Upoch

The demo is live. Watch the walkthrough of Upoch securing autonomous AI agents on the Robinhood Chain mainnet.  See how the decentralized checkpoint and recovery protocol captures tamper-proof save points, protects off-chain state integrity, and enables trusted guardians to execute safe rollbacks without repeating confirmed actions.  Explore the live protocol and launch console at upoch.tech. 0xdafaa1ed0b9f5746a0cfa2be80371cf06a986977

Upoch Guard now works with Python. pip install upoch Any Python agent can save verifiable checkpoints on Robinhood Chain, recover after a crash, and roll back to the step before a bad trade. And it remembers what it already did, so it won't repeat a swap after a restart. LangChain / LangGraph in Python is one line: callbacks=[UpochCallbackHandler()] Tested live on mainnet. upoch.tech/docs/python

ElizaOS was step one. Now Upoch Guard works with LangChain and MCP too. LangChain / LangGraph: add one callback and every swap or transfer your agent makes gets a checkpoint, before and after it runs. Claude Code, Cursor, Codex: run claude mcp add upoch -- upoch mcp. Your agent can now save its progress, recover after a crash, and roll back to the step before a bad trade. Every checkpoint is verified on Robinhood Chain and opens in the debugger. Setup: npm i -g @upoch/guard && upoch setup upoch.tech/docs/mcp upoch.tech/docs/langchain

The Upoch ElizaOS plugin is live. One line in your character and your agent gets a checkpoint on Robinhood Chain before and after every swap, transfer or trade. No code changes. Agent crashes? It comes back from its last good state. Bad trade? Tell it "roll back" and it goes back to right before the swap and keeps going. It also knows that trade still happened on-chain, so it doesn't get confused. We tested it live on mainnet before shipping: good swap, bad swap, rollback, restart. Every checkpoint verified. npm install @upoch/plugin-elizaos Setup takes one command: upoch setup Docs: upoch.tech/docs/elizaos

Right now you need our SDK to protect an agent with Upoch. We're changing that. We're building plugins for ElizaOS, LangChain and MCP, so if your agent already runs on one of those, adding Upoch will take one line. Your agent crashes, gets a bad prompt or makes a weird trade? You roll it back to the last good checkpoint and keep going. ElizaOS comes first. More soon. upoch.tech/

Good morning. Back on the desk, it's time to build. Huge thanks to everyone showing support and placing their trust in us. Back to shipping.

When an agent goes wrong at 3am, recovery shouldn't wait on a group chat. Guardian dispatch (Tier 2) shows exactly who has approved an open recovery, how many approvals are missing, how long is left, and a ready message with the approval link for each guardian. And don't trust us, verify: • Protocol and staking contracts verified on Sourcify (exact match) • No admin keys on either • Live numbers read straight from the contract on upoch.tech upoch.tech/security

You found the bug in the sandbox. Now what? Upoch closes the loop: • "Propose rollback to #N" opens a recovery for that checkpoint • Guardians approve, and the timelock protects the owner • Your agent resumes from your edited state: const draft = readForkDraft(file, { chainId, ledger, workflowId }); The SDK refuses a draft for another workflow, or one whose state was tampered with. npm install @upoch/sdk upoch.tech/docs/debugger

AI Security Review is now live in the Upoch debugger. Tier 2 stakers can send any checkpoint they open to Claude for a deep security review: leaked credentials, prompt injection hidden in tool outputs, unlimited approvals, odd recipients, and actions that could repeat on recovery. Every finding comes with its exact location in the agent's state and a suggested fix. Your choice, every time: the review runs only after you tick consent, and Upoch doesn't store or log the checkpoint. The rule-based scan still runs entirely in your browser. upoch.tech/app/staking

The Utility of $UPOCH Token utility is the operational backbone of autonomous agent infrastructure on Robinhood Chain, not an afterthought. $UPOCH functions as the strict access-gated utility key that powers our entire debugging and diagnostic suite. Here is how the token model is structured: Free Tier: Basic verification and checkpoint tree visibility. Tier 1 (1M $Upoch held): Unlocks core developer tooling. Tier 2 (10M $Upoch staked): Unlocks automated security scans and batch simulations across up to 1,000 scenarios. The staking contract is engineered purely for utility with zero inflationary rewards, zero admin keys, a 7-day withdrawal cooldown, and complete source verification on Sourcify. upoch.tech/docs

DMs are open. Have questions about integrations, agent workflows or feature suggestions. Drop us a message, our team is here to help.

The Complete Upoch Suite Is Fully Live on Mainnet Building autonomous AI agents on-chain no longer means flying blind. The entire Upoch Time Travel Debugger and agent diagnostic suite is officially shipped on Robinhood Chain. Here is everything now live in production: Rewindable Memory: Encrypted IPFS checkpoints fingerprinted on-chain so agents recover instantly after a crash. State Inspector: Inspect internal memory states right in your browser with zero private key exposure. Interactive Sandbox: Fork historical checkpoints, test patched code, and submit one-click on-chain rollback proposals. Security Scans: Client-side audits for leaked keys, prompt injections, and unsafe approvals. Staking Tiers: Tier 1 (1M Upoch held) and Tier 2 (10MUpoch staked) unlocking batch simulations and advanced utilities with zero rewards and zero admin keys. Watch the full walkthrough in the demo video below. Explore now: upoch.tech

Good morning. Building infrastructure from scratch is a grind, and the initial traction is never handed to you. But that’s exactly why we’re here. We’re putting our heads down, grinding hard, and pushing this to the absolute max today. Whatever it takes to get this tooling in front of the right builders and make Upoch the undisputed standard for on-chain AI agents, we are doing it. Back to work. Let’s ship. upoch.tech

Upoch Staking and the Interactive Sandbox Are Live on Mainnet We just deployed the economic and computational backbone of Upoch. Staking, access tiers, and the Interactive Sandbox are officially live on Robinhood Chain. Our utility structure is built for serious builders: Free: Checkpoint trees and verification. Tier 1 (1M $Upoch held): Unlocks core developer tooling. Tier 2 (10M $Upoch staked): Unlocks automated security scans and batch simulations across up to 1,000 scenarios. The staking contract is designed with absolute simplicity and trustlessness in mind: zero rewards, zero admin keys, zero upgrades, and a 7 day cooldown. It’s not about yield it’s about access. The source code is fully verified on Sourcify. Paired with staking is the Interactive Sandbox. Fork any historical checkpoint, edit its state, test patched code in total isolation, and submit a one click on-chain rollback proposal the second you fix the bug. Deploy smarter at upoch.tech/app/staking.

Client-Side Security Scans and WalletConnect Support Are shipped Autonomous AI agents introduce unprecedented operational leverage, but they also expose engineering teams to silent vulnerabilities that traditional smart contract monitors miss. Operating without guardrails leaves systems vulnerable to critical compromises, including: Leaked Credentials: Sensitive API keys and authentication tokens inadvertently persisted within runtime state variables. Exposed Private Data: Private seed phrases and internal configuration parameters captured in execution logs. Malicious Prompt Injections: External tool outputs or poisoned data payloads disguised as standard instructions to hijack agent logic. To safeguard production environments, Upoch’s client-side security scanning suite is now officially live on mainnet. Designed with a strict privacy-first architecture, the local scanner audits every historical checkpoint entirely within your browser environment with zero data leakage or external telemetry. It systematically inspects internal memory states for execution risks, compromised keys, and unsafe approvals, ensuring that sensitive operational data never leaves your local machine.

Autonomous AI agents are powerful, but they are also notorious for leaking things they shouldn’t. A stray API key left in an environment state, a seed phrase accidentally committed to logs, or an external tool output whispering “ignore previous instructions” one hidden flaw is all it takes to compromise an entire operation. That is why Upoch’s client-side security scanning suite is now live on mainnet. When you inspect an agent checkpoint through our interface, the security scanner runs entirely inside your browser. It audits memory states, flags prompt injection risks, catches exposed keys, and highlights unsafe approvals before they cause damage. Nothing is ever sent to an external server; your data stays strictly local. We’ve also streamlined how you access the ecosystem. Mobile developers and team leads can now connect phone wallets instantly via WalletConnect QR scanning directly at upoch.tech/app. As always, security starts with vigilance. Always verify the official Upoch contract address against the banner at the top of upoch.tech, and remember that our team will never DM you first.

Immutable Memory Architecture: IPFS and On-Chain Fingerprinting Live on Mainnet Building resilient autonomous AI agents requires a foundational shift in how operational state and data persistence are handled. Traditional logging systems leave engineering teams vulnerable to state loss and opaque execution histories. Today, we are deploying Upoch’s immutable checkpoint storage and IPFS-backed memory architecture directly to the Robinhood Chain mainnet, solving this infrastructure bottleneck at the protocol level. Under the hood, autonomous agents can now maintain a completely rewindable, deterministic memory. Every critical operational state is fully encrypted client-side, secured off-chain via decentralized IPFS storage, and immutably anchored with cryptographic fingerprints directly on the Robinhood Chain. This separation of concerns ensures high-throughput state storage without sacrificing cryptographic verifiability or bloating blockspace. By establishing a cryptographically secure historical lineage, this architecture fundamentally transforms post-mortem engineering workflows. When an agent experiences an unexpected fault or crash, development teams can instantly restore the system to its exact pre-failure state without the overhead of re-executing failed trades or losing complex execution context. Explore the technical specifications and integrate the architecture into your stack at upoch.tech/docs.

We are excited to announce that our first live demo agent is now officially active on the Robinhood Chain mainnet. The complete, immutable checkpoint history of the agent is publicly accessible for review at upoch.tech. Furthermore, active $Upoch token holders can unlock full interactive capabilities: inspecting historical memory states, verifying cryptographic proofs directly against the chain, and deploying alternative instruction sets within the sandbox environment. Experience transparent, verifiable on-chain diagnostics firsthand. Explore the live agent telemetry today.

The npm package is officially live. npm install @upoch/sdk Building autonomous AI agents on-chain has officially entered a new era. With our official SDK now public and live on npm, developers can plug straight into Upoch with a single command featuring Robinhood Chain mainnet fully integrated right out of the box. We’ve stripped away the friction, eliminated the complex workarounds, and built pure, deterministic developer tooling designed to empower you to build, secure, and scale your autonomous agents with absolute confidence. Start building at upoch.tech.

Real growth in Web3 isn’t manufactured it is earned by solving existential problems for builders. When agent developers spend hours trapped in endless logic loops or trying to recover high value workflows from complex exploits, finding a real solution changes everything. That is why our new time travel debugger is sparking a massive shift across developer circles. Imagine instantly tracing historical memory states and visualizing your agent’s exact decision tree instead of guessing blind. When engineers use this tooling to rescue critical assets and debug workflows in seconds, they don’t keep it to themselves they share their interactive debugging trees right here on X. Every shared session, every rescued workflow, and every visual breakthrough creates a powerful compounding network effect. This organic momentum is the ultimate catalyst, cementing Upoch as the undisputed gold standard of AI agent safety and developer experience on Robinhood Chain. Dive into the future of autonomous engineering at upoch.tech.

Building autonomous AI agents on-chain has always come with a frustrating catch: you can deploy them, but when things break, you are left staring at static logs and blind guesswork. Upoch is rewriting the rules of agent engineering. Right now, no other protocol on-chain offers visual, browser-based state debugging and real-time simulation. We have taken immutable cryptographic checkpoints and transformed them into an interactive diagnostic workspace. This is the moment Upoch evolves from passive verification storage into an active, high performance development environment. For any engineering team deploying autonomous agents on Robinhood Chain, this is the missing piece of the puzzle and soon, it will be the infrastructure you simply cannot build without. Explore the future of agent safety at upoch.tech.