See every material. Sort every stream.
Hyperspectral and NIR sorting, bin fill-level sensors, methane detection and fleet telematics are making recycling smarter. Hyper helps waste and recycling innovators design the hardware.
Recycling is an optics problem.
Recovering value from mixed waste depends on identifying materials at high speed. That takes NIR and hyperspectral cameras, laser-based detection and rugged sensors, all built to survive dirty, demanding facilities.
- Sorting accuracy depends on spectral range and sensor choice
- Fill-level and gas sensors must run for years on battery
- Harsh facilities shorten hardware life without careful design
Everything you need, nothing you don't
Hyper AI for sensing
Ask about NIR versus hyperspectral imaging, ultrasonic fill sensors or gas detection and get clear answers.
Optical sorting projects
Track spectral cameras, illumination and laser detection as versioned Design Studio projects.
Low-power sensor design
Plan battery-powered bin sensors and radios for multi-year deployments.
Simulation on demand
Model optical and thermal performance in environments ready in seconds.
Partner coordination
Request packaging and test quotes for rugged sensors through Fab Network.
Fleet and facility dashboards
Track defect and performance trends across sensors and sorting lines.
Up and running in three steps
Start free
Open a workspace for operations, engineering and sustainability teams.
Design the sensing
Choose optics and sensors with Hyper AI and simulate before you build.
Deploy and improve
Track hardware performance across facilities and fleets.
What changes when you switch
Sorting and sensing unified
Facility optics and field sensors share one source of truth.
Faster optical experiments
Test spectral and illumination ideas in seconds.
Expert help on demand
Hyper AI answers sensing questions for every team, every shift.
Built for the work you actually do
Hyperspectral material sorting
Identify plastics, paper and metals at high speed with spectral imaging.
Smart bin fill-level sensing
Deploy low-power sensors that optimize pickup routes.
Landfill gas monitoring
Spec optical and laser-based methane sensors for safety and emissions tracking.
Fleet telematics
Plan rugged telematics hardware for collection vehicles.
Trust is the product
Sustainability by design
Better sensing means more material recovered and less sent to landfill.
Operational data protected
Access control and encryption keep facility data secure.
Start small
A generous free tier lets you pilot at a single facility.
Questions, answered
Can Hyper help with hyperspectral camera selection?
Yes. Hyper AI explains spectral range, resolution and illumination trade-offs for sorting applications.
Can we design battery-powered sensors?
Design Studio supports sensor and IC projects with versioned specs, and Simulation helps model power use.
Can Hyper track sensor fleet performance?
Yield & Analytics provides defect and performance dashboards for deployed hardware.
How do we find packaging partners for rugged sensors?
Fab Network lets you request quotes from 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.
Turn waste streams into value streams.
Design the optics and sensors behind smarter recycling. Start free with Hyper.
Free forever tier. No credit card required.