SECURITY / PROXY-THROUGH BY DESIGN

Your prompts pass through.
They do not stay.

Keyvera reads what it needs to route and meter a request. Prompt and response content are not persisted by Keyvera.

Get your API key ↗Explore the details ↓

TLSIN TRANSIT

0PROMPTS STORED

100%ADMIN AUDITED

01 / TRAFFIC

Encrypted on both sides.

Traffic is encrypted from your app to Keyvera and from Keyvera to upstream providers.

TLS ingress

TLS egress

Provider policies apply

No conversation database

02 / KEYS

Control access per user.

Keys can be restricted, rotated, and revoked without exposing upstream provider credentials.

Per-user API keys

Instant revocation

Optional IP restrictions

Separate admin authentication

03 / HONESTY

Developer-first, not compliance theater.

Keyvera does not currently claim SOC 2, ISO 27001, HIPAA, or custom SLAs.

Clear boundaries

Documented architecture

Audited admin actions

No unsupported claims

TECHNICAL CONTEXT

Your prompts pass through. They do not stay: practical SEO-ready details.

Keyvera reads what it needs to route and meter a request. Prompt and response content are not persisted by Keyvera. This section explains the page in plain language so developers, buyers, and search engines can understand the exact role it plays in the Keyvera AI API gateway.

What this page covers

This page explains your prompts pass through. they do not stay for teams evaluating Keyvera as an OpenAI-compatible AI API gateway. It connects the high-level product promise to concrete implementation details, operating expectations, and internal resources.

The core topics include TLS ingress, TLS egress, Provider policies apply, No conversation database, and Per-user API keys. These terms are intentionally written into the page copy because they describe what a developer or technical buyer is likely trying to compare before committing an AI infrastructure change.

How it works in production

Traffic is encrypted from your app to Keyvera and from Keyvera to upstream providers. In practice, Keyvera keeps the request surface familiar: your application sends a chat-completions style request, identifies the model route, streams the response when supported, and receives token usage for metering.

Keys can be restricted, rotated, and revoked without exposing upstream provider credentials. That means teams can test capability, latency, and cost without maintaining a different code path for every upstream provider. The gateway layer is especially useful when products need fallback options, model experimentation, or a predictable billing surface.

Who should use it

Keyvera does not currently claim SOC 2, ISO 27001, HIPAA, or custom SLAs. The strongest fit is a product team that already understands API-based AI development but wants fewer vendor accounts, fewer credential surfaces, and clearer cost tracking.

Use this page as a decision point when comparing Keyvera with direct provider accounts, model marketplaces, internal proxy services, or custom gateway code.

Boundaries and next steps

Keyvera is designed as a developer-first routing and billing layer. It does not replace upstream provider policies, and it does not invent enterprise compliance claims that are not currently documented.

Next, review Models for the live route catalog, pricing for token-rate comparisons, integrations for setup guidance, and security for data-handling boundaries.

ONE ENDPOINT / EVERY ROUTE

Put the whole model stack
behind one key.

OpenAI-compatible. Usage-based. Ready in minutes.

Start building ↗

Your prompts pass through.They do not stay.