PLATFORM
One control plane for identity, events, and partner execution.
The QLUNIX platform core unifies identity, event orchestration, and billing so every module and partner connection runs on shared operational contracts.
Platform Pillars
Architecture principles that connect products, workflows, and governance.
PILLAR 01
Unified Identity (Will ID)
A single source of truth for talent and enterprise identities used consistently across ANQ.am, legal workflows, and partner operations.
PILLAR 02
Event Backbone
Every cross-module transition is emitted as a governed event, allowing deterministic automation and clean integration boundaries.
PILLAR 03
Centralized Billing
Payments, subscriptions, and partner commissions flow through one settlement layer with multi-currency support and auditable splits.
Foundations
Shared technical foundations across ANQ.am and the wider product ecosystem.
- C#, .NET, and PostgreSQL core services with strict service ownership
- Event bus contracts for cross-module automation and partner callbacks
- AI workers that consume events as compliance and relocation agents
- Policy-aware identity and access governance across ecosystem modules
- Centralized Stripe billing with partner payout automation
- API-first partner onboarding with contract validation and rate controls
System Surfaces
How platform architecture supports product interoperability and enterprise scale.
Client app interoperability
ANQ.am and future modules share one identity and event model, reducing duplicate data capture and integration drift.
Partner fulfillment continuity
External partners receive high-intent workflows with complete context, while QLUNIX tracks delivery state and settlement in one place.
Scale-ready orchestration
New modules can be launched by binding to existing identity, event, and billing primitives instead of rebuilding foundational systems.
Control Plane Consistency
Platform services are delivered with consistent standards across modules and partner interfaces.
Qlunix maintains one architecture and governance model while adapting event handlers and service boundaries to each workflow domain.