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AUXTA vector-oriented indexes with dimensions added live
Vector-oriented indexes — add dimensions live, without reindexing.
About

AUXTA is a vector-oriented, self-hosted decisioning database built for gaming infrastructure. Create indexes and add dimensions without reindexing, build live segments, attach decisions, trigger actions, and inspect every execution in sub-millisecond detail. Gaming-native and powered by ADAAS, it runs LiveOps, matchmaking, retention, and fraud on a single real-time source of truth.

What makes AUXTA worth your time.

  • Vector-oriented indexes — add dimensions without reindexing.
  • Live segments with attached decisions and triggered actions.
  • Sub-millisecond execution (< 0.2 ms) with full per-execution inspection.
  • Self-hosted, gaming-native infrastructure powered by ADAAS.
  • Purpose-built for LiveOps, matchmaking, retention, and fraud.

Bring up a single-node AUXTA instance and open the console.

  1. Pull the image
    docker pull ghcr.io/auxta/auxta:latest
  2. Run a node
    docker run -p 7070:7070 ghcr.io/auxta/auxta:latest

    Exposes the console and decisioning API on port 7070.

  3. Open the console
    open http://localhost:7070

    Sign in with the demo credentials to explore.

What’s new in recent releases.

  1. v1.0.02026-07-02
    • General availability — self-hosted, gaming-native release.
    • Sub-millisecond decisioning with full per-execution inspection.
    • Live segments with attached decisions and triggered actions.
  2. v0.9.02026-05-20
    • Add dimensions to indexes without reindexing.
    • Fraud and retention starter segments.

Get AUXTA on your platform.

System requirements
Deployment
Self-hosted — Docker or bare metal
Architecture
Microservices — several service types that scale horizontally with the workload
Minimum
t3.small per node (2 vCPU / 2 GB) — current dev environment
CPU
AVX2-capable x86-64 (vector engine)
Memory
16 GB RAM per node recommended for live indexes
Storage
NVMe SSD recommended for live indexes
Orchestration
Kubernetes 1.27+ or Docker Compose