A central bank in the Middle East just scheduled a demo with @KnightIntelco after watching my Asia Tech Podcast interview. We're only getting started. I love proving mfers who doubt my vision wrong.

Excited to lock-in with @RobinhoodCrypto and @arbitrum 🫡🔥

When we started building @KnightIntelco, our go-to-market strategy was primarily focused on banks. More recently, we've also begun seeing interest from governments. In fact, one of our early partners provides identity verification and KYC solutions to a government in Asia. Our goal at Knight is to help financial institutions and governments identify risks before it's too late. The bigger picture has always been the same: building better financial intelligence across institutions, systems, and borders. ♞💚

A snippet of our interview is now available to watch on Asia Tech Podcast’s LinkedIn page! 🎙️♞💚 Watch here: lnkd.in/p/gpmnjuCT

Thank you! I promise to do my best to update and share the journey with $Knight Cavalry! We are in this quest (indeed) together. 🫡🐎

I stand beside you all. We built this community organically, and we'll continue to lead with conviction, integrity, and purpose. ♞💚 Solidarity with $Knight Cavalry. 🐎

Now that we have learned about the stablecoin sandwich, how it works, and why blockchain is only one component of cross-border payments, let's take our little finance class one step further. 😂 We've figured out how to make money programmable. Now we need to figure out how to make the information supporting financial trust and authorization machine-readable, too. 1. From Traditional Banking to Shared Ledgers For decades, cross-border payments have relied on fragmented banking systems, correspondent banks, and institutions constantly reconciling transactions. The traditional model looks something like this: Sending Bank → Correspondent Bank → Settlement → Receiving Bank Every additional intermediary can introduce: ☑️ Settlement delays ☑️ Reconciliation costs ☑️ Trapped liquidity ☑️ Operational and compliance complexity Now, SWIFT is developing blockchain-based shared ledger infrastructure to help participating banks coordinate tokenized transactions. Instead of relying entirely on separate records and constant reconciliation, institutions could coordinate around a synchronized transaction state. Same financial institutions. A different way of coordinating transactions. And this is important because infrastructure determines what's possible. The internet enabled social media. Cloud computing helped scale AI. Shared financial infrastructure could enable a new generation of programmable financial applications. 2. Why Does This Matter? Three potential benefits: ✅ Enhanced Liquidity Efficiency — Less reliance on pre-funded accounts and better capital allocation. ✅ Improved Cash Visibility — Greater transparency into payment and settlement status. ✅ Seamless Token Recognition — Easier interoperability between eligible tokenized assets and participating financial systems. But here's what I think people are missing. Better payments are only the first-order benefit. The bigger opportunity is what gets built on top of this infrastructure. 3. Welcome to Programmable Finance ➡️ Programmable Money Imagine money that can execute transactions based on predefined conditions. A supplier gets paid automatically once delivery is verified. A company's treasury reallocates funds according to approved policies. Money doesn't just move. The process becomes programmable. ➡️ Agentic Commerce Now introduce AI. Imagine AI agents that can: - Negotiate purchases - Manage treasury operations - Execute authorized payments - Coordinate financial transactions Sounds convenient, right? But wait. 😂 4. Here's the Next Bottleneck: Programmable Trust Let's say an AI agent wants to send $500,000 on behalf of a company. The blockchain is ready. The money is available. The transaction could settle in seconds. But who gave that AI agent permission to move the money? And how does the receiving bank know? Now we're asking completely different questions: - Can an AI agent legally execute a payment? - Can a wallet prove it represents a regulated institution? - Can compliance evidence be verified before execution? - Can financial identity travel across borders? - Can trust-related information become machine-readable? We've figured out how to make money programmable. Now we need to make the evidence supporting financial trust and authorization programmable, too. 5. And This Is Where Knight Comes In. ♞ At @KnightIntelco, we're building an AI-native trust intelligence and coordination layer for cross-border finance. Not another payment rail. Not a replacement for banks or SWIFT. We're working on the intelligence layer that helps financial institutions understand and evaluate the people, businesses, wallets, and eventually AI agents interacting with their systems. Our vision focuses on three areas: → Programmable Identity Making identity and authorization evidence more portable and verifiable. → Programmable Compliance Helping institutions coordinate compliance information across systems and jurisdictions. → Programmable Trust Making financial context and supporting evidence machine-readable so institutions can make better-informed decisions. And no, programmable trust doesn't mean one universal trust score deciding everyone's financial future. Banks still have their own regulations, risk models, and decision-making responsibilities. The goal is to make the information supporting those decisions interoperable. The Bigger Picture 🌐 Stablecoins are improving how value moves. Shared ledgers could improve how institutions coordinate settlement. Programmable money could automate financial operations. AI agents could increasingly execute those operations. But who verifies the humans, businesses, and machines behind them? That's the next infrastructure challenge. We've spent decades figuring out how to move money across borders. Now we're figuring out how to make money programmable. The next race is making financial trust interoperable, verifiable, and machine-readable. That's the layer we're building at Knight. Global finance is borderless. Trust is not. ♞

Don't panic, it's our team - we are working with @dexscreener to update $Knight token's detail and links. it's all good!

@KnightIntelco will become the backbone of global financial intelligence. ♞🌐

As tokenized assets become integrated with traditional banking systems, the relevant customer information won't necessarily originate onchain. A tokenized asset may be on a blockchain, while the participant's income, financial history, business records, and institutional relationships remain in conventional systems. That creates a potential need for infrastructure capable of interpreting both environments. We built the intelligence tech for it @KnightIntelco

Read my latest tweet about Stablecoin Sandwich and why this will unlock the next friction in finance: programmable trust 🥪 xitter.cf/BennyInHerBag/status/2…