Built for every industry.

From edge inference chips to optical interconnects, Hyper gives AI teams one workspace to spec, simulate and source the hardware behind autonomous systems.

When your SaaS product needs custom silicon, smart devices or optical sensors, Hyper brings the tools, partners and billing your team needs into one familiar workspace.

Hyper gives semiconductor and photonics marketers direct access to the specs, performance data and engineering answers they need to write launches that land.

Hyper puts specs, datasheets and an expert engineering copilot in every seller's hands, so chip and photonics deals move faster from first meeting to signed order.

Cameras, ring lights, wireless mics and streaming rigs all start with great sensors, LEDs and chips. Hyper helps creator hardware brands design them and sell them direct.

From optical transceivers to secure processors, Hyper helps IT and infrastructure teams understand, specify and source the hardware their networks and data centers depend on.

Design houses, engineering consultancies and technical advisors use Hyper to run client chip and photonics projects in secure workspaces, from first spec to final invoice.

Motor drives, machine vision, industrial lasers and sensor networks all run on semiconductors and photonics. Hyper helps manufacturers design, source and monitor them in one place.

From FPGA trading engines to secure payment chips and optical links between exchanges, Hyper helps financial teams design and govern the hardware that moves money.

Occupancy sensors, LED lighting, solar inverters and in-building fiber turn properties into intelligent assets. Hyper helps developers and operators plan the hardware that makes it happen.

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.

Grid sensors, SiC and GaN inverters, smart meters and distributed fiber sensing are rewriting how energy moves. Hyper helps utilities and grid innovators design and evaluate the hardware.

RFID tags, electronic shelf labels, computer vision checkout and connected products are changing how people shop. Hyper helps retailers and brands build the hardware and track the revenue.

Laser scanners, total stations, embedded strain sensors and rugged site electronics are transforming construction. Hyper helps builders and construction tech companies get the hardware right.

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.

MicroLED walls, laser projectors, AR and VR displays, and stage lighting all depend on cutting-edge photonics. Hyper helps entertainment and venue technologists design what comes next.

Hyperspectral ore sorting, LiDAR for autonomous haulage, gas detection and rugged sensor networks are reshaping mining. Hyper helps operators and mining tech teams get the hardware right.

Holding companies and enterprise leadership teams use Hyper to see semiconductor and photonics programs across business units, with shared standards, governance and clear performance data.

Keyless entry, smart room controls, occupancy-aware climate and tunable LED lighting all run on semiconductors. Hyper helps hotel groups and hospitality tech teams plan and launch them.

IoT kitchen sensors, POS terminals, cold-chain monitors and kitchen display systems keep restaurants running. Hyper helps restaurant groups and food tech teams design and track them.

Universities, community colleges and research labs use Hyper to teach IC and photonic design, run simulations in seconds and take student designs all the way to MPW shuttles.

Multispectral drones, soil sensors, horticultural LEDs and autonomous tractors are transforming farming. Hyper helps agtech teams and growers design hardware that thrives in the field.

LiDAR and radar, EV traction inverters, fleet telematics and warehouse robotics all depend on semiconductors and photonics. Hyper helps transport and logistics teams build and evaluate them.

Electronic component and optics distributors use Hyper to answer customer spec questions instantly, coordinate with manufacturing partners and keep invoicing running on its own.

Trusted supply chains, secure microelectronics, defense photonics and resilient infrastructure all start with hardware you can verify. Hyper gives public sector teams one governed workspace.

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.

Thermal imaging, biometric sensors, secure elements and perimeter LiDAR are the front line of physical and cyber security. Hyper helps security companies design them in a workspace built to protect them.