Core capability
Sensing, actuation and decision-making in one deterministic loop
Applied across life science, medicine and quantum sensing.
By bridging high-resolution multi-modal optical sensing with deterministic field steering and real-time hardware execution, ACUITYnano closes the gap between observation and action.
The architecture
Three capabilities, engineered as one system rather than bolted together.
01 · Sense
Multi-modal sensing
High-resolution optical, vision-based and multi-modal sensing of live micro- and nanoscale targets — from 4D light-sheet imaging to label-free cell morphology.
02 · Decide
Edge decision engines
Proprietary real-time control on FPGA and embedded hardware, with nanosecond-level synchronization and deterministic latency.
03 · Act
Deterministic actuation
Action-at-a-distance steering with electric, fluidic, photonic and magnetic fields — gentle, contact-free and precise.
Recent solutions
All case studies →HHMI JANELIA RESEARCH CAMPUS
Vision-guided precision control for long-term 4D biomedical imaging
A high-performance image-guided control system that keeps physiologically relevant environments precisely controlled during long-term 4D imaging.
Read case studyU.S. FOOD AND DRUG ADMINISTRATION (FDA)
High-throughput imaging-based sorting of mesenchymal stromal cells
A patented, morphology-based adherent cell sorter that uses cell shape as a critical quality attribute for stem cell therapies.
Read case studyNEUROPARTICLE CORPORATION
Modular image-guided therapy control system
The central FPGA control system for a next-generation modular image-guided therapy (IGT) platform.
Read case studyTrusted by leading research institutions
We leverage our expertise in deterministic closed-loop systems — unifying high-resolution sensing, non-contact field actuation, and real-time edge decision-making to solve demanding challenges in biotechnology, advanced cell manufacturing, and physical AI. Tell us about your target specifications, requirements, and time frame. We engineer solutions tailored to your mission: contact us.
Systems Engineering & R&D Advisory
We partner with research institutes and deep-tech companies to architect closed-loop sensing and actuation solutions for demanding physical constraints.
Core focus areas
- Real-time image-guided feedback and computer vision
- Deterministic field steering (electrokinetic, fluidic, magnetic)
- Edge control engines and embedded physical AI
- Microfluidics and high-content bioanalytics
- Autonomous cell culture and spaceflight instrumentation
We close the loop between observation and action, enabling non-destructive manipulation of nanoscale matter and living cells on-chip.
Instrument & Product Development
We engineer end-to-end closed-loop instruments — from physics modeling and algorithm design to hardware-in-the-loop prototypes and deployable systems.
Whether for novel optical diagnostics or autonomous microfluidic platforms, we co-design sensing, field generation, and deterministic control as one unified system.
Typical partners
- Advanced cell manufacturing platforms
- Biomedical device innovators
- Research organizations and academia
- Deep-tech startups
Technology Commercialization & IP
We bridge the gap between academic discovery and industrial deployment, with experience on both sides of the technology transfer process.
We evaluate technology readiness, validate physical control limits, and assess IP to bring deterministic closed-loop architectures into production.
Typical partners
- Technology transfer offices of universities and research organizations
- Innovators and investors conducting technical due diligence
- Companies in mergers or acquisitions