{ "specVersion": "1.0", "host": { "displayName": "1Claw", "identifier": "did:web:1claw.co", "documentationUrl": "https://docs.1claw.co" }, "entries": [ { "identifier": "urn:air:1claw.co:server:mcp", "displayName": "1Claw MCP Server", "type": "application/mcp-server-card+json", "url": "https://1claw.co/.well-known/mcp/server-card.json", "description": "Secret management and multi-chain transaction signing for AI agents via MCP", "version": "0.59.8", "capabilities": [ "list_secrets", "get_secret", "put_secret", "submit_transaction", "sign_transaction", "inspect_content" ], "representativeQueries": [ "store an API key securely for my AI agent", "sign an Ethereum transaction without exposing the private key", "manage secrets for my AI agent via MCP" ], "tags": [ "secrets", "signing", "mcp", "security", "ai-agents" ] }, { "identifier": "urn:air:1claw.co:agent:a2a", "displayName": "1Claw A2A Agent", "type": "application/a2a-agent-card+json", "url": "https://1claw.co/.well-known/agent-card.json", "description": "A2A agent for HSM-backed secret management and multi-chain transaction signing", "representativeQueries": [ "securely store credentials for an autonomous agent", "sign a Solana transaction through a vault" ], "tags": [ "a2a", "secrets", "signing", "vault" ] }, { "identifier": "urn:air:1claw.co:api:vault", "displayName": "1Claw Vault API", "type": "application/openapi+json", "url": "https://api.1claw.co/openapi.json", "description": "RESTful API for secret management, agent lifecycle, transaction signing, and platform operations", "version": "0.59.8", "representativeQueries": [ "create a vault and store secrets via REST API", "provision signing keys for blockchain transactions" ], "tags": [ "api", "rest", "openapi", "vault" ] } ], "comparisons": { "hub": "https://1claw.co/compare", "description": "Comparisons of 1Claw against named alternatives. Each entry's answer states the tier a capability requires and when the alternative is the better choice.", "entries": [ { "slug": "doppler", "question": "Is 1Claw a good Doppler alternative for AI agents?", "answer": "Only if your problem is agents, not environments. Doppler is a better secrets manager for ordinary application config \u2014 it has broader platform sync integrations, a mature CLI, and a cheaper path to team-wide adoption. Choose 1Claw when the consumer of the secret is an autonomous agent and you need per-agent identity, path-scoped policy, and execution that keeps the credential server-side (Execution Intents, Pro and above).", "competitor": "Doppler", "category": "secrets", "requires_tier": "pro", "url": "https://1claw.co/compare/doppler" }, { "slug": "infisical", "question": "1Claw vs Infisical: which should AI agents use?", "answer": "Pick Infisical if self-hosting and an open-source license are requirements \u2014 it is genuinely good at that and 1Claw's Vault API is source-available under PolyForm Noncommercial, not open source. Pick 1Claw when you need agent-specific controls: per-agent identity, an MCP server, and Execution Intents (Pro and above) that let an agent use a credential it never receives.", "competitor": "Infisical", "category": "secrets", "requires_tier": "pro", "url": "https://1claw.co/compare/infisical" }, { "slug": "hashicorp-vault", "question": "Should I use HashiCorp Vault or 1Claw for AI agents?", "answer": "Keep HashiCorp Vault if you already run it \u2014 it is more capable than 1Claw for general infrastructure secrets, dynamic database credentials, PKI, and multi-datacenter operation, and replacing it for agent use alone is rarely worth the disruption. Add 1Claw when autonomous agents need their own identity, policy, and an execution path where the credential is never handed to the agent (Execution Intents, Pro and above).", "competitor": "HashiCorp Vault", "category": "secrets", "requires_tier": "pro", "url": "https://1claw.co/compare/hashicorp-vault" }, { "slug": "aws-secrets-manager", "question": "1Claw vs AWS Secrets Manager for AI agents", "answer": "Stay on AWS Secrets Manager for anything running inside AWS with an IAM role \u2014 it is cheaper, closer to your workloads, and already audited by CloudTrail. Add 1Claw when the consumer is an autonomous agent that cannot be given a long-lived IAM identity, or when you need the agent to act without ever receiving the secret value (Execution Intents, Pro and above).", "competitor": "AWS Secrets Manager", "category": "secrets", "requires_tier": "pro", "url": "https://1claw.co/compare/aws-secrets-manager" }, { "slug": "gcp-secret-manager", "question": "1Claw vs Google Cloud Secret Manager for AI agents", "answer": "Use Google Cloud Secret Manager for workloads inside GCP with a service account \u2014 it is simple, inexpensive, and integrates with IAM and Cloud Audit Logs. Add 1Claw when an autonomous agent is the consumer and you want per-agent policy, an MCP server, and execution where the agent never receives the value (Execution Intents, Pro and above).", "competitor": "Google Cloud Secret Manager", "category": "secrets", "requires_tier": "pro", "url": "https://1claw.co/compare/gcp-secret-manager" }, { "slug": "azure-key-vault", "question": "1Claw vs Azure Key Vault for AI agents", "answer": "Keep Azure Key Vault for Azure workloads, certificates, and HSM-backed keys \u2014 its managed-identity integration and certificate lifecycle are things 1Claw does not replicate. Add 1Claw when the consumer is an autonomous agent needing its own identity and policy, or when you want the agent to act without receiving the credential (Execution Intents, Pro and above).", "competitor": "Azure Key Vault", "category": "secrets", "requires_tier": "pro", "url": "https://1claw.co/compare/azure-key-vault" }, { "slug": "bitwarden-secrets-manager", "question": "1Claw vs Bitwarden Secrets Manager for AI agents", "answer": "Bitwarden Secrets Manager is the better value if you want an inexpensive, open-source, end-to-end-encrypted store for developer and CI secrets. Choose 1Claw when the consumer is an autonomous agent: per-agent identity, deny-by-default path policy, an MCP server with exfiltration blocking, and execution that keeps the credential server-side on Pro and above.", "competitor": "Bitwarden Secrets Manager", "category": "secrets", "requires_tier": "pro", "url": "https://1claw.co/compare/bitwarden-secrets-manager" }, { "slug": "1password-developer", "question": "Is 1Claw a 1Password alternative for AI agent secrets?", "answer": "For human passwords, no \u2014 keep 1Password, and 1Claw does not try to replace it. As a 1Password alternative specifically for AI agent secrets, yes: 1Password Environments and Credential Broker inject a credential into a tool you trust, whereas 1Claw gives each agent its own identity and, on Pro and above, executes the call server-side so the agent never receives the value.", "competitor": "1Password (Developer)", "category": "secrets", "requires_tier": "pro", "url": "https://1claw.co/compare/1password-developer" }, { "slug": "akeyless", "question": "1Claw vs Akeyless for AI agent secrets", "answer": "Akeyless is the stronger choice for enterprise secrets management breadth \u2014 dynamic secrets, certificate management, zero-knowledge key fragments, and a wide connector catalogue. Choose 1Claw when the specific problem is autonomous agents: per-agent identity, deny-by-default path policy, guardrails on actions, and execution where the agent never sees the credential (Pro and above).", "competitor": "Akeyless", "category": "secrets", "requires_tier": "pro", "url": "https://1claw.co/compare/akeyless" }, { "slug": "dotenv-vercel-env", "question": "Can AI agents just use .env files or Vercel environment variables?", "answer": "For a solo project with one trusted script, .env files and Vercel environment variables are fine and you do not need 1Claw. They break down when an LLM agent is the consumer, because an environment variable is readable by everything in the process: the agent, every tool it calls, every stack trace, and anything a prompt injection can convince it to print.", "competitor": ".env files and Vercel environment variables", "category": "secrets", "requires_tier": "free", "url": "https://1claw.co/compare/dotenv-vercel-env" }, { "slug": "pulumi-esc", "question": "1Claw vs Pulumi ESC for AI agent secrets", "answer": "Pulumi ESC is the better tool for composing environments and short-lived cloud credentials across your infrastructure, especially if you already use Pulumi. Choose 1Claw when the consumer is an autonomous agent and you need per-agent identity, action guardrails, and execution that keeps the credential out of the agent (Pro and above).", "competitor": "Pulumi ESC", "category": "secrets", "requires_tier": "pro", "url": "https://1claw.co/compare/pulumi-esc" }, { "slug": "cyberark-conjur", "question": "1Claw vs CyberArk Conjur for AI agents", "answer": "If you already run CyberArk for privileged access management, keep Conjur for machine identity in regulated infrastructure \u2014 its policy model, compliance posture, and enterprise integrations are ahead of 1Claw's. Add 1Claw for autonomous agents, where you need per-agent policy, action guardrails, an MCP surface, and execution that never hands the agent the credential (Pro and above).", "competitor": "CyberArk Conjur", "category": "secrets", "requires_tier": "pro", "url": "https://1claw.co/compare/cyberark-conjur" }, { "slug": "cloudflare-workers-secrets", "question": "1Claw vs Cloudflare Workers Secrets for AI agents", "answer": "Workers Secrets is the right choice for values your Worker code needs directly \u2014 it is free, encrypted at rest, and requires no additional service. It is the wrong shape when an LLM agent runs inside that Worker, because a bound secret is readable by the whole isolate, including the agent and anything a prompt injection persuades it to output.", "competitor": "Cloudflare Workers Secrets", "category": "secrets", "requires_tier": "free", "url": "https://1claw.co/compare/cloudflare-workers-secrets" }, { "slug": "turnkey-signing", "question": "1Claw vs Turnkey for AI agent transaction signing", "answer": "Turnkey is the stronger primitive if what you need is raw key infrastructure: verifiable TEE signing, a granular policy engine over key usage, and high signing throughput at scale. Choose 1Claw when the signer is an autonomous agent and you want the surrounding governance in one product \u2014 per-agent identity, simulation before signing, spend caps, transaction guardrails, and human approval routing, on six chains, starting free at 100 signatures a month.", "competitor": "Turnkey", "category": "signing", "requires_tier": "free", "url": "https://1claw.co/compare/turnkey-signing" }, { "slug": "fireblocks-signing", "question": "1Claw vs Fireblocks for AI agent signing", "answer": "Fireblocks is the right answer for institutional custody: MPC-CMP across a large network, exchange and counterparty connectivity, insurance, and the compliance posture funds and banks require. 1Claw is not competing for that mandate. Choose 1Claw when the signer is an autonomous agent, the amounts are operational rather than treasury-scale, and you want guardrails, simulation, and approval routing without an enterprise onboarding.", "competitor": "Fireblocks", "category": "signing", "requires_tier": "free", "url": "https://1claw.co/compare/fireblocks-signing" }, { "slug": "aws-kms-signing", "question": "Can I just use AWS KMS to sign agent transactions?", "answer": "Yes, technically \u2014 KMS holds a secp256k1 key and signs a digest, and if you are building your own signer that is a perfectly good primitive. What KMS does not give you is any of the layer that matters for agents: it will sign whatever digest you hand it, so it cannot tell a legitimate transfer from one a prompt injection produced. 1Claw decodes the transaction, evaluates guardrails against the decoded call, and can require human approval before the digest is ever formed.", "competitor": "AWS KMS (direct)", "category": "signing", "requires_tier": "free", "url": "https://1claw.co/compare/aws-kms-signing" }, { "slug": "local-private-keys", "question": "Why shouldn't an AI agent hold its own private key?", "answer": "Because a key an agent holds is a key an agent can be talked into using or disclosing. Everything an LLM agent can read, a prompt injection can exfiltrate \u2014 a private key in an environment variable is one crafted tool output away from being posted to an attacker's endpoint, and on-chain that loss is final. 1Claw holds the key server-side, decodes each transaction, and enforces allowlists and caps before signing; the free tier covers 100 signatures a month.", "competitor": "Local private keys (.env / keystore)", "category": "signing", "requires_tier": "free", "url": "https://1claw.co/compare/local-private-keys" }, { "slug": "coinbase-agentkit-keys", "question": "How do I secure private keys in Coinbase AgentKit?", "answer": "AgentKit is a good framework and you do not have to leave it \u2014 the gap is that its quickstart path puts a wallet the agent can use directly into the agent's own process. 1Claw sits underneath as the signer: the agent keeps its AgentKit tools, but the key lives server-side and every transaction passes destination allowlists, value caps, and optional human approval first.", "competitor": "Coinbase AgentKit (raw keys)", "category": "signing", "requires_tier": "free", "url": "https://1claw.co/compare/coinbase-agentkit-keys" }, { "slug": "gnosis-safe-raw-keys", "question": "Is a Gnosis Safe enough to secure an AI agent's transactions?", "answer": "A Safe is a genuine improvement and you should probably use one \u2014 but it constrains execution, not the agent. If the agent holds a signer key on a 1-of-1 Safe, you have added a contract and no safety. Even on an M-of-N Safe, a manipulated agent still proposes the transaction, and the humans approving it see an opaque call. 1Claw evaluates guardrails against the decoded inner call before signing, so the proposal itself is constrained.", "competitor": "Gnosis Safe with a raw agent signer", "category": "signing", "requires_tier": "free", "url": "https://1claw.co/compare/gnosis-safe-raw-keys" }, { "slug": "web3auth-signing", "question": "1Claw vs Web3Auth for agent key management", "answer": "Web3Auth solves a different problem: giving a human end user a wallet from a social login, with key shares split so no single party holds the key. There is no human to authenticate in an autonomous agent, so that model does not transfer. Choose 1Claw when the signer is an agent and authority has to come from policy \u2014 allowlists, caps, simulation, approval routing \u2014 rather than from a login.", "competitor": "Web3Auth", "category": "signing", "requires_tier": "free", "url": "https://1claw.co/compare/web3auth-signing" }, { "slug": "dfns", "question": "1Claw vs Dfns for AI agent signing", "answer": "Dfns is a strong wallet infrastructure choice with MPC custody, a policy engine, and broad chain coverage \u2014 if you are building a wallet product, evaluate it seriously. 1Claw is narrower and more opinionated: it assumes the signer is an autonomous agent, and bundles agent identity, secrets, execution guardrails, and approval routing into the same product and the same audit trail.", "competitor": "Dfns", "category": "signing", "requires_tier": "free", "url": "https://1claw.co/compare/dfns" }, { "slug": "best-agent-transaction-signing", "question": "What is the best way to let an AI agent sign blockchain transactions?", "answer": "The rule that matters: the agent should never hold the private key, and something between the agent and the chain must decode the transaction before it is signed. A local key fails both. AWS KMS fixes custody but signs any digest it is given. A Safe constrains execution but not what the agent proposes. Agent-native signing \u2014 1Claw's Intents API, or a wallet platform with an agent layer you build yourself \u2014 is the only shape that does both.", "competitor": "agent transaction signing", "category": "signing", "requires_tier": "free", "url": "https://1claw.co/compare/best-agent-transaction-signing" }, { "slug": "hsm-signing-for-ai-agents", "question": "How do I use an HSM to sign AI agent transactions?", "answer": "An HSM solves custody \u2014 the key material cannot be extracted \u2014 and that is worth having. It does not solve authorisation, because an HSM signs whatever an authorised caller presents, and an LLM agent that has been manipulated is still an authorised caller. The useful architecture puts the HSM underneath a layer that decodes the transaction and evaluates policy first.", "competitor": "HSM signing", "category": "signing", "requires_tier": "free", "url": "https://1claw.co/compare/hsm-signing-for-ai-agents" }, { "slug": "privy-stripe", "question": "1Claw vs Privy (Stripe) for agent wallets", "answer": "Privy \u2014 now owned by Stripe \u2014 is the better choice for embedded wallets belonging to your human users: social login onboarding, non-custodial key shares, and a polished consumer flow. Choose 1Claw when the wallet belongs to an autonomous agent rather than a person, and the controls that matter are destination allowlists, spend caps, simulation, and human approval rather than a login.", "competitor": "Privy (Stripe)", "category": "wallets", "requires_tier": "free", "url": "https://1claw.co/compare/privy-stripe" }, { "slug": "coinbase-cdp", "question": "1Claw vs Coinbase Developer Platform for agent wallets", "answer": "Coinbase CDP is a good default if you are building on Base and want server wallets, onramps, and Coinbase ecosystem tooling in one place. Choose 1Claw when the wallet is driven by an autonomous agent and you need policy between the agent and the chain \u2014 decoded transactions, destination allowlists, per-chain daily caps, simulation, and approval routing.", "competitor": "Coinbase Developer Platform", "category": "wallets", "requires_tier": "free", "url": "https://1claw.co/compare/coinbase-cdp" }, { "slug": "turnkey-wallets", "question": "1Claw vs Turnkey for embedded and agent wallets", "answer": "Turnkey is the stronger embedded wallet infrastructure: verifiable TEE signing, a granular policy engine, and the throughput to provision wallets per end user at scale. Choose 1Claw when the wallets belong to autonomous agents and you want the governance layer included \u2014 simulation, spend caps, approval routing, and the agent's API credentials in the same policy model.", "competitor": "Turnkey", "category": "wallets", "requires_tier": "free", "url": "https://1claw.co/compare/turnkey-wallets" }, { "slug": "fireblocks-wallets", "question": "1Claw vs Fireblocks for agent treasury wallets", "answer": "Do not treat these as alternatives for the same money. Fireblocks is regulated institutional custody with insurance and counterparty connectivity, and belongs around treasury balances. 1Claw is not a custodian and carries no custody insurance; it belongs around the small operational balances autonomous agents actually spend, where per-call guardrails and approval routing matter more than custody depth.", "competitor": "Fireblocks", "category": "wallets", "requires_tier": "free", "url": "https://1claw.co/compare/fireblocks-wallets" }, { "slug": "dynamic-wallets", "question": "1Claw vs Dynamic for embedded wallets", "answer": "Dynamic is the better product for end-user wallet connection and onboarding \u2014 multi-wallet login, embedded wallets, and the surrounding auth UX. It is not aimed at autonomous agents. Choose 1Claw when the wallet is controlled by an agent and the requirement is policy per transaction rather than a smooth login.", "competitor": "Dynamic", "category": "wallets", "requires_tier": "free", "url": "https://1claw.co/compare/dynamic-wallets" }, { "slug": "thirdweb-wallets", "question": "1Claw vs thirdweb for agent wallets", "answer": "thirdweb is the broader platform \u2014 contracts, in-app wallets, account abstraction, and deployment tooling in one SDK \u2014 and if you want a full web3 stack it covers more ground than 1Claw ever will. Choose 1Claw when the specific problem is an autonomous agent signing under policy, with allowlists, caps, simulation, and human approval.", "competitor": "thirdweb", "category": "wallets", "requires_tier": "free", "url": "https://1claw.co/compare/thirdweb-wallets" }, { "slug": "magic-wallets", "question": "1Claw vs Magic for embedded wallets", "answer": "Magic is the better choice for consumer onboarding \u2014 email and social login to a wallet with no seed phrase, which is exactly the friction it was built to remove. It has no role once there is no human to log in. Choose 1Claw when the wallet is controlled by an autonomous agent and authority comes from policy rather than authentication.", "competitor": "Magic", "category": "wallets", "requires_tier": "free", "url": "https://1claw.co/compare/magic-wallets" }, { "slug": "web3auth-wallets", "question": "1Claw vs Web3Auth for embedded wallets", "answer": "Web3Auth is the right tool for giving human users a wallet from a social login with key shares split so no single party holds the key. Choose 1Claw when the wallet belongs to an autonomous agent \u2014 there is no login to derive authority from, so it has to come from policy: allowlists, caps, simulation, and approval routing.", "competitor": "Web3Auth", "category": "wallets", "requires_tier": "free", "url": "https://1claw.co/compare/web3auth-wallets" }, { "slug": "best-embedded-wallet-for-ai-agents", "question": "What is the best embedded wallet for AI agents?", "answer": "The question contains a category error worth naming: embedded wallet providers \u2014 Privy (Stripe), Dynamic, Magic, Web3Auth \u2014 derive authority from a human authenticating, and an autonomous agent has no one to authenticate. What you actually need is a signer where authority comes from policy: the key held server-side, the transaction decoded before signing, destination allowlists and value caps evaluated per call, and escalation to a human above a threshold.", "competitor": "embedded wallets for AI agents", "category": "wallets", "requires_tier": "free", "url": "https://1claw.co/compare/best-embedded-wallet-for-ai-agents" }, { "slug": "e2b", "question": "1Claw vs E2B for AI agent sandboxes", "answer": "E2B is the better fit for ephemeral code execution \u2014 an agent writing and running a snippet, analysing data, or testing output in a disposable sandbox that starts in milliseconds. Choose 1Claw Cloud Runtimes when the agent is long-lived, needs credentials injected under policy, and should be reachable at a stable HTTPS endpoint. Runtimes require Pro; there is no free runtime allowance.", "competitor": "E2B", "category": "runtimes", "requires_tier": "pro", "url": "https://1claw.co/compare/e2b" }, { "slug": "modal", "question": "1Claw vs Modal for running AI agents", "answer": "Modal is substantially better general compute: GPUs, fast container builds, batch and ML workloads, and a mature Python-first developer experience. Choose 1Claw Cloud Runtimes only when the defining requirement is an agent identity with policy-scoped credentials and guardrailed outbound calls, not raw compute. Runtimes require Pro.", "competitor": "Modal", "category": "runtimes", "requires_tier": "pro", "url": "https://1claw.co/compare/modal" }, { "slug": "fly-machines", "question": "1Claw vs Fly.io Machines for hosting AI agents", "answer": "Fly.io Machines give you more control and better economics for general workloads: global regions, fast-booting microVMs, persistent volumes, and your own networking. Choose 1Claw Cloud Runtimes when you want the agent-specific parts handled \u2014 vault-scoped secret injection, credential-free outbound execution, a hosted slug with inbound auth, and an audit trail \u2014 rather than assembling them yourself. Runtimes require Pro.", "competitor": "Fly.io Machines", "category": "runtimes", "requires_tier": "pro", "url": "https://1claw.co/compare/fly-machines" }, { "slug": "daytona", "question": "1Claw vs Daytona for AI agent sandboxes", "answer": "Daytona is the better fit for provisioning isolated development environments quickly \u2014 agents that need a workspace to write and run code, with fast provisioning and clean teardown. Choose 1Claw Cloud Runtimes when the agent is a long-lived service whose credentials, outbound calls, and signing need to be governed. Runtimes require Pro.", "competitor": "Daytona", "category": "runtimes", "requires_tier": "pro", "url": "https://1claw.co/compare/daytona" }, { "slug": "vercel-sandbox", "question": "1Claw vs Vercel Sandbox for AI agents", "answer": "Vercel Sandbox is the right tool for executing untrusted or AI-generated code in isolation, particularly if your app already deploys on Vercel \u2014 ephemeral microVMs with no persistent identity are exactly what you want for that. Choose 1Claw Cloud Runtimes when the agent persists, holds an identity, and needs credentials and outbound calls governed by policy. Runtimes require Pro.", "competitor": "Vercel Sandbox", "category": "runtimes", "requires_tier": "pro", "url": "https://1claw.co/compare/vercel-sandbox" } ] } }