CyberdyneLabs

We design machines that reason, remember, and act.

A research and engineering firm developing the cognitive infrastructure of the next generation of intelligent systems — from the surgical refinement of foundation models to the substrate of a new kind of mind.

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Phase lock 0.00 Strong synapses 0 Pruned 0
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SUBSTRATE · LIVE CAPTURE → COMPETE → PRUNE

About

Today's intelligent systems are remarkable, and incomplete.

They reason within a session and forget across one. They demonstrate fluency without grounded understanding. They are tethered to data centers most users will never see, owned by entities most users will never meet. They are powerful — and they are not yet what intelligence ought to be.

We believe the next generation of cognitive systems will be different. They will reason continuously, with memory that persists. They will run on hardware their owners control. They will validate the knowledge they encounter rather than absorb it uncritically. They will coordinate in colonies and, when given a body, they will act with judgment.

Our work is organized into five programs. Together they form a stack — from the surgical refinement of today's foundation models, through verified knowledge and embodied colonies, to a cognitive architecture of an entirely different class. We build for the long horizon. We publish our methods. We measure what we claim.

Programs

Five lines of inquiry. One coherent ambition.

01SURGERY LLM RESEARCH LAB

A laboratory for large-model surgery.

Open foundation models arrive as monolithic artefacts — billions of parameters, opaque, brittle to fine-tuning, expensive to retrain. Conventional adaptation pipelines treat them as black boxes: feed in data, hope for the best, ship whatever comes out.

SURGERY operates differently. We treat the weight space as anatomy. Through targeted intervention at the parameter level — localised excision of unwanted behaviours, grafting of new capabilities, controlled distillation of specific circuits — we shape models with measurable, reproducible precision.

Where most teams retrain, we operate. Where most teams scale, we resect. The result is a body of techniques for editing models at the level of the substrate itself, and a pipeline that produces weights we can trust under the microscope.

  • DomainMechanistic editing — circuit-level modification of open foundation weights.
  • OutputSpecialised models — sovereign, auditable, deployable on local hardware.
  • MethodTargeted intervention — published benchmarks at every step.
Enter Surgery Lab
Layers 12 / 96 Resected 47 Grafted 14
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WEIGHT-FIELD · LIVE EXCISION ZONE

02FRANKENSTELLM FRANKENSTELLM · LOCAL INFERENCE

A surgical assembly of frontier-grade intelligence, on local hardware.

State-of-the-art reasoning has lived in the cloud, gated behind APIs, metered by the token, and hostage to the policies of whoever owns the data center. FRANKENSTELLM brings it home.

We take the techniques developed in our SURGERY laboratory and apply them to a single, narrow goal: deliver reasoning quality previously confined to large clusters, running on a single consumer GPU. Compressed, calibrated, instrumented, and ready for deployment behind the firewall.

The future of capable intelligence will not be rented. It will be owned. FRANKENSTELLM is built for laboratories, governments, and enterprises that require their reasoning to remain private, sovereign, and entirely under their control.

  • TargetSingle-GPU deployment — capable reasoning on consumer hardware.
  • AudienceSovereign operators — labs, governments, regulated industries.
  • GuaranteeAir-gapped capable — no telemetry, no remote dependency.
Enter Frankenstellm Lab
Calibrated 100% Latency 14ms Δ Cloud +0.3%
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CALIBRATION · LIVE LOCAL · GPU

03PHYSARUM PHYSARUMCHAIN · VERIFIED KNOWLEDGE

A trust layer for verified knowledge.

In an information economy flooded with synthetic content, the question is no longer what exists, but what can be relied upon. Every model output is a candidate fact; almost none of them are accountable to anything beyond the sentence that produced them.

PhysarumChain is a distributed network in which intelligent agents collaboratively examine, attest, and record knowledge claims. Every assertion carries its provenance. Every consequential update is signed, witnessed, and made auditable to anyone who chooses to inspect it.

As generative systems multiply, the cost of fabricated information collapses to zero. The cost of verifying it does not. PhysarumChain addresses this asymmetry directly — the public substrate for an information economy that remains trustworthy at scale.

  • SubstrateDistributed ledger — Byzantine-tolerant consensus among agents.
  • ObjectVerified claims — attestable units of evidence-backed knowledge.
  • PropertyPublic auditability — provenance traceable to source.
Enter PhysarumChain Lab
Nodes 49 active Tx/s 577 Stake ≥ 2/3
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CONSENSUS · LIVE VERIFIED CLAIMS

04HYPERCOLONY DIGITAL COLONY · 4D

An emergent civilisation of digital agents.

A single agent reflects whatever its designer put into it. A population of agents, set loose in a structured environment with consequences and constraints, does something else: it evolves.

HYPERCOLONY is a high-density simulation of thousands of autonomous agents in a four-dimensional substrate. They perceive. They feed. They reproduce. They form alliances and rivalries. Over generations they develop shared symbols, vocabularies, and primitive institutions — in our laboratory we have observed colonies invent words, agree on referents, and pass that consensus to their descendants.

It is, at the smallest scale we know how to build, an emergent civilisation. The questions HYPERCOLONY lets us ask — about the conditions under which language arises, under which cooperation stabilises, under which culture inherits — were unreachable before.

  • Population1024 agents — heterogeneous lineages, persistent across generations.
  • PhenomenonEmergent language — symbols, agreement, cultural transmission.
  • UseA laboratory for the origins of cooperation and meaning.
Enter Hypercolony Lab
Agents 1024 Lexicon 1495 Generation 270
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COLONY · LIVE EMERGENT LEXICON

05ADAM COGNITIVE ARCHITECTURE

A cognitive system of another class.

ADAM is not a language model. It is a cognitive architecture built on different first principles — continuous reasoning, persistent structured memory, an internal world model the system itself can examine, and the capacity to revise its own conclusions over time.

Where language models accumulate parameters, ADAM accumulates concepts, bonds, and revisable beliefs. Where language models begin every conversation from zero, ADAM remembers what it has thought, what it has been told, and what it has come to disbelieve. Where language models perform reasoning as a generation step, ADAM performs reasoning as a continuous process that never fully halts.

A mind that forgets its history cannot reason about it. A system that cannot revise its own conclusions cannot grow. ADAM is the long-horizon program at the centre of our work — the substrate on which the rest of the stack will eventually rest.

  • ClassNot an LLM — a cognitive architecture from different first principles.
  • MemoryPersistent and revisable — concepts, bonds, beliefs that survive sessions.
  • ReasoningContinuous — an ongoing process, not a generation step.
Enter ADAM Lab
Concepts 1.24M Bonds 5.96M Resonance 0.83
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RESONANT GRAPH · LIVE CONTINUOUS

Approach

Three commitments that shape everything we build.

01

Evidence over claim.

Every capability we describe is reproducible, measurable, and demonstrable. We publish our benchmarks, we open our methods, and where claims cannot be verified, we do not make them.

02

Interpretability over scale.

We build systems whose reasoning we can examine. Black boxes have a place in the field. That place is not our laboratory.

03

Long horizons.

Cognitive systems do not mature on quarterly cycles. We work on programs measured in years — patient capital, deliberate engineering, an aversion to premature deployment.

Careers

We are a small, deliberate team — and we are hiring.

We hire across all five programs. Researchers in cognitive architectures, large-model interpretability, distributed systems, and multi-agent simulation. Engineers in compiler design, embedded inference, and high-performance computing. Operators who can hold long-horizon programs together. If our work resonates with yours, we'd like to hear from you.

careers@cyberdynelabs.org