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RFS Pilot Program

RFS is in development. Use this pilot path for deterministic memory evaluation with advisory-supported guidance.

Self-Service Evaluation Available
Currently piloting on select environments • Linux support coming soon
Self-Service (Recommended)

Pilot Access

Launch a local pilot environment with sample data and complete setup guidance.

  • Local sandbox environment with sample data
  • Run queries and benchmarks immediately
  • Complete documentation and examples
  • Community support available
Pilot Support

Need Support?

Request advisory support for your pilot: direct architecture review, custom data guidance, and rollout planning.

  • Direct access to engineering team
  • Custom dataset integration
  • Architecture review
  • Production deployment guidance

Ideal For

  • Platform teams replacing vector database stacks
  • ML researchers needing provenance for every result
  • Compliance teams requiring complete audit trails
  • DevOps teams building incident memory systems
  • Enterprise architects evaluating next-gen AI memory

What to Expect

1

Pilot Environment Setup

Initialize your local sandbox in minutes

2

Run Sample Queries

Experience sub-35ms resonance latency with pre-loaded data

3

Evaluate Benchmarks

Compare RFS performance against vector databases

4

Request Support (Optional)

Need help? Request a pilot review with direct advisory support


Field-Native Memory Architecture

RFS replaces vector databases with mathematically-governed memory. Get deterministic results, complete audit trails, and provable correctness—all in a self-contained system.

  • Field-native memory (no external index)
  • Associative + exact recall
  • 42+ validated invariants
  • Complete provenance tracking
< 35ms
Median Resonance Latency
Proven in benchmarks

Ready to Begin a Pilot?

Start with a pilot onboarding flow: evaluate RFS in a guided environment and connect with our team for advisory support. No registration loop is required for self-service technical evaluation.