Web-security operating layer

Security that follows the whole service.

AegiFlow connects edge protection, emerging-threat relevance, operational cases, continuity and recovery around the service the customer depends on.

Model your first service See the complete operating flow

Operational viewIllustrative flow. No customer data.

What the current evidence supports

The product does not stop at blocked requests. It records what was affected, what changed, what remained available and whether recovery was verified.

GoTe nowGoTePrivate beta · operator-assisted

Traffic: Checking current route
Protection: Unknown
Runtime: Unknown
Scope: Not verifiable
Traffic proof until: Not verifiable

Current state is shown only after a fresh, schema-validated snapshot is loaded.

Open status evidence

Platform capabilities

These cards describe product scope. Current delivery stage, runtime health, scope and freshness are reported separately from the validated public snapshot above.

Protected service model

Hostnames, origins, critical routes, owners and safety limits share one operational context.

Platform · implemented

Case-native operations

Related traffic, inventory and recovery signals become one timeline instead of hundreds of alerts.

Platform · implemented

Resilience loop

Containment, continuity and progressive recovery are designed as one controlled workflow.

Platform · planned

How you use it in an operating workflow

The visitor path remains short. Configuration, verification and rollback stay visible to the operator at every stage.

Fast request pathAnalyse en parallèleEvidence before promotion

01
Discover
Verify ownership, inventory software and map critical routes.
02
Protect
Apply fast local policy at the edge and analyze telemetry in parallel.
03
Prove
Keep evidence for every decision and verify the return to normal.

The interface explains what is known, unknown and required

AegiFlow does not turn missing evidence into a reassuring zero. Every state links to its source, freshness and next action.

Delivery stage: Planned, implemented, verified, activatable or active.
Runtime health: Healthy, degraded, stale, unknown or unavailable — independently of delivery stage.
Evidence: Source, timestamp, scope and last successful verification.
Action: The responsible party, exact change and expected impact.
Way back: Rollback instructions are defined before an active change.

In depth

How this capability behaves in production — grounded in the platform's documented, current operation.

One operational context, not ten disconnected tools

Most teams juggle a WAF dashboard, an uptime monitor, a vulnerability scanner and a backup tool that have never heard of each other. AegiFlow models the protected service itself — hostnames, origins, critical routes, owners and safety limits — and every capability reads and writes that same model. When an advisory matches your inventory, the case it opens already knows which routes matter and what the rollback plan is.

Tenant isolation enforced by the database, not by promises

Every row of operational data is scoped to your organization with database-enforced row-level security, and the runtime identity that serves requests holds no superuser or bypass rights. Ingestion is admission-controlled per producer, with persistent daily quotas — so a noisy neighbour cannot drown your telemetry.

Start without changing traffic. Activate only measured controls.

Ownership, certificate, origin health and rollback must pass before traffic protection changes.

Model your first service

Security that follows the whole service.

GoTe now