VAAS-X Core Platform

Any domain emits structured data to the substrate. The substrate handles ingestion, indexing, encryption, and storage transparently. Applications query the substrate and receive outcome-ranked episodic results.

Architecture Overview

Data Sources

Any system emitting structured numeric data - sensor array, industrial machine, autonomous vehicle, AI agent, research instrument, or financial pipeline.

Bootstrap

Optional zero-config entry: auto-discovers stream structure, provisions dedicated shards, and begins episodic accumulation from the first datapoint.

VAAS-X Core

The substrate receives data, stores it in a proprietary episodic memory structure, and indexes it for fast, scalable retrieval at production data volumes. Configurable encryption policy is on our roadmap for custom Enterprise deployments -- see the pricing page for current availability.

Recall Layer

Applications query the substrate and receive outcome-ranked episodic results in milliseconds. No retraining. No downtime. No GPU.

Bootstrap - The Zero-Config Entry Point

Bootstrap makes the substrate accessible without integration work. Any device that emits a device identifier, timestamp, and numeric key-value payload can connect and accumulate episodic memory immediately.

  • Provisions a dedicated cognitive shard per device
  • Profiles each data channel's statistical behaviour
  • Builds structured episodic memory from the first datapoint

Validated: NASA CMAPSS FD001 blind trial with 100% correct identification of stable and dynamically significant channels from opaque identifiers.

Performance Benchmarks

April 2026. AWS EC2 m7i-flex.large. CPU-only. ANN-Benchmarks GloVe-100-Angular. 1,183,514 vectors. No GPU. No AVX-512.

ConfigurationMeanP95QPSRecall@10vs Flat
Speed mode3.65ms4.94ms273.976.45%19x
Balanced mode9.32ms11.15ms107.389.05%7.4x
Quality mode13.99ms16.14ms71.593.15%4.9x
Flat baseline~69ms~69.7ms~14.5-1x

Desktop (Intel i5-10600KF, no GPU): 1.11ms mean, 1.45ms P95, 76.5% Recall@10, 297x vs brute-force.

Larger-scale (100K-10M vector) benchmarks are in progress.

Multi-Shard Federated Architecture

VAAS-X supports horizontal scaling through a federated shard model. A central router distributes queries across active shards in parallel, then merges and outcome-ranks results before return.

  • Each shard independently operable and domain-isolated
  • Hot-add new shards without downtime or migration
  • Graceful degradation with partial results on failure
  • Encrypted tenant isolation per shard -- custom Enterprise deployments, roadmap for the standard hosted service
  • Validated range: ESP32 microcontroller to enterprise EC2 cluster

Deployment Patterns

Single Node

Development and pilot deployments.

Federated Fleet

Multiple domain shards with merged outcome-ranked recall.

Edge Brains

  • Industrial IoT and sensor telemetry (validated: NASA CMAPSS, ESP32 Cardputer)
  • Air-gapped and sovereign environments
  • On-premise deployments in regulated industries
  • Autonomous vehicles and robotics (roadmap)
  • Low-latency decision support

Getting Access

Get a Free-tier API key instantly, or self-serve upgrade to Developer or Professional via Stripe -- see the pricing page. For Enterprise deployments, custom onboarding, or pilot partnerships, contact hello@vaasx.com.