IronClaw: Unleash Your AI Agent, With Peace of Mind Use CasesIntegrationsHow It WorksFeaturesWhy SwitchCompareDocsGitHub Built byNear Foundation Do what you do best, IronClaw will do the rest. An open-source agent for your busywork — in encrypted enclaves, where your secrets never touch the model. Triage my inbox every morning Let's Start Discover use cases View source ExploreMore you can hand off. You don't need to pick anything to get started — just open your agent above. But if you're curious, here's a taste of what IronClaw takes off your plate. Tap any to start it in your agent; it sets itself up in chat, then runs on its own. AllCommunicationProductivityMonitoringDeveloperAutomation Inbox triage Reads, prioritizes, and summarizes email. Labels inbound as Action, FYI, or Ignore and drafts replies for the ones that matter. Gmail Daily morning briefing A concise daily summary of your calendar, email, tasks, and key signals — delivered wherever you are. CalendarTelegram Meeting prep assistant 10 minutes before each meeting, get a brief on the company, attendees, and recent news. Calendar Team chat operations Slack or Telegram as your control layer — send updates, triage messages, and coordinate work from chat. SlackTelegram Keyword monitor Watches Hacker News, Twitter, or the web for mentions of your product and sends a summary the moment they appear. Slack Deployment health watcher Pings your endpoint every 5 minutes and alerts you in chat if it returns anything but a 200. Telegram Release tracker Watches a GitHub repo and summarizes new releases into your channel of choice. GitHubTelegram Task capture & delegation Turns messages and emails into structured tasks with assignments and tracking — "create task: …" from anywhere. SlackLinear Invoice parser Forward a PDF invoice and the amount, date, and vendor land in a spreadsheet automatically. GmailSheets Daily KPI reporter Pulls simple metrics from a CSV or API and posts a formatted dashboard to your team channel daily. Slack Missing yours? IronClaw builds new tools and connectors on the fly — just ask it in chat. IntegrationsWorks with your stack. Email, calendars, chat, code, tickets — your agent plugs into the tools you already use. Click any of them for automations you can hand off right now. Missing one? It builds the connector itself. Gmail3 recipesGoogle Drive3 recipesGoogle Sheets3 recipesGitHub3 recipesDiscord3 recipesWeb Search3 recipesGmail3 recipesGoogle Drive3 recipesGoogle Sheets3 recipesGitHub3 recipesDiscord3 recipesWeb Search3 recipesGmail3 recipesGoogle Drive3 recipesGoogle Sheets3 recipesGitHub3 recipesDiscord3 recipesWeb Search3 recipes Google Calendar3 recipesGoogle Docs3 recipesGoogle Slides3 recipesTelegram3 recipesSignal3 recipesMCP Servers3 recipesGoogle Calendar3 recipesGoogle Docs3 recipesGoogle Slides3 recipesTelegram3 recipesSignal3 recipesMCP Servers3 recipesGoogle Calendar3 recipesGoogle Docs3 recipesGoogle Slides3 recipesTelegram3 recipesSignal3 recipesMCP Servers3 recipes ...and anything with an API: IronClaw builds and sandboxes new tools on the fly — just describe what you need. OPEN SOURCE Defense-in-depth security BUILT ON RUST 1-CLICK CLOUD DEPLOYMENT How It Works From zero to secure agent in minutes. IronClaw offers simple setup and built-in security for OpenClaw's personal AI assistant—powered by NEAR AI Cloud or run locally. Deploy in one click. Launch your own IronClaw instance on NEAR AI Cloud. It boots inside a Trusted Execution Environment — encrypted from the start, no setup required. Store your credentials. Add API keys, tokens, and passwords to the encrypted vault. IronClaw injects them only where you've allowed — the AI never sees the raw values. Work like you always do. Browse, research, code, automate. Powerful capabilities that are exempt from protected injection that can steal your credentials. fn deploy(cfg: &Config) -> Result<()> { let tee = TeeEnclave::provision()?; tee.verify_memory_safety()?; let vault = Vault::seal(cfg)?; vault.bind_endpoints(&cfg.allowlist)?; agent::spawn(tee, vault) }   #[derive(Encrypt, ZeroOnDrop)] struct Credentials { api_key: Secret<String>, bearer: Secret<String>, }   impl Vault { fn inject(&self, req: &mut Request) { if self.allowlist.permits(req.url()) { req.set_auth(&self.credentials) } } }   fn verify_wasm(bytes: &[u8]) -> bool { wasmparser::validate(bytes).is_ok() && !contains_unsafe(bytes) }   struct AllowList { endpoints: Vec<Url> }   impl AllowList { fn permits(&self, url: &Url) -> bool { self.endpoints.iter().any(|e| e == url) } } fn deploy(cfg: &Config) -> Result<()> { let tee = TeeEnclave::provision()?; tee.verify_memory_safety()?; let vault = Vault::seal(cfg)?; vault.bind_endpoints(&cfg.allowlist)?; agent::spawn(tee, vault) }   #[derive(Encrypt, ZeroOnDrop)] struct Credentials { api_key: Secret<String>, bearer: Secret<String>, }   impl Vault { fn inject(&self, req: &mut Request) { if self.allowlist.permits(req.url()) { req.set_auth(&self.credentials) } } }   fn verify_wasm(bytes: &[u8]) -> bool { wasmparser::validate(bytes).is_ok() && !contains_unsafe(bytes) }   struct AllowList { endpoints: Vec<Url> }   impl AllowList { fn permits(&self, url: &Url) -> bool { self.endpoints.iter().any(|e| e == url) } } ironclaw — near-cloud IronClaw Instance NEAR AI Cloud · TEE Ready Deploy Now What You Get Security you don't have to think about. IronClaw is powered by NEAR AI's cryptographically secure infrastructure, which ensures your credentials never leave the vault. Encrypted Vault Your credentials are invisible to the AI. API keys, tokens, and passwords are encrypted at rest and injected into requests at the host boundary — only for endpoints you've approved. Sandboxed Tools A compromised skill can't touch anything else. Every tool runs in its own Wasm container with capability-based permissions, allowlisted endpoints, and strict resource limits. Encrypted Enclaves Not even the cloud provider can see your data. Your instance runs inside a Trusted Execution Environment on NEAR AI Cloud — encrypted in memory, from boot to shutdown. Leak Detection Credential exfiltration gets caught before it leaves. All outbound traffic is scanned in real-time. Anything that looks like a secret heading out the door is blocked automatically. Built in Rust Entire classes of exploits don't exist here. No garbage collector, no buffer overflows, no use-after-free. Memory safety is enforced at compile time, not at runtime. Network Allowlisting You control exactly where data goes. Tools can only reach endpoints you've pre-approved. No silent phone-home, no data exfil to unknown servers. OpenClaw Problem Empower your agent with full system access and persistent memory while still protecting your secrets. OpenClaw unlocks the agentic future but it also risks exposing your secrets. Credentials can be exposed through prompt injections. Malicious skills exist to steal passwords. If you're running OpenClaw by itself with anything sensitive, there are significant risks. 1Prompt injection can dump your secrets. A single crafted prompt can trick the LLM into revealing every API key and password you've given it. Telling it "don't share" doesn't help. 2Hundreds of malicious skills found on ClawHub Researchers found hundreds of community skills designed to quietly exfiltrate credentials. You won't spot them in a code review. 330,000+ instances exposed to the internet. Tens of thousands of OpenClaw instances are publicly reachable. Attackers are already weaponizing them. openclaw — agent userSummarize this article for me. botSure! The article covers three key points about market trends in Q2... The Hosted Solution How IronClaw Fixes ThisThe Hosted Solution. Running IronClaw on NEAR AI Cloud, your credentials live in an encrypted vault empowering your agent with full system access and persistent memory while still protecting your secrets. Every tool runs in its own WebAssembly sandbox with no filesystem access and no outbound connections beyond your allowlist. The entire runtime is Rust — no garbage collector, no buffer overflows, no use-after-free. RustWasm Sandbox Encrypted VaultCVM Endpoint Allowlist RustWasm SandboxEncrypted Vault CVMEndpoint Allowlist encrypted-vault SECURE Credentials at rest · Encrypted API_KEY••••••••• DB_PASS••••••••• BEARER_TOKEN••••••••• Model-agnostic · compatible with·Anthropic·OpenAI·GitHub Copilot·Google Gemini·MiniMax·Mistral·Ollama·OpenRouter·Together AI·Fireworks AIModel-agnostic · compatible with·Anthropic·OpenAI·GitHub Copilot·Google Gemini·MiniMax·Mistral·Ollama·OpenRouter·Together AI·Fireworks AIModel-agnostic · compatible with·Anthropic·OpenAI·GitHub Copilot·Google Gemini·MiniMax·Mistral·Ollama·OpenRouter·Together AI·Fireworks AI Everything you like about OpenClaw. Nothing you're worried about. Choose a NEAR AI deployment based on your performance requirements and preferred agent. You get NEAR security no matter what. Feature OpenClaw IronClaw Language TypeScript Rust Memory Safety Runtime GC Compile-time Secret Handling LLM sees secrets Encrypted vault Tool Isolation Shared process Per-tool Wasm Prompt Injection “Please don't leak” Architectural Network Control Unrestricted Allowlist Deploy Secure Agents. No Hardware Required. Spin up to 5 agents in a Trusted Execution Environment with up to 130M tokens per month — no cloud setup, no infrastructure. Just a simple frontend and you're live. Starter $5$0/month Activate 1 agent instance in our secure environment, and use NEAR AI Inference to power your agent Secure deployment Trusted Execution Environment NEAR AI Inference $5 credits included Get started BasicPopular $20/month Everything you need to get started, plus credits to get up and running quickly with up to 2 agent instances Everything in Starter Shared across all deployments Usage pooling $20 credits included Get started Pro+ $200/month Activate up to 5 agent instances in our environment, plus advanced features and more credits for high usage Everything in Basic Early access to advanced models Priority support $200 credits included Get started Deploy an AI agent you can actually trust. Open source. One-click deploy on NEAR AI Cloud. Your secrets never leave the encrypted vault. Deploy secure agent Star on GitHub Docs