Trust

Trust nothing by default. Verify every request.

ArxLayer applies zero-trust principles to your internet-exposed surfaces, APIs, and agent endpoints. Every request is checked by identity and policy at the edge, before it reaches your origin, never trusted because of where it came from.

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The problem

Network location was never a real identity

Once a request reaches your perimeter, implicit trust takes over. Anything inside the wall gets the benefit of the doubt, and exposed APIs and agents inherit access they were never meant to have.

Implicit trust by network

Allowing traffic because it came from an expected IP or region grants access no one actually verified.

Over-broad access

Endpoints and tokens often carry far more reach than a single request needs, widening the blast radius of any compromise.

Unverified callers

Services, scripts, and AI agents hit your APIs without a per-request identity, so you can't tell legitimate callers from impostors.

What you get

Identity-aware enforcement at the edge

ArxLayer evaluates who is calling and what they're allowed to do on every request, then enforces the decision before traffic reaches your origin. No private keys live in the enforcement layer.

Verify every request

Each request is checked against identity and policy. Trust is earned per call, never inherited from a prior session or network.

Least-privilege by default

Scope access to exactly what a caller needs. Deny is the baseline; access is granted explicitly, not assumed.

Users, services, and agents

One model covers human users, service-to-service calls, and AI-agent endpoints, each with its own identity and limits.

Enforced before the origin

Decisions happen at the edge, so unauthorized requests never reach your application or burn origin capacity.

Versioned, reversible policy

Every access rule is a new version you can review, compare, and roll back in seconds if something tightens too far.

Simulate before you enforce

Run new access policy in detect mode against live traffic, see what would be denied, then switch on enforcement.

How it works

Zero trust in three moves

Route your surface through the edge, define who gets in, and enforce least privilege without breaking real callers.

Front your surfaces

Route domains, APIs, and agent endpoints through ArxLayer Edge so every request passes a single enforcement point.

Define identity and scope

Set who may reach each surface and what they may do, building least-privilege rules per route, service, and agent.

Enforce and adjust

Turn on enforcement with confidence, watch decisions in your event stream, and roll back any policy change instantly.

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FAQ

Questions, answered

Is this a full ZTNA or corporate VPN replacement?: No. ArxLayer focuses zero-trust enforcement on your internet-exposed surfaces, APIs, and agent access, not on internal corporate network access or remote-employee tunnels.
How is a request's identity established?: By the credentials and context on the request, such as tokens and claims, evaluated against policy at the edge. Network location alone never grants trust.
Will tightening access break my existing callers?: Not if you use simulate mode. Run new policy in detect against live traffic, review what would be denied, then enforce, and roll back instantly if needed.
Does the enforcement layer hold any private keys?: No. The edge enforces access decisions and holds no private keys; certificate and key custody live behind separate boundaries.

Explore

Stop trusting the network. Start verifying requests.

Bring least-privilege, identity-aware enforcement to every exposed surface. Simulate first, then enforce when you're ready.