Platform Overview

The AegisWire Platform, End to End

A production secure transport and enterprise VPN platform. Transport core, VPN services, control plane, gateway fabric, and trust layer operate as integrated systems, not bolted-on features. Security outcomes weaken at the boundaries between layers — AegisWire keeps transport, policy, trust, and operations aligned in one architecture. Six components share a single trust model, signed configuration surface, and privacy-safe observability layer.

Transport Core

AegisWire runs a purpose-built secure transport with anti-replay protection, deterministic wire discipline, stream multiplexing, roaming continuity, packet-level privacy, and post-quantum key establishment. Not a wrapper around existing protocols.

Transport architecture details

Policy & Enforcement

Signed policy distribution from control plane to gateway. Trust-anchor lifecycle with rotation and revocation. Device enrollment binding. Default-deny enforcement posture. All implemented and enforced in production.

Enterprise VPN details

Platform Components

All components below are implemented and in production.

Available Now

Secure Transport

  • UDP-based transport with custom session model
  • Stream multiplexing with per-stream PCS
  • Roaming and session migration
  • Anti-replay and anti-amplification
  • Deterministic wire discipline
  • Post-quantum hybrid key establishment
Available Now

Enterprise VPN

  • Full and split tunnel with secure DNS
  • OS-level kill switch enforcement
  • Policy-driven routing decisions
  • User and device enrollment binding
  • Managed credential refresh and revocation
  • Desktop, mobile, and headless clients
Available Now

Control Plane

  • Tenant, user, and device lifecycle
  • Signed policy publication and distribution
  • Trust-anchor lifecycle management
  • Gateway directory and pool publication
  • Role-aware administrative workflows
  • Multi-tenant operations
Available Now

Gateway Fabric

  • Regional gateway pool architecture
  • Policy-aware gateway selection
  • Connection-affinity routing
  • Privacy-safe metadata-only observability
  • Controlled draining and failover
  • Capacity-aware scaling
Available Now

Trust & Evidence

  • Signed policy and posture artifacts
  • Trust-anchor rotation and revocation
  • Reproducible builds
  • SBOM generation and release manifests
  • Audit-ready evidence packaging
  • Signed release distribution
Available Now

Administration

  • Enterprise admin console
  • Role-based access control
  • Multi-tenant operations
  • Privacy-safe audit logging
  • Deployment-aware controls
  • Fleet lifecycle management

Why This Architecture Is Unusual

Most products combine a tunnel, an admin console, and some policy logic. AegisWire is shaped so those pieces reinforce each other rather than operating as loosely connected subsystems.

Trust failures typically appear at the boundaries: between enrollment and connection, between policy and gateway action, between release operations and runtime trust, and between architecture claims and operational evidence. AegisWire keeps those boundaries explicit, signed, and governed — not left as integration problems.

Session ↔ Trust Boundary

Session establishment and trust chain verification happen together. Connectivity does not precede trust validation.

Policy ↔ Gateway Alignment

Gateway selection and enforcement reflect published control-plane policy at runtime — not stale config or client-local state.

Release ↔ Runtime Integrity

Signed release workflows, SBOM, and reproducible builds mean the thing that runs can be compared against the thing that was reviewed.

Platform Outcomes

No hidden trust transitions between layers
Policy integrity from publication through enforcement
Audit and architecture review supported by evidence
Regulated operating models supported by deployment choice
Governance maintained across all deployment modes
Concrete modernization path for legacy VPN replacement

See the Platform in Operation

Request an architecture briefing. We demonstrate the live platform, not concept diagrams.

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