Intelligence, Compounding

Recurvia is a deep reinforcement learning lab building AI that improves AI. We are the observation, reasoning, and optimisation loop of self-improving intelligence.

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Built by researchers and engineers from

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Educated at

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Our DNA

Our work is driven by a single research question: how can AI systems become better at improving themselves, and by extension at solving many of the world's hardest problems? The technologies we build resolve to one unified answer: a closed loop in which AI observes how models learn, reasons about what to run next, and acts on training in real time.

THE SETTING

AI is entering a self-optimisation era.

As models scale, compute has become the defining constraint in AI. The world's leading labs have responded by making automated AI research their stated goal — and by taking the tooling it depends on in-house. The next advances in optimisation will come from AI systems that continuously analyse, optimise, and adapt themselves. We are building those systems for everyone training serious models — from start-ups to frontier labs.

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Building AI that can keep up

Training and deploying advanced AI systems increasingly depends on iteration velocity and compute efficiency — at every level of the stack.

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Training will learn to run itself.

Demand for compute continues to outrun supply across GPUs, memory, and large-scale infrastructure. Every wasted cycle now has a price — and no team can watch, diagnose, and retune its runs fast enough to reclaim it by hand. The answer is AI systems that analyse, optimise, and adapt themselves — continuously, observably, and within limits their operators set.

One system. First layer live. The loop ahead.

Everything we build forms a single loop. Metrana is the observation layer, already live: high-fidelity telemetry on how models learn, designed to be read by machines as well as humans. Paramorph is the optimisation layer: dynamic control of training at runtime. Connecting them is a growing reasoning capability — automated analysis and experimentation that decides what to run next. One system, designed around continuous optimisation rather than static workflows.

Metrana

The observation layer for self-improving AI.

Built first for our own research, Metrana is an observability and experimentation platform designed for a world in which the primary consumer of training telemetry is increasingly an AI system itself.

Metrana combines metric logging at frontier scale with intelligent analysis and agentic experimentation: the foundations of the loop's reasoning layer, available today to the teams training the most demanding models.

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Metric logging at massive scale

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RL-specific observability interfaces

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AI-assisted analysis

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Automated experimentation and iteration

PARAMORPH

A foundational AI for autonomous neural network optimisation

Paramorph is the loop's optimisation layer. It adapts learning strategies live during training — continuously adjusting hyperparameters and training behaviour to improve convergence, scalability, and compute efficiency. Itself a foundation model trained with multi-agent reinforcement learning, Paramorph treats optimisation as an intelligent, continuously evolving process rather than a static configuration problem.

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Dynamic optimisation at runtime

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Faster training convergence

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Reduced hyperparameter sweep overhead

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Multi-agent coordination

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Layer-wise adaptive control

THE CHALLENGES

Optimisation is becoming a defining AI capability.

As training runs grow and infrastructure compounds in complexity, small inefficiencies translate into millions in wasted compute — and the labs that learn fastest will be the ones whose systems learn to run themselves.

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Millions in compute cost

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Extended training timelines

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Reduced iteration speed

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Infrastructure underutilisation

BACKED BY LEADING DEEP-TECH INVESTORS AND ACCELERATORS

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The next era of AI will improve itself.

We're building the loop that makes that fast, observable, and controllable.