Route credentials through one runtime gateway for OpenAI, Stripe, GitHub, Bedrock, WebSockets, and any HTTP API you register.
89 proxyable APIs · 116 tracked integrations · full-lifecycle rotation where provider APIs allow it
Real key injected server-side · client sees nothing
Three nodes. One clean path. Your credentials never leave the gateway boundary.
Your Application
Your App
Lockzero Gateway
Credential Resolution
Provider API
OpenAI / Anthropic / Stripe / AWS / …
Your code uses a Proxy Key. Lockzero injects the real credential through the gateway — it never travels to your app.
Everything in Lockzero maps to one of these. Once you understand these four, the entire platform makes sense.
The services you already use.
OpenAI · Anthropic · Stripe · AWS · GitHub · Vercel · Supabase
NOT: integrations, namespaces, connectors — just the services.
The real secrets from those providers.
API keys · OAuth tokens · cloud credentials · service accounts
NOT: proxy keys, .env values — the actual live secrets.
Where your app accesses credentials.
production · staging · CI/CD · agents · MCP server
NOT: environments, namespaces, configs — where injection happens.
Safe keys your app uses instead of real secrets.
lz_abc123…
Scoped to namespaces · revocable · audited per-request
NOT: real API keys — your app never sees the live credential.
Lockzero sits between your app and every provider request. That gives you one place to route, sign, meter, retry, block, replay, and rotate credentials — without scattering provider-specific logic through your codebase.
Proxy OpenAI, Stripe, GitHub, Bedrock, and dozens more — or register any HTTP API.
Fail over when a circuit opens, a spend cap hits, or a policy says the request should move.
Proxy realtime provider sessions without exposing long-lived client credentials.
Send Bedrock requests through Lockzero with real AWS request signing at runtime.
Inject idempotency keys on supported write APIs to reduce duplicate-charge and replay risk.
Expose provider limits through consistent Lockzero headers across integrations.
Stop translating between infrastructure vocabulary and user intent. Here's the direct map.
| I want to store API keys securely | → Credentials |
| I want to add OpenAI / GitHub / Stripe accounts | → Providers |
| I want to let my app safely access secrets | → Proxy Keys |
| I want to separate prod / staging / dev | → Workload labels |
| I want to rotate credentials automatically | → Automation |
| I want to replay and analyze traffic | → Inspector |
Advanced features (SIEM export, blast radius, CMMC evidence) build on top of these four.
This is what happens inside Lockzero on every single API call your app makes. No exceptions. No shortcuts.
# Your app makes a normal API call
# Lockzero Gateway receives and resolves
# Forward to provider with real credential
The real provider key never entered your app.
Pick your path. Both use the same vault — you can upgrade without migrating.
Works exactly like your current setup. Encrypt credentials, export a .env, deploy normally. No code changes.
Your app uses a Proxy Key. Lockzero injects the real credential server-side on every call. One line change. Full audit log. Zero-downtime rotation.
Proxy path · 30 seconds
Add a Provider
Choose a supported provider or register any HTTP API from /connectors.
Paste your real key
Stored AES-256-GCM encrypted. Never logged. Never transmitted.
Generate a Proxy Key
Your app gets lz_… instead of the real credential.
Swap your base_url
One line of code. Your app works identically.
Done.
Every call logged. Rotate any time — no redeploy needed.
Same proxy-key pattern works across OpenAI, Stripe, GitHub, Bedrock, and any registered HTTP provider.
The four primitives unlock the full platform. Explore when you need it — none of this requires changing how your app calls providers.
Automatic zero-downtime credential rotation. Scheduled or event-triggered. No redeploy.
See exactly which apps and services consume each credential. Before you rotate.
SHA-256 hash-chained, tamper-evident log of every credential access. 267 tracked actions.
Gateway policy engine. Warn, block, or audit based on request patterns and namespace rules.
Emergency kill switch. Disable all secret access globally in one click.
Claude and other AI agents can rotate, detect, replay, and audit autonomously via MCP.
Learn more →Per-workspace, per-provider protection with rolling request windows and half-open probes.
Hot replay keeps full gzipped payloads, warm replay truncates bodies, and cold replay stores metadata only.
Every provider is classified by vaulting, token proxying, proxy support, and rotation support.
Learn more →Same credentials. Same vault. No migration.
7-day free trial · AES-256-GCM · No card required