Peak Performance for High-Consequence Physical Systems

Geminus links AI to the physical world, integrating data, physics, and computation into a unified system that continuously understands and optimizes complex operations in real time, despite real-world uncertainty, across the entire enterprise.

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Trusted and in use by the world’s largest oil and gas companies

25%

reduced methane flaring

5%

increased production

$100M

delivered in year one

25%

reduced methane flaring

5%

increased production

$100M

delivered in year one

25%

reduced methane flaring

5%

increased production

$100M

delivered in year one

What Geminus Delivers

Physics-native AI for high-consequence operations where the cost of a mistake is measured in millions per hour.

Industrial infrastructure powers the global economy. Much of it still operates below its true potential.

Offshore oil rig at sea during sunset with an overlay showing system performance index at 98.7 in range.

Business value delivered. Fast.

Most industrial AI is confined to pilots. Geminus is built for live operations. The platform deploys across entire systems in weeks, solving your toughest problems and  immediately optimizing performance, delivering measurable operational gains from day one.

We helped a major refiner move from pilot to production in days, not months.

Three large industrial pipelines extending into the distance with a digital overlay showing 92% efficiency.

Accuracy that holds in the field.

Many AI systems work in the lab but fail in the field. Geminus starts from physics and first principles, building models designed to operate reliably under the uncertainty, scale, and complexity of real industrial systems.

Geminus worked with a leading U.S. gas producer to reduce methane flaring by 25% while increasing production by 5%.

Advantage you can measure.

Geminus is built to deliver measurable effects across live systems. Revenue gained. Emissions reduced. Downtime avoided. No abstract capability scores.

$100M delivered in year one via production increases and operating cost reduction.

The Science Behind the Advantage

Engineering models for the next industrial revolution

Conventional AI learns patterns from historical data. In industrial environments, where mission-critical assets are non-linear, conditions shift constantly, and no single data source tells the full story, those patterns break the moment something new happens. And they ship without a confidence measure. Operators won't act on what they can't trust.

Geminus doesn't extrapolate from your data. Instead, it understands the underlying physics of your asset, fuses every source of truth — including simulators, historical data, real-time sensor feeds, and operational context — and delivers real-time recommendations with uncertainty qualification. That's how we help turn engineers into heroes.

Fast

Decisions at the speed of the mission critical systems that drive our world.

Robust

Accurate predictions that navigate real‑world uncertainty.

Scalable

Thousands of networked assets, from refineries to electric grids to satellites and defense systems.

Industries

Solutions for the world's most critical systems

Nuclear Power

Cooling tower of an industrial plant emitting thick steam into the sky at sunset.

Renewable Energy

Close-up of a wind turbine's rotor blades with sunlight casting a warm glow.

Data Centers

Row of server racks with organized network cables in a data center illuminated by warm sunlight.

Electricity Distribution

Close-up of high voltage electrical insulators and connectors at a power substation.

Utilities

Close-up of an electrical transmission tower with multiple insulators and power lines against a soft, pastel sky at sunset.

Space

Close-up view of five metallic rocket engine nozzles with intricate piping and wiring.

Defense

Side view of a navy aircraft carrier at sunset with a fighter jet on the deck.

partners

Working with industry leaders

Geminus works with leading industrial giants to bring engineering superintelligence into live operations.

Together with partners such as SLB, we deploy physics-native AI across complex infrastructure to optimize performance, reduce risk, and deliver measurable advantage. These partnerships extend the platform across critical systems and accelerate the next generation of industrial capability.

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