Discovery runs on photons and silicon.
DNA sequencing chips, microfluidic lab-on-chip devices, fluorescence imaging and Raman spectroscopy all depend on semiconductor and photonic precision. Hyper helps research and tools teams build them.
Instruments limit what science can see.
Sensitivity, throughput and cost in life sciences are set by detectors, light sources and chips. Tools teams need to iterate quickly on optical and semiconductor designs while keeping a precise record.
- Detector noise and light source stability limit assay sensitivity
- Lab-on-chip designs span fluidics, optics and electronics
- Prototype data is scattered across benches and notebooks
Everything you need, nothing you don't
Hyper AI for instrument design
Ask about SPAD arrays, excitation wavelengths, filter stacks or CMOS sensor noise and get grounded answers.
Biophotonics projects
Track lasers, LEDs, detectors and optical paths as versioned Design Studio projects.
Lab-on-chip design
Bring fluidic, photonic and electronic specs together in one project.
On-demand simulation
Model optical and thermal behavior in environments ready in seconds.
Prototype data dashboards
Track yield and performance of sensors and chips as prototypes mature.
Research IP protection
Access control, audit trails and encryption protect unpublished work.
Up and running in three steps
Start free
Open a workspace for research, optics and instrument engineering.
Design and model
Iterate on detectors and light paths with Hyper AI and fast simulation.
Build and measure
Coordinate fabrication partners and track prototype performance.
What changes when you switch
Faster optical iteration
Test light paths and detector ideas in seconds.
Bench to instrument
Fluidics, optics and electronics share one source of truth.
A clear research record
Versioned specs capture how each design evolved.
Built for the work you actually do
Sequencing chips
Design semiconductor and optical detection for high-throughput sequencing.
Fluorescence and imaging systems
Spec lasers, filters and sensors for microscopy and flow cytometry.
Raman and NIR spectroscopy
Plan compact spectrometers for lab and point-of-need analysis.
Point-of-care diagnostics
Combine microfluidics and photonics in low-cost cartridges.
Trust is the product
Research integrity
Versioned specs and audit trails keep a precise design record.
Unpublished work protected
Enterprise-grade security keeps IP confidential.
Budget-friendly
A generous free tier and usage-based pricing fit grant-funded work.
Questions, answered
Can Hyper help design optical detection systems?
Yes. Design Studio supports lasers, detectors and photonic integrated circuits, and Hyper AI answers optical design questions.
Can we combine fluidics and photonics in one project?
Design Studio projects hold versioned spec sheets for every part of a lab-on-chip device.
Can we track prototype performance?
Yield & Analytics provides yield, defect and performance dashboards for your prototypes.
How is unpublished research protected?
Access control, audit trails and encryption protect every workspace.
How does Hyper pricing work?
Pricing is usage-based. Every workspace starts on a generous free tier with twice the free usage the big incumbents offer, and after that you only pay for what you use. There are no setup fees.
Help science see further.
Design the photonics and silicon behind the next discovery. Start free with Hyper.
Free forever tier. No credit card required.