Research-driven AI

Don't just rent a black box. Most AI is a middleman for a distant cloud. We're bringing the brain back to you — localised, research-driven models that put your privacy and ownership first.

Join the movement

Hero visual
Drop your hero image here
DATA STAYS LOCAL
100%
Local inference ·Safe RL ·No cloud dependencies ·Privacy first ·Real engineering ·Open weights ·Edge deployment ·Constraint satisfaction ·No wrappers ·Your data stays yours ·Local inference ·Safe RL ·No cloud dependencies ·Privacy first ·Real engineering ·Open weights ·Edge deployment ·Constraint satisfaction ·No wrappers ·Your data stays yours ·
The stack

Raw inference.
Real engineering.

No wrappers. No compromises. No cloud dependencies.

10× Faster

Sub-millisecond inference. No API roundtrips. Your model runs on your hardware, on your terms.

<1ms latency

100% Private

Your data never leaves your infrastructure. AES-256. Complete control over every byte.

Zero transmission

You Own It

No black boxes. You see every decision. You get the weights, the code, everything. No licensing fees.

Full transparency
Active research

Autonomase.

A reinforcement learning agent for autonomous web navigation. Gets smarter with every site it visits — and carries that knowledge forward.

What it is

Most scrapers start from zero every time. Autonomase doesn't. It navigates websites autonomously using a neurosymbolic RL policy trained on symbolic DOM structure — not raw HTML noise. Every successful navigation updates its beliefs. Those beliefs transfer to structurally similar sites.

First visit: broad exploration. Tenth visit: near-deterministic. Learned from AutoTrader? Motors.co.uk bootstraps in a fraction of the time. The more it runs, the better it gets — and competitors can't replicate that without the same interaction history.

Neurosymbolic DOM parser
Bayesian RL · Thompson sampling
Cross-site prior transfer
PPO policy — model-free
Episodic memory per site
Self-hosted · peer-to-peer roadmap

Agent loop

01

Observe

DOM snapshot → symbolic parser extracts buttons, links, fields, ARIA labels, URL patterns

02

Decide

RL policy acts on clean symbolic state — not raw HTML — massively reducing state space

03

Act

Click / type / scroll via Playwright. Symbolic check gates every action before execution

04

Update

Successful trajectory stored to episodic memory. Posterior updated: 'links with this class → listing data'

05

Transfer

Prior carries to structurally similar sites. Car sites share DOM patterns. Prior bootstraps faster each time

Self-hosted · RTX 4070 Super · Bristol

Reward signal

Target data extracted

make, model, year, mileage, price

Progress toward target

clicked into listing from search

Dead end / CAPTCHA hit

episode terminated

Repeated state detected

hash match → loop prevention

Why PPO

On-policy. Handles diverse and changing action spaces across different sites naturally — which off-policy methods struggle with. Episodic memory adds sample efficiency without needing a world model.

Model-based (e.g. DreamerV3) would need retraining per site — different transition dynamics every time. Model-free generalises across diverse environments by design.

The moat

Generic scrapers start from zero on every site. Autonomase accumulates cross-site experience. The more sites it navigates, the better its priors, the faster it converges on new ones.

Competitors cannot replicate this without the same interaction history. The data is the moat. The agent gets it.

First target

UK used car listings — concrete, evaluable: did the agent extract make, model, year, mileage, price, location?

Products

Things we're building.

Powered by Autonomase. Built for people who want better.

In development

Trailset.

Job market intelligence built on real data — not aggregated job boards. Know which companies actually hire, how they move, and whether you're a genuine fit before you waste your time applying.

Powered by Autonomase crawling hundreds of UK career sources. No direct competitor. Biodiversity of data is the moat.

Real hiring signals
Structural data analysis
Powered by Limitless LLM
UK-focused, expanding
MonzoML EngineerHigh12d
DeliverooData ScientistMed3d
RevolutApplied AIHigh1d
WiseRL ResearcherHigh5d
StarlingMLOps Eng.Low21d
↓ 247 more signals
Agent · Session 47
Squat depth94%
Push balance78%
Recovery score88%
Adaptation rate91%
↑ Policy updated after last session
Early research

Gym × RL.

A reinforcement learning agent that learns your body — your structure, your goals, your recovery. Built for every body type, not the average.

The kind of thing that comes from actually being in the gym and knowing RL from first principles. Social accountability layer built in — progress you can share, not just stats you ignore.

Body-type adaptive
Social accountability
Safe RL constraints
On-device, private

RLFoundry.

A clean-room RL library built from first principles. PPO, safe RL, constraint satisfaction — implemented properly.

Built as part of ongoing research into safe reinforcement learning and cross-domain constraint transfer. Currently implementing PPO → PPO-Lagrangian → CPO across structurally distinct applied environments — healthcare, energy, smart grids, robotics.

No wrappers around existing libraries. Everything from scratch, against CleanRL as specification. Infrastructure stack: Hydra, Weights & Biases, Slurm/Apptainer on HPC.

PPO (discrete + continuous)
PPO-Lagrangian
CPO (in progress)
Rainbow DQN
Cross-domain transfer
Safety constraint layer

Research targets

ICU SepsisHealthcare
HVAC ControlEnergy
pymgridSmart grid
RWARERobotics
Actively training on Hex HPC
Consulting

Select applied ML work.

We take on a small number of projects. Edge inference, safe RL, custom training pipelines.

Computer vision, NLP, forecasting — built and deployed on your infrastructure. We don't wrap APIs. We train real models. We optimise for your hardware.

Edge inference & quantisation
Safe RL with real-world constraints
Custom training pipelines
On-device deployment

Philosophy

We don't believe in wrappers. We believe in real engineering. If you need someone to bolt GPT-4 onto a chatbot, we're not the right fit. If you're solving something genuinely hard on real hardware — let's talk.

Founded on the principle that AI shouldn't be locked behind expensive APIs. Open tools. Open access. Real independence.

0%

Local inference

0+

Research domains

0 cloud deps

Hard dependencies

0+

Trailset data sources

Built with conviction.

No gatekeeping

AI shouldn't be locked behind expensive APIs. Open tools. Open access. Real independence. If you can run it locally, you should.

Real engineering

We solve hard problems on real hardware. No handholding, no shortcuts. The kind of work that holds up under scrutiny.

Your control

You own the models. You own the data. No lock-in, no vendor dependency. Complete freedom — by design, not as an afterthought.

Principles

Safety and ethics
by default.

Responsible AI

Bias detection, fairness monitoring, and explainability from day one. No black boxes. No hidden assumptions.

Data governance

Your data stays yours. No retraining on your data without explicit consent. Full transparency on what's stored and how long we keep it.

Human oversight

AI that supports decision-making, not replaces it. Built with override capabilities. Humans stay in control. Always.

Ready to own
your AI?

Let's talk about what you're building. We like hard problems.

GitHub