Better care, engineered at the chip.
Medical imaging detectors, pulse oximetry optics, implantable ICs and wearable monitors all begin with precise semiconductor and photonic design. Hyper gives medtech teams one traceable workspace.
Medical hardware demands precision and traceability.
Healthcare devices must be safe, reliable and fully documented. Teams designing imaging sensors, optical diagnostics and implantables need fast iteration without losing the record regulators and quality teams expect.
- Design history is spread across documents and inboxes
- Ultra-low-power and biocompatible constraints narrow every choice
- Optical and imaging performance must be proven, not assumed
Everything you need, nothing you don't
Hyper AI for medtech engineering
Ask about photodetector noise, LED wavelengths for SpO2, or low-power ASIC design and get answers grounded in your specs.
Traceable spec sheets
Versioned specs in Design Studio support the design history your quality system relies on.
Biophotonics projects
Track lasers, LEDs, detectors and optical paths for diagnostics and imaging.
Simulation on demand
Model power, thermal and optical performance in environments ready in seconds.
Yield and performance data
Watch detector and sensor yield as prototypes move toward production.
Audit trails and encryption
Enterprise-grade security built for teams handling sensitive device data.
Up and running in three steps
Create a controlled workspace
Start free and set roles for engineering, quality and regulatory teams.
Design with a record
Iterate on versioned specs and simulate performance as you go.
Build and verify
Coordinate fabrication and test partners and track yield in one place.
What changes when you switch
Design history built in
Versioned specs and audit trails capture decisions as they happen.
Faster design loops
Simulation environments are ready in seconds, keeping programs on schedule.
Engineering and quality together
Everyone works from the same specs, data and partner records.
Built for the work you actually do
Medical imaging detectors
Design CMOS and photon-counting detectors for X-ray, CT and endoscopy.
Biophotonic diagnostics
Spec lasers, LEDs and photodiodes for pulse oximetry, spectroscopy and lab-on-chip.
Implantable ICs
Track ultra-low-power ASICs for neurostimulators, pacemakers and cochlear implants.
Wearable health monitors
Plan optical heart-rate sensors and low-power SoCs for continuous monitoring.
Trust is the product
Traceability first
Every revision and approval is recorded, ready for quality review.
Sensitive data protected
Access control, audit trails and encryption are part of every workspace.
Built for regulated work
Workflows are designed to support the documentation medical programs require.
Questions, answered
Does Hyper support design history documentation?
Versioned spec sheets and audit trails are designed to support the design history records medical device teams maintain.
Can Hyper help with biophotonics design?
Yes. Design Studio supports lasers, LEDs, detectors and photonic integrated circuits, and Hyper AI can answer optical design questions.
How is our data protected?
Hyper provides enterprise-grade access control, detailed audit trails and encryption.
Can we coordinate with test labs?
Fab Network lets you request quotes from and coordinate with packaging, test and materials partners from one place.
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.
Engineer the future of care.
Design medical sensors, optics and implantables in a traceable workspace. Start free with Hyper.
Free forever tier. No credit card required.