Crypt

I break things & document insights

[Crypt @cryptartisan]

@samconnerone

[Crypt @cryptartisan]

Introducing invoice financing marketplace on @arc

Businesses across the world issue invoices and wait for a long time to get paid. During that wait, their cash flow is frozen. Banks offer financing but the process takes long, costs high fees, and involves paperwork that most small businesses cannot handle. The system can be replaced with smart contracts that settle in under one second.

This product i built is called Arc Invoice Desk. A seller uploads an unpaid invoice. It gets minted as an ERC-721 NFT on Arc Network, with the invoice document stored on IPFS and its SHA-256 hash locked permanently onchain. A 24 hour Dutch auction opens. Lenders deposit USDC and compete by offering discount rates. The seller receives a USDC advance immediately when the auction clears. When the invoice is due and the buyer pays, the payment is converted atomically to USDC and distributed to lenders with their yield.

Every single feature of Arc Invoice Desk only works because of something specific that Arc provides.

The auction uses Arc's opt-in privacy to shield bid amounts. On any public blockchain, every bid is visible the moment it is submitted. Competing lenders can see your discount rate and undercut you by a fraction. The auction collapses into a race to the bottom. Arc lets lenders commit a cryptographic hash of their bid during the auction window. No one sees the actual rate. When the auction closes, bids are revealed and the lowest rate wins. This is the only way to run a fair Dutch auction on a public blockchain.

Settlement uses Circle StableFX, which Arc has integrated natively. A buyer in Germany can pay in EURC. A lender in France receives USDC. The conversion happens atomically in a single transaction on Arc. There is no intermediate step, no slippage risk, no counterparty exposure. Lenders never touch foreign currency. This works because Arc has sub-second finality through Malachite BFT consensus. On a chain with 12 second blocks, an atomic multi-step swap has a window where it can fail. Arc eliminates that window entirely.

Lenders deposit using Circle CCTP, which Arc supports natively. A lender can bring USDC from any supported chain directly into the Arc lending pool without manually bridging or switching wallets. Circle handles the cross-chain message and attestation. The funds arrive on Arc within minutes. This is what makes it practical for institutional capital to participate. Without this, most lenders would never bridge manually just to bid on one invoice.

Code Repo: https://t.co/W9sUkO0E0J

Faucet: https://t.co/97rxWxZ1xA

Live: https://t.co/Ee0bBPzrp8

[Crypt @cryptartisan]

@OpenGradient ProofGraph

[Crypt @cryptartisan]

I built something on @OpenGradient it's called ProofGraph, a verifiable intelligence graph where every answer is cryptographically proven on the OpenGradient blockchain.

Here's how it works, you ask any question, proofgraph fires 3 reasoning nodes in parallel inside OpenGradient's TEE, each one approaching the problem from a completely different angle. Core Analysis breaks down how something works technically. Evidence and Context brings the real world facts and comparisons. Key Takeaways gives the practical implications. Each of these three nodes runs simultaneously inside a hardware sealed AWS Nitro Enclave, gets paid for autonomously via x402 in OPG on Base Sepolia, and produces its own transaction hash on Nova Testnet. Once all three complete, a fourth node the Synthesis takes all three outputs and combines them into one final verified answer. That is 4 TEE inference calls, 4 transaction hashes and 4 nodes on the graph per query.

Every node appears on the graph as it completes. Every node is clickable and links directly to https://t.co/m6nKzdhV22 where anyone can verify the proof independently.

The graph grows over time and new questions find and cite verified nodes from previous sessions so knowledge compounds.

What is running underneath all of this: TEE inference via og.LLM so every node is hardware proven. x402 embedded directly inside the TEE so each node pays for itself. Digital Twin routing so each reasoning task goes to the most relevant specialist persona from Twinfun. MemSync storing completed sessions as persistent memory. Every proof hash settling publicly on OpenGradient's Nova Testnet.

Note: Base Sepolia ETH: https://t.co/ThIfXTUJ5Q… and OPG on Base Sepolia: https://t.co/2t07EFYWW3 are needed for testing.

Live: https://t.co/yJKqaSoLzJ
Code Repo: https://t.co/G5nRa2ZGZC

[Crypt @cryptartisan]

@silencexlm All set

[Crypt @cryptartisan]

@samconnerone I will be there

[Crypt @cryptartisan]

Introducing invoice financing marketplace on @arc

Businesses across the world issue invoices and wait for a long time to get paid. During that wait, their cash flow is frozen. Banks offer financing but the process takes long, costs high fees, and involves paperwork that most small businesses cannot handle. The system can be replaced with smart contracts that settle in under one second.

This product i built is called Arc Invoice Desk. A seller uploads an unpaid invoice. It gets minted as an ERC-721 NFT on Arc Network, with the invoice document stored on IPFS and its SHA-256 hash locked permanently onchain. A 24 hour Dutch auction opens. Lenders deposit USDC and compete by offering discount rates. The seller receives a USDC advance immediately when the auction clears. When the invoice is due and the buyer pays, the payment is converted atomically to USDC and distributed to lenders with their yield.

Every single feature of Arc Invoice Desk only works because of something specific that Arc provides.

The auction uses Arc's opt-in privacy to shield bid amounts. On any public blockchain, every bid is visible the moment it is submitted. Competing lenders can see your discount rate and undercut you by a fraction. The auction collapses into a race to the bottom. Arc lets lenders commit a cryptographic hash of their bid during the auction window. No one sees the actual rate. When the auction closes, bids are revealed and the lowest rate wins. This is the only way to run a fair Dutch auction on a public blockchain.

Settlement uses Circle StableFX, which Arc has integrated natively. A buyer in Germany can pay in EURC. A lender in France receives USDC. The conversion happens atomically in a single transaction on Arc. There is no intermediate step, no slippage risk, no counterparty exposure. Lenders never touch foreign currency. This works because Arc has sub-second finality through Malachite BFT consensus. On a chain with 12 second blocks, an atomic multi-step swap has a window where it can fail. Arc eliminates that window entirely.

Lenders deposit using Circle CCTP, which Arc supports natively. A lender can bring USDC from any supported chain directly into the Arc lending pool without manually bridging or switching wallets. Circle handles the cross-chain message and attestation. The funds arrive on Arc within minutes. This is what makes it practical for institutional capital to participate. Without this, most lenders would never bridge manually just to bid on one invoice.

Code Repo: https://t.co/W9sUkO0E0J

Faucet: https://t.co/97rxWxZ1xA

Live: https://t.co/Ee0bBPzrp8

[Crypt @cryptartisan]

I built a tool for the @getoro_xyz community called the Data Worth Calculator. You answer questions about the apps on your phone and it tells you the estimate of how much money Big Tech made from your data. The numbers are pulled directly from full year public filings, the most recent annual data available 2025/2026. (https://t.co/ZOvV7PyxT4)

This is exactly what you need to understand as we are looking forward to ORO AI Season 2

Instead of corporations extracting your data and keeping every dollar, ORO lets you contribute your data on your own terms and earn ORO Points for it, everything verified and recorded transparently on chain so no single company controls your payout. The technology uses zkTLS and Trusted Execution Environments meaning your private information is never exposed in the process.

Go try the calculator, see your personal number, share your result, then go straight to open ORO app and register. Your data has been working hard for everyone else for years. Season 2 is your chance to finally be on the right side of that equation.

Calculator: https://t.co/mCqtwcU0Vu

[Crypt @cryptartisan]

Why @GenLayer uses Python for Intelligent Contracts, here’s the answer.

Solidity is powerful for deterministic execution, but the world isn't deterministic.

Real disputes involve natural language. Real data is unstructured. Real decisions require context, nuance, and judgment not just boolean logic.

Intelligent Contracts are different:

- Written in Python (the language of AI and data science)

- Can read live web data directly, no oracles needed

- Interpret natural language instructions natively

- Reason about ambiguous terms like "satisfactory delivery" or "force majeure"

- Execute, enforce, and settle all onchain

Greyboxing keeps the AI execution sandboxed, Optimistic Democracy keeps the consensus decentralized and validators running diverse LLMs keep it honest.

This is what self executing contracts were always supposed to mean.

Resources: docs.genlayer(.)com

Get started: https://t.co/eTdreb3CxK

[Crypt @cryptartisan]

I built a tool for the @getoro_xyz community called the Data Worth Calculator. You answer questions about the apps on your phone and it tells you the estimate of how much money Big Tech made from your data. The numbers are pulled directly from full year public filings, the most recent annual data available 2025/2026. (https://t.co/ZOvV7PyxT4)

This is exactly what you need to understand as we are looking forward to ORO AI Season 2

Instead of corporations extracting your data and keeping every dollar, ORO lets you contribute your data on your own terms and earn ORO Points for it, everything verified and recorded transparently on chain so no single company controls your payout. The technology uses zkTLS and Trusted Execution Environments meaning your private information is never exposed in the process.

Go try the calculator, see your personal number, share your result, then go straight to open ORO app and register. Your data has been working hard for everyone else for years. Season 2 is your chance to finally be on the right side of that equation.

Calculator: https://t.co/mCqtwcU0Vu

[Crypt @cryptartisan]

Why @GenLayer uses Python for Intelligent Contracts, here’s the answer.

Solidity is powerful for deterministic execution, but the world isn't deterministic.

Real disputes involve natural language. Real data is unstructured. Real decisions require context, nuance, and judgment not just boolean logic.

Intelligent Contracts are different:

- Written in Python (the language of AI and data science)

- Can read live web data directly, no oracles needed

- Interpret natural language instructions natively

- Reason about ambiguous terms like "satisfactory delivery" or "force majeure"

- Execute, enforce, and settle all onchain

Greyboxing keeps the AI execution sandboxed, Optimistic Democracy keeps the consensus decentralized and validators running diverse LLMs keep it honest.

This is what self executing contracts were always supposed to mean.

Resources: docs.genlayer(.)com

Get started: https://t.co/eTdreb3CxK

[Crypt @cryptartisan]

The Bradbury Testnet is live and represents a key milestone for @GenLayer

This network allows developers, validators, and researchers to experiment with Intelligent Contracts, AI validators, and consensus mechanisms under real network conditions.

It provides an environment where the community can explore how decentralized AI validation works in practice.

Testnets are often viewed as technical steps in a roadmap, but Bradbury represents the first opportunity to experience how AI native blockchain infrastructure behaves in a live ecosystem.

Get started: https://t.co/j9Law5TaP6

[Crypt @cryptartisan]

@Mikee2r @OpenGradient good tek

[Crypt @cryptartisan]

I built something on @OpenGradient it's called ProofGraph, a verifiable intelligence graph where every answer is cryptographically proven on the OpenGradient blockchain.

Here's how it works, you ask any question, proofgraph fires 3 reasoning nodes in parallel inside OpenGradient's TEE, each one approaching the problem from a completely different angle. Core Analysis breaks down how something works technically. Evidence and Context brings the real world facts and comparisons. Key Takeaways gives the practical implications. Each of these three nodes runs simultaneously inside a hardware sealed AWS Nitro Enclave, gets paid for autonomously via x402 in OPG on Base Sepolia, and produces its own transaction hash on Nova Testnet. Once all three complete, a fourth node the Synthesis takes all three outputs and combines them into one final verified answer. That is 4 TEE inference calls, 4 transaction hashes and 4 nodes on the graph per query.

Every node appears on the graph as it completes. Every node is clickable and links directly to https://t.co/m6nKzdhV22 where anyone can verify the proof independently.

The graph grows over time and new questions find and cite verified nodes from previous sessions so knowledge compounds.

What is running underneath all of this: TEE inference via og.LLM so every node is hardware proven. x402 embedded directly inside the TEE so each node pays for itself. Digital Twin routing so each reasoning task goes to the most relevant specialist persona from Twinfun. MemSync storing completed sessions as persistent memory. Every proof hash settling publicly on OpenGradient's Nova Testnet.

Note: Base Sepolia ETH: https://t.co/ThIfXTUJ5Q… and OPG on Base Sepolia: https://t.co/2t07EFYWW3 are needed for testing.

Live: https://t.co/yJKqaSoLzJ
Code Repo: https://t.co/G5nRa2ZGZC

[Crypt @cryptartisan]

@0x_Brave @OpenGradient breaks things on proofgraph

[Crypt @cryptartisan]

@RaeBitWhiz @OpenGradient gai mate 🫡

[Crypt @cryptartisan]

@AleeyahSamrat @OpenGradient Thanks mate, gai

[Crypt @cryptartisan]

I built something on @OpenGradient it's called ProofGraph, a verifiable intelligence graph where every answer is cryptographically proven on the OpenGradient blockchain.

Here's how it works, you ask any question, proofgraph fires 3 reasoning nodes in parallel inside OpenGradient's TEE, each one approaching the problem from a completely different angle. Core Analysis breaks down how something works technically. Evidence and Context brings the real world facts and comparisons. Key Takeaways gives the practical implications. Each of these three nodes runs simultaneously inside a hardware sealed AWS Nitro Enclave, gets paid for autonomously via x402 in OPG on Base Sepolia, and produces its own transaction hash on Nova Testnet. Once all three complete, a fourth node the Synthesis takes all three outputs and combines them into one final verified answer. That is 4 TEE inference calls, 4 transaction hashes and 4 nodes on the graph per query.

Every node appears on the graph as it completes. Every node is clickable and links directly to https://t.co/m6nKzdhV22 where anyone can verify the proof independently.

The graph grows over time and new questions find and cite verified nodes from previous sessions so knowledge compounds.

What is running underneath all of this: TEE inference via og.LLM so every node is hardware proven. x402 embedded directly inside the TEE so each node pays for itself. Digital Twin routing so each reasoning task goes to the most relevant specialist persona from Twinfun. MemSync storing completed sessions as persistent memory. Every proof hash settling publicly on OpenGradient's Nova Testnet.

Note: Base Sepolia ETH: https://t.co/ThIfXTUJ5Q… and OPG on Base Sepolia: https://t.co/2t07EFYWW3 are needed for testing.

Live: https://t.co/yJKqaSoLzJ
Code Repo: https://t.co/G5nRa2ZGZC

[Crypt @cryptartisan]

@GenLayer @dantis__ Validators love genlayer’s tech

[Crypt @cryptartisan]

The Bradbury Testnet is live and represents a key milestone for @GenLayer

This network allows developers, validators, and researchers to experiment with Intelligent Contracts, AI validators, and consensus mechanisms under real network conditions.

It provides an environment where the community can explore how decentralized AI validation works in practice.

Testnets are often viewed as technical steps in a roadmap, but Bradbury represents the first opportunity to experience how AI native blockchain infrastructure behaves in a live ecosystem.

Get started: https://t.co/j9Law5TaP6

[Crypt @cryptartisan]

5/ ORO can securely bridge private human data and AI systems, solving AI data bottleneck is about ensuring data authenticity, privacy integrity, scalability, and developer usability at the same time.

[Crypt @cryptartisan]

AI models have improved dramatically over the past few years, but one constraint is becoming increasingly visible with high quality training data is finite. Public web data has been heavily scraped, filtered, and reused across multiple model generations.

@getoro_xyz 🧵

[Crypt @cryptartisan]

4/ Instead of scraping public content, the proposed model shifts toward consented contribution + cryptographic validation + controlled signal extraction. In theory, that unlocks higher fidelity data without centralizing raw user information.