- Owner: Chief Online Services Engineer
- Version: 1.0.0
- Last Updated: 2025-10-22
- Status: Approved for Programme Distribution
The Server and Backend Architecture stack delivers resilient, low-latency services that keep LifeVerse always available. It balances scalability, observability, and cost efficiency to support millions of concurrent players.
Includes cloud architecture, networking, deployment automation, observability, and live operations workflows for Server and Backend Architecture.
- Document disaster recovery, capacity planning, and compliance requirements for Server and Backend Architecture.
- Automate provisioning, testing, and blue/green deploys for Server and Backend Architecture.
- Integrate FinOps practices to optimise cost profiles for Server and Backend Architecture.
- Design highly-available topologies and redundancy models underpinning Server and Backend Architecture.
- Detail how Server and Backend Architecture links server architecture with broader online services systems to create consistent player expectations.
- Define authoring guidelines and content taxonomies ensuring every the backend dimension within Server and Backend Architecture remains discoverable.
- Capture test scenarios proving Server and Backend Architecture handles the architecture dimension, cross-play, and accessibility requirements.
- Surface dependencies and escalation paths connecting Server and Backend Architecture to the architecture dimension and adjacent capabilities.
- Collaborate with data engineering to capture operational telemetry from Server and Backend Architecture.
- Connect Server and Backend Architecture pipelines with CI/CD, security scanning, and change management gates.
- Share service-level objectives and runbooks with support teams for Server and Backend Architecture.
- Align with product and marketing calendars when scaling Server and Backend Architecture capacity.
- Operate on-call rotations and runbooks to support Server and Backend Architecture 24/7.
- Maintain infrastructure-as-code repositories describing Server and Backend Architecture.
- Run chaos engineering, load tests, and failover drills for Server and Backend Architecture.
- Document incident retrospectives and root-cause analyses tied to Server and Backend Architecture.
- Customer impact metrics for outages or degradation in Server and Backend Architecture.
- Availability, latency, error rates, and scalability metrics for Server and Backend Architecture.
- MTTR, MTBF, and change failure rates associated with Server and Backend Architecture.
- Cost efficiency and resource utilisation insights for Server and Backend Architecture.
- Vendor dependency or supply chain issues threaten Server and Backend Architecture delivery.
- Unpatched vulnerabilities or misconfiguration could compromise Server and Backend Architecture.
- Capacity misalignment may cause outages during major Server and Backend Architecture events.
- Insufficient observability hinders detection of issues within Server and Backend Architecture.
- Integrate predictive scaling and self-healing capabilities into Server and Backend Architecture.
- Stabilise baseline environments and SLOs for Server and Backend Architecture.
- Automate elasticity, regional expansion, and hybrid deployments enhancing Server and Backend Architecture.
- Adopt edge computing, serverless, and container orchestration innovations for Server and Backend Architecture.
- Security scanning and compliance automation integrated with Server and Backend Architecture.
- Infrastructure-as-code templates, observability stacks, and deployment pipelines for Server and Backend Architecture.
- Incident management platforms, pager rotations, and runbook libraries covering Server and Backend Architecture.
- Cost dashboards, capacity planners, and vendor management trackers for Server and Backend Architecture.
- See
Server-and-Backend-Architecture.mdfor complementary guidance. - See
Server-Scaling-and-Load-Balancing.mdfor complementary guidance. - See
Cloud-Services-Guide.mdfor complementary guidance.