Swarm Network (@GetSwarmed): http://tryvault.xyz/

http://tryvault.xyz/ Modern applications are credential-heavy. A typical backend might hold API keys for Stripe, OpenAI, SendGrid, AWS, a database connection string, and a JWT signing secret. These get loaded from environment variables, injected via CI/CD pipelines, or stored in a centralized secrets manager (HashiCorp Vault, AWS Secrets Manager, etc.). This works — until it doesn't. Centralized managers introduce their own trust assumptions: you're trusting a single operator with all your secrets. If that operator is compromised, everything is compromised. And for multi-party workflows — where a DeFi protocol, an AI agent, and a backend service all need scoped access to different secrets — centralized management becomes a coordination nightmare. The AI agent era makes this worse. Agents are non-deterministic, prompt-driven systems. The moment a secret enters a prompt, it's in the model's context window. It can be logged, leaked in error messages, or surfaced in tool-call arguments. The Vault team calls this out explicitly in their anti-patterns: *no secrets in prompts, no global bot, no single vault for everything.* Vault solves this with a different model: identity-based encryption, on-chain access control, and runtime secret injection — all without a centralized key management system.