Systems

Image-Guided Systems & High-Fidelity Bioanalytics

A unified, closed-loop architecture integrating real-time imaging-based feedback, deterministic field shaping, and multi-modal parallel sensing for high-throughput, non-destructive bioanalytics and therapy.

Sensing, actuation and decision-making in one deterministic loop

ACUITYnano designs systems that unify sensing, actuation, and decision-making into a single deterministic loop. By bridging high-resolution multi-modal optical sensing with deterministic field steering and real-time hardware execution, we close the gap between observation and action.

The result is a platform that can watch, decide, and respond in milliseconds — enabling experiments and interventions that are too fast, too delicate, or too complex for conventional open-loop instrumentation.

Scaled across disciplines

Biotechnology & advanced cell manufacturing

Closed-loop control enables gentle, high-throughput handling and monitoring of cells and bioprocesses without disrupting viability or function.

Healthcare & diagnostics

Real-time imaging and deterministic actuation support precise, reproducible diagnostic and therapeutic workflows at the microscale.

Image-guided neurostimulation

Multi-modal sensing and targeted field steering allow therapy to be delivered and adjusted under live guidance.

Defense physical AI

Proprietary edge control engines close the loop between perception and action for robust, low-latency operation in demanding environments.

Powered by proprietary edge control engines

The loop runs on custom edge control engines that combine embedded systems, computer vision, and advanced control algorithms. These engines process imaging data locally, compute the required field response, and drive actuators with deterministic timing — all without relying on cloud round-trips or external compute.

This edge-first approach makes the architecture suitable for portable diagnostics, space life-science payloads, operating rooms, and field-deployable physical AI systems where latency, reliability and autonomy matter.