Industrial intelligence requires its own foundations.
Most AI stacks now depend on foundations built somewhere else: broad systems from a narrow set of providers, trained for general capability and released on terms the builder does not control. Miril builds industry-specific foundations for sectors where perception has to work in the actual operating environment, with verification and validation designed into the loop.
Open-weight releases from labs and providers like Meta and Qwen helped define an era where teams could start from capable public foundations and adapt upward. That era created enormous leverage.
But the frontier is moving toward closed, hosted, and less inspectable systems. The best general-purpose AI is increasingly something industry partners can call, but cannot truly own, rebuild, audit, or train against their own operating reality.
Miril exists for the next step: industry-specific foundation models built from the data, tasks, verification standards, and validation evidence of the sector they are meant to serve.
A system can be extraordinary on internet data and still be underprepared for an industrial site, a mine, a drone route, or a robot workspace.
The most capable general systems are increasingly distributed through closed interfaces. That can be useful for products. It is a weak foundation for industries that need to adapt deeply, preserve control, and verify behavior against their own requirements.
Meta's public vision work and Qwen's language systems are useful reference points: broad, capable, and widely adopted. They are not a data strategy for copper mining, and they are not validation evidence for a delivery drone approaching uncertain ground.
The work is not a wrapper around a generic endpoint. It is the full loop required to create an industrial foundation: data specification, dataset construction, training infrastructure, verification, validation, and user-shaped adaptation.
Define what the sector needs to perceive, what failure looks like, and what evidence should count.
Build datasets around the domain, including the views, sensors, materials, and edge cases that matter.
Train industry-specific foundation models through repeatable pipelines built for domain adaptation.
Check that the system was built right: specifications, constraints, regressions, and known failure modes.
Check that the right system was built: field performance, representative scenarios, and user fitness.
Refine the foundation around end-user demand and the realities discovered in deployment.
For industrial AI, performance is not just a benchmark score. It is evidence that a system follows its specification and still works when the world stops looking like the training set.
Verification is the internal discipline: requirements, rules, constraints, tests, regressions, calibration checks, and traceable evidence. It asks whether the system behaves according to the specification before it is trusted in the field.
Validation is the real-world discipline: representative scenarios, domain expert review, field data, operational thresholds, and evidence of generalization. It asks whether the system is fit for the mission the user actually has.
Miril's first sectors are physical, sensor-rich, and operationally demanding: aerial drones, then humanoid robots.
A drone does not need a broad internet prior. It needs to understand airspace, ground risk, approach geometry, obstacles, motion, visibility, and the operational context around a route or landing zone.
A humanoid system needs perception grounded in embodiment: objects, free space, affordances, contact, human context, motion, and the immediate consequences of acting in the world.
Industrial domains need training distributions that reflect their own environments, tasks, and operational risk.
Deep adaptation requires more than access to an endpoint. It requires a foundation a partner can build around.
Evaluation should measure the behavior that matters in the sector, not only broad public benchmarks.
Miril works with industrial partners whose perception problems are important enough to deserve their own foundation layer. Bring the sector, the data reality, and the demand. We build the training system around it.