital assets, creating new ways for digital assets to be used within the financial system. By bringing proven credit infrastructure to onchain finance, we can improve capital efficiency, expand access holders seeking financing for everyday needs and larger investment opportunities alike.”

Bringing structured credit onchain
Warehouse financing has been foundational to capital markets for decades. This facility demonstrates that its core structural protections bankruptcy remoteness, senior subordination, independent administration can be delivered fully onchain environment, and establishes a repeatable template for additional originators. The facility also opens up avenues for digital asset holders to access funding at scale through an institutional structured facility.

Toss Bank and Solana Foundation Forge Landmark partnership for blockchain remittance

Samuel Sceptre — Mon, 22 Jun 2026 11:22:27 +0000

South Korea’s internet-only bank signs strategic MOU with Solana to pilot stablecoin-based overseas transfer, aiming to blend traditional finance with Defi efficiency

Toss Bank joined hands with the Solana Foundation to embark on blockchain based global remittance infrastructure. It plans to verify whether stablecoins can be used in overseas remittance and later expand cooperation to the next generation financial service such as payment and digital assets.

Toss Bank said on June 22nd it signed a strategic memorandum of understanding with the Solana Foundation on cooperation for “blockchain based next generation financial infrastructure” at Toss’Sinnonhyeon office in Seocho-dong, Seoul, June 19th.

This partnership was confirmed by the Solana Foundation through their post on X(formerly twitter) on June 22nd which they made known to their users.

Post from Solana official X handle @X

The partnership is the first one-to-one strategic cooperation agreement directly signed between a South Korean internet-only bank and Solana foundation.

Toss Bank plans to verify whether blockchain can be applied to existing financial services using the Solana.
Toss Bank plans to review the feasibility of applying blockchain infrastructure across areas including payments, digital assets and tokenised assets, starting with oversea remittances, while responding to domestic moves to legislate stablecoin-related rules.

“The cooperation was a starting point for gradually applying a blockchain-based digital financial infrastructure to the financial services it is already operating. He said the bank will work with Solana to verify the possibility of enabling experiences in global digital finance.”
Said Park Jin-hyeon, head of strategy at Toss Bank.

Lily Liu, chair of the solana foundation, said she expects it to serve as an opportunity to create a new standard for a faster and smoother global remittance experience by combining the trust of traditional finance with the efficiency of blockchain.

LAYER 2 SOLUTIONS IN BLOCKCHAIN

Samuel Sceptre — Mon, 15 Jun 2026 22:56:10 +0000

The Core Problem: The Blockchain Trilemma

To understand Layer 2, you first need to the problem it solves. Main blockchains(layer 1s like Bitcoin and Ethereum) face the Scalability Trilemma. They can only provide two of the three properties at once:

Security: The network is decentralized and resistant to attacks.
Scalability: The network can process a high volume of transactions quickly and cheaply.
Decentralization: The network is run by many independent participant, not by few centralized entities.

Layer blockchain prioritize security and decentralization. As a result scalability suffers. Transactions are slow and become expensive when network is congested

What is Layer2(L2)

Layer2 is the collective term for a set of off-chain solutions built on top of a layer1 blockchain(the "base layer").

How it works: L2s process transactions outside the main chain, bundling thousands of them together. They then send a single, compressed summary of those transactions back to the layer 1 blockchain for final settlement and security.
The result: Dramatically higher transactions per second, near-zero fees, while inheriting the underlying security of the layer 1.

Keys benefits of layer 2

Scalability:Increases transaction per second from 15 TPS to thousands or even millons.
Low fees: Gas fees are reduced by 90-99% compared to layer 1.
Security: Inherits the final security from underlying layer 1.
Composability: L2s can often interact with L1 smart contracts and other L2s.
User experience: Enables near-instant finality for many use cases like gaming or micropayments.

Major types of Layer2 solutions

There are so many distinct approaches. Here are the most important ones:

1. Rollups(Most popular and promising)

Rollups execute transactions off-chain and then post transaction data(or proofs) to layer 1. They are the leading technology for Ethereum. There are two main types:

Optimistic Rollups(e.g., Arbitrum, base, optimism)
How it works: Assumes all transactions are valid by default("optimistically"). It posts compressed transaction data to L1. A challenge(e.g., 7 days) allows anyone to submit a "fraud proof" to dispute a transaction. If fraud is detected, the rollup reverts the incorrect transactions and penalizes the actor.
Zero-Knowledge Rollups(ZK-Rollups)(e.g., zkSync, StarkNet, Polygon zkEVM)
How it works: Uses cryptographic proofs called ZK-STARKs. After processing batches off-chain, it generates a tiny proof that validates all transactions. The L1 contract verifies this one proof and instant finalizes the entire batch.

2. State Channels(e.g., Bitcoin Lightening Network, Ethereum Raiden)

The original L2 concept,

How it works: Two or more parties lock funds in a multi-signature smart contract on L1. They then transact privately and instantly off-chain by signing and exchanging state updates. When done, the final state is submitted to L1 to settle the net balance.

3. Plasma(e.g., OMG Network, early polygon)

An older framework that creates child blockchains anchored to the main chain.

How it works: A Merkle tree of transactions is submitted to L1. If fraud occurs, users must exit within a challenge period. Major flaw: Mass exit problem(if the operator is malicious, all users must exit at once, flooding L1).

4. Validium(e.g., StarkEx, Immutable x)

A hybrid approach similar to ZK-Rollups, but with a key difference.

How it works: Transactions are validated using ZK-proofs, but the data is kept off-chain(not posted to L1). A committee of validators or a data availability committee(DAC) stores the data.

Real World Examples

Ethereum L2 Ecosystem: Most vibrant. Arbitrum and Optimism host top defi protocols(Uniswap, Aave). zkSync Era offers fast, cheap payments
Bitcoin L2: Primarily lightening network for fast, low-cost Bitcoin payments.
Polygon: A full suite: PoS(sidechain), zkevm(zk-rollup), and nightfall(optimistic rollup for privacy).

Risk and LImitations

Bridge Security: Moving funds between L1 and L2 requires a bridge, a common attack vector.
Liquidity Fragmentation: Value is split across many L2s, making cross-L2 transfer difficult.
Sequencer Centralization: Most rollups use a single sequencer to order transactions(though they plan to decentralize).
User experience: Bridging, managing different gas tokens, and understanding withdrawal times can be complex.

In the future layer 1 becomes a secure, data availability settlement layer, while virtually all activity will happen on layer 2.

WHAT HAPPENS WHEN AI+REAL WORLD ASSET TOKENIZATION IN BLOCKCHAIN IS UTILIZED?

Samuel Sceptre — Sat, 13 Jun 2026 21:48:36 +0000

Core Concept: The problem AI+RWAs Solve

RWAs(real estate, commodities, art, private credit, supply chain inventory)are traditionally illiquid, fragmented, and opaque. Valuation is slow, legal transfer is costly, and data is siloed.

AI solves three key bottlenecks#:

Dynamic Valuation-instead of annual appraisals.
Automated Compliance & Verification- reducing legal overhead.
Intelligent Matching & Workflow- from asset tokenization to settlement.

When combined with blockchain-based RWA tokenization, AI acts as the automated brain that makes physical assets behave like programmable, data-driven digital assets

Core ways AI Utilizes and Enhances RWAs

Asset Discovery, Origination, and Tokenization

AI agents and models streamline identifying and onboarding assets. Machine learning analyzes vast datasets(market trends, property records, financials) to spot high-potential assets for tokenization.
Automation of Legal and Compliance: AI handles due diligence, KYC/AML checks, smart contract generation, and regulatory compliance. Platforms use AI for structuring deals and deploying tokens efficiently.

Smart Contract & Oracle Raw blockchain oracle (like chainlink) provide static price feeds. AI-enhanced oracles are predictive and adaptive.

conditional token logic: Smart contracts embed AI model outputs. E.g., "if AI weather model predicts a drought >30 days, automatically reduce the yield-bearing token distribution for that agricultural land".
Anomaly Detection in Oracles:AI monitors multiple data streams(IoT, API, manual reports).if one systems deviates the system cross-validates and either rejects the data or triggers a human-in the-loop review before oracle update the token price.
Automated Insurance Payouts: For tokenized shipping containers, AI analyzes voyage risk. If a delay exceeds the AI's predicted threshold, a parametric insurance contract is auto-executed, paying token holders without claims paperwork.

Risk Management & Compliance:

AI excels at predictive analytics:modelling interconnected risks(market, credit, geopolitical, climate) in real time. It can flag anomalies, simulate scenarios, and adjust parameters dynamically.
**Regulatory Tech(RegTech): AI automates ongoing compliance monitoring, reporting, and auditing, crucial for bridging TradFi and DeFi. Autonomous agents ensure adherence to varying global regulations.

Liquidity and Market Making

AI improves secondary market liquidity by powering automated market makers(AMMs), predicted liquidity routing, and matching buyers/sellers. it surfaces market intelligence and early signals.
Tokenized RWAs can serve as collateral in DeFi, with AI optimizing borrowing/lending terms.

Operational Efficiency and maintenance Many RWAs require physical upkeep-- AI coordinates toke holders with service providers.

Key challenges and risks

Regulatory hurdles
Data quality and oracles
Technical
Adoption
Ethical/privacy