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Arionics

The Foundry governed heat for Applied AI

Accountable AI,
not hype.

Science, design, and engineering turning ideas into reusable accelerators—so delivery is faster, safer, and adopted.

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Methodology

How The Foundry Works

A clear, collaborative process that turns ideas into scalable assets.
We combine delivery excellence with pioneering research, acting boldly in the now, while shaping what’s next.

Step 1

Problem Framing

The Foundry applies the scientific method to reframe problems — using research, data behavior, and causal drivers to define what’s solvable and the impact expected.

Step 2

One use case, one metric.

Step 3

Evidence, not hype.

Step 4

Production & adoption.

Step 5

Portfolio & enablement.

Step 1

Problem Framing

The Foundry applies the scientific method to reframe problems — using research, data behavior, and causal drivers to define what’s solvable and the impact expected.

Step 2

One use case, one metric.

Step 3

Evidence, not hype.

Step 4

Production & adoption.

Step 5

Portfolio & enablement.

Step 1

Problem Framing

The Foundry applies the scientific method to reframe problems — using research, data behavior, and causal drivers to define what’s solvable and the impact expected.

Step 2

One use case, one metric.

Step 3

Evidence, not hype.

Step 4

Production & adoption.

Step 5

Portfolio & enablement.

Step 1

Problem Framing

The Foundry applies the scientific method to reframe problems — using research, data behavior, and causal drivers to define what’s solvable and the impact expected.

Step 2

One use case, one metric.

Step 3

Evidence, not hype.

Step 4

Production & adoption.

Step 5

Portfolio & enablement.

Foundry accelerators

What We’re Building

Every Foundry project pushes the frontier of what AI can achieve in real environments.

Align, Prioritize

Bach

Trustworthy AI for regulated industries. Frameworks for reliability, auditability, and security that turn policy into operational guardrails—so regulated teams can green-light AI with confidence.

SSRT register live

Risk down-scoped

Approval path defined

Integrate

Escher

Automating project maintenance. An AI system that understands, documents, and maintains complex codebases—reducing toil so engineers ship more net-new work.

Post-merge defects ↓

MTTR ↓

Maintenance time ↓

Scale

R&D Unit

Shaping tomorrow’s AI. Exploratory research and partnerships that become ready-to-use accelerators, raising the baseline for future builds.

New accelerators shipped

Eval coverage ↑

Time-to-proof ↓

Scale

Grants Program

Accelerating Applied AI. Hands-on engineering + design support for startups and labs—spreading reusable patterns across domains through co-builds.

Reuse % ↑

Unit cost ↓

Partner pipeline ↑

R&D to real impact

Outcomes Our Clients Can Measure

Real work, real evidence. Here are three quick wins from our governed R&D—automation that speeds labs, models retrained for parity, and patient-specific simulation that improves surgical planning.

Healthtech

Titra

AI-powered viral titration for faster, more reproducible research.

Co-created with the Institut Pasteur de Montevideo, Titra automates plaque titration, achieving 90% accuracy and cutting processing time from 60 to just 5 minutes — accelerating lab workflows and improving data reliability.

90% accuracy

12x faster analysis

Learn More

Healthtech

SkinCheck

AI-powered melanoma detection redesigned for inclusivity and accuracy. By retraining diagnostic models to recognize all skin tones, our team reduced bias and improved recognition performance from 0.83 to 0.91, reaching parity in only 8 weeks.

+10% detection parity

8 weeks to retrain

Healthtech

Ankyras

Predictive 3D modeling for safer aneurysm treatment planning.
Using patient-specific simulations, Ankyras allows surgeons to visualize device behavior before surgery, improving accuracy and reducing risk in complex procedures.

Predictive 3D modeling for safer aneurysm treatment planning. Using patient-specific simulations, Ankyras allows surgeons to visualize device behavior before surgery, improving accuracy and reducing risk in complex procedures.