One model, many products.
Each tenant gets an explicit card stack instead of a new fine-tuned fork.
Independent AI systems lab 2026
Cyberelf Labs builds four independent authorities for bounded model change: SalienceLean proves the contract, Whetstone measures behavior, Foundry binds the decision, and Backplane governs execution.
Founded by Justin Garringer / Waterloo, Iowa
Product architecture
One loop // Four independent authorities
Each product owns one narrow decision. Formal truth cannot erase a behavioral regression; a benchmark win cannot mint runtime authority; a deployment cannot silently become the next baseline. Foundry closes the transaction only when every required receipt agrees.
Empirical authority
Whetstone // Deployment authority
Whetstone is the stack’s empirical authority: infrastructure for deciding whether a model, adapter, prompt, workflow, or agent has actually earned promotion—without training on the exam that judged it.
Runtime authority
Backplane // Governed runtime authority
Backplane turns one open-weight model into a governed platform. Mount signed policy, memory, tools, sensors, adapters, and bounded activation cards per tenant—without forking the base model or surrendering isolation, telemetry, and rollback.
Each tenant gets an explicit card stack instead of a new fine-tuned fork.
Signed packages, capability negotiation, scoped state, and receipts make every extension inspectable.
The measured closure deployed a real 4-bit model plus private adapter; the public sandbox exposes the same admission and execution contract without exposing the artifact.
Operating thesis
The lab doctrine
A / EVIDENCE
Every ambitious system needs an honest instrument panel: paired outcomes, replayable runs, visible regressions, and a decision boundary that fails closed.
B / BOUNDARIES
Secrets stay inside the grading boundary. Exposed items burn. Public interfaces reveal outcomes and provenance—not the exam that produced them.
C / EXPLORATION
Unusual ideas are welcome. They still have to run, recover, generalize, and produce evidence strong enough to outlive the demo.
Selected systems
Research that executes
Cyberelf Labs sits between research and product: a local-GPU visual workstation, digital organisms, continual-learning rigs, explicit boundaries, and enough instrumentation to know when the magic is fake.
07A / VISUAL SIGNAL SYSTEMS
A browser-native visual signal workstation for patching typed device racks across color, depth, motion, masks, normals, confidence, and stereo. Real-time shader synthesis executes on the client GPU; frames stay in the browser unless exported.
Open the live workstation
07B / DIGITAL BIOLOGY
A CUDA petri dish where neural cellular automata grow tissue, metabolize, take cell-level injuries, and repair. Genomes mutate, lineages replay, and failure is visible—not averaged away.
07C / CONTINUAL LEARNING
A search rig one layer below model architecture. It evolves memory, consolidation, context routing, trust gates, and contradiction repair through replayable lifetimes—then keeps a behavioral atlas instead of crowning one fake universal winner.
Related mechanism studyFounder
Justin Garringer // Founder, Cyberelf Labs
Justin founded Cyberelf Labs in Waterloo, Iowa to work where familiar tools produce misleading confidence: an eval that rewards leakage, a learner that forgets its past, or a digital organism that only looks alive.
The lab is intentionally lean. The work spans AI evaluation, agent reliability, continual learning, digital biology, and whatever comes next when the yardstick matters as much as the thing being measured.
Have a hard system and a weak yardstick?