Platform Architecture

UltraVM architecture is organized into three principal domains: compute orchestration, network transport, and service observability. Compute orchestration governs node lifecycle, storage attachment, and workload scheduling. Network transport governs upstream path selection, traffic engineering, and edge behavior under variable congestion. Service observability correlates latency, packet loss, node pressure, and application health into an operational decision model.

Deployment architecture is designed around controlled scaling increments. Capacity is introduced in small operational units so that routing consistency and service reliability can be validated before additional workloads are shifted. This reduces blast radius during expansion and preserves the ability to attribute regressions to specific infrastructure changes.

The architecture also assumes that low-latency workloads are sensitive to both CPU contention and network jitter. For that reason, platform changes are evaluated with workload telemetry, including tick-time behavior for game servers, packet retransmission rates, and storage latency percentiles.

Cross-reference: Infrastructure Overview, Data Centre Operations, and Status & Reliability.