Securing Collaborative States: Peer Identity Verification in Loro CRDT
Prevent malicious state injections in local-first apps. Learn how to implement public-key signing and verification for Loro CRDT update blobs.
46 articles tagged with Security
Prevent malicious state injections in local-first apps. Learn how to implement public-key signing and verification for Loro CRDT update blobs.
Prevent remote code execution vulnerabilities in MCP. Learn how to configure isolated execution environments using Docker and Firecracker microVMs.
Learn how to secure client-side Model Context Protocol (MCP) gateways. Configure strict CORS policies, whitelist domains, and validate client origins.
Block unauthorized AI agent connections. Learn how to configure Nginx IP whitelists and Linux UFW firewalls to protect remote MCP servers.
Configure robust access controls for AI integrations. Learn how to implement JSON Web Token (JWT) validation for remote MCP server endpoints.
Learn how to secure remote Model Context Protocol (MCP) servers. Configure token-based access validation, SSE transport security, and TLS layers.
LLMs that write and execute code are powerful — and dangerous. Learn how WASM Component Model, WASI preview 2, and Wasmtime turn Node.js into a fortress for autonomous agent code execution.
Learn how to build a client-side execution sandbox using WebAssembly. Run untrusted Python code securely inside browser Web Workers with Pyodide and virtual filesystems.
Future-proof your web applications today. Learn how to secure Next.js API routes using Post-Quantum Cryptography (PQC) algorithms like ML-KEM and Kyber.
Ditch manual tenant filters. Learn how to secure multi-tenant SaaS applications at the database level using Postgres Row Level Security (RLS) policies.
A practical engineering guide to Zero-Knowledge Proof (ZKP) authentication on the web: verifying user identities securely without storing passwords or emails.
Prepare your web applications for the post-quantum era: migrating from RSA/ECC to NIST-standardized quantum-resistant algorithms (ML-KEM and ML-DSA) for secure user sessions.