Reactors we support

Our control layer works across the industry.

Our control technology is not limited to one reactor line. It applies to operating fleets and future designs worldwide — roughly 640 reactors operating or under construction today.

Reactor families

One control layer, many reactor types.

Our digital twin and variable-speed pump control are designed to adapt to the physics, safety case, and operational model of each reactor family. We partner with developers and operators rather than compete with their hardware.

Large PWRs

Including AP1000 and other gigawatt-class pressurized water reactors in operation and under construction.

Integral PWRs

Compact SMR designs with the steam generator and pressurizer inside the reactor vessel.

BWRs

Boiling water reactors that can also benefit from fast, pump-driven load modulation.

Microreactors

Transportable, megawatt-scale units for remote sites, defense, and industrial applications.

Sodium fast reactors

Fast-spectrum plants with passive safety and high fuel utilization, supporting load-following control.

High-temperature gas reactors

HTGRs and other advanced gas-cooled designs where thermal output must track process heat demand.

What we enable

Affirmative capability for every plant we touch.

We add load-following intelligence, predictive safety margins, and faster, smoother output changes.

We add load-following intelligence, predictive safety margins, and faster, smoother output changes. We do not publish comparisons that judge other vendors’ products; we state what our control layer makes possible.

Built to partner, not to displace

Several reactor vendors and developers are our partners and prospective customers. Our role is to make their plants more responsive and more valuable.

Several reactor vendors and developers are our partners and prospective customers. Our role is to make their plants more responsive and more valuable, not to claim they cannot do it alone.

Capabilities we bring to each reactor

Real-time digital twin modeling for each reactor family
Variable-speed pump control for rapid, safe output changes
Control rods remain near steady insertion during normal load swings
Islanded and grid-connected operation modes
Integration with existing I&C architectures
Licensing-aligned safety margins and predictive limits

640

Reactors operating or under construction

Source: broadly reported industry figures based on IAEA and WNA data.

Global reach

~640 reactors. One common control challenge.

There are roughly 640 reactors operating or under construction worldwide. As grids add renewables and industrial sites seek independence, more of those plants need to move with demand rather than sit at fixed output.

Our control layer is designed to help that transition across the full spectrum of light water, advanced, and small modular reactors.

Bring load-following capability to your fleet.

Whether you operate an existing plant or are developing a new design, we can help you build a responsive, safe, and licensable control path.