Client Engineering Documentation
Complete technical specifications, API integration blueprints, architecture patterns, and operational procedures for Azkkan client engagements.
1. Architectural Overview & Standards
Core infrastructure patterns built for ultra-high availability
All client solutions designed by Azkkan adhere to strict modular micro-frontends and decoupled backend microservices. Systems are deployed with multi-region failover, containerized orchestration (Kubernetes/Docker), and automated telemetry hooks. Explore our custom software engineering services.
2. Authentication & Keys
Secure token-based authentication via HMAC Bearer Headers
Requests to Azkkan client endpoints require a valid Authorization: Bearer <API_SECRET_KEY> header along with request signature validation.
curl -X POST https://api.azkkan.com/v1/telemetry/event \
-H "Authorization: Bearer azk_live_9f8d73b2e1a4" \
-H "Content-Type: application/json" \
-d '{"client_id": "azk-enterprise", "action": "deploy_verify"}'
3. REST & GraphQL Integration Specs
Low-latency REST endpoints & typed GraphQL subscriptions
All API responses return JSON with standardized envelope schemas containing request ID tracing and telemetry headers.
{
"status": "success",
"code": 200,
"data": {
"node_id": "azk-edge-syd-01",
"latency_ms": 14.2,
"uptime_pct": 99.994
},
"signature": "sha256:4f8e9102..."
}
4. CI/CD Deployment Rules & Staging
Zero-downtime rolling deploys via automated pipelines
Code pushes to main automatically trigger automated linting, security scans, unit testing, and isolated blue/green staging verification before production propagation. Discover our Cloud & DevOps services.
5. Secrets & KMS Management
Zero credentials in repository code
All database URLs, third-party API tokens, and private RSA keys are managed via HashiCorp Vault or AWS KMS and injected strictly at container runtime.
6. SLAs & Priority Escalation
24/7 on-call engineering coverage
Priority 1 incidents receive automated pager duty triage with a guaranteed < 15-minute response window and redundant node failover.