01
Keep attention forward.
Put selected cues closer to the road instead of asking riders to repeatedly check another display.
Ainstec x IRIS
IRIS turns advanced optics into visible riding experiences.
Created by Ainstec, IRIS exists to make useful projected information feel natural on the road, starting with Iris Green.
Why IRIS
We started IRIS because riders should not have to look away to understand the ride.
Most riding information lives on a small screen. IRIS explores a different direction: projected cues, signals, and identity that appear in the riding environment itself.
02
Make presence visible.
Use light as a moving signal, especially when visibility and awareness matter most.
03
Give technology a human scene.
Turn Ainstec's optical platform into a product people can see, personalize, and use.
Ainstec x IRIS
A platform becomes a brand when people can see why it matters.
Ainstec carries the optical system. IRIS carries the experience: the moment MEMS-LBS stops feeling like a component and starts feeling like useful light in motion.
Technology foundation
Ainstec builds the optical stack.
Micromirror, optical engine, electronics, algorithms, and integration are developed as one controlled platform.
- MEMS micromirror
- Optical engine
- Embedded control
- System integration
Technology to experience
Consumer expression
IRIS brings it into everyday rides.
The same optical capability becomes forward cues, night-road presence, and projected content riders can understand immediately.
- Ride cues
- Visible presence
- App content
- Personal identity
Iris Green is the first consumer proof.
A compact MEMS projection system made for cycling scenes, not a detached lab demo.
Stay forward
Key cues appear in the riding scene instead of only on a screen.
Be more visible
Green projection adds a distinctive moving presence in low light.
Make it yours
Projected content can carry symbols, prompts, labels, and identity.
Company proof
Ainstec gives IRIS its industrial foundation.
Ainstec is a MEMS intelligent optical systems company founded in 2018. The company develops micromirror devices, optical engines, control electronics, imaging algorithms, embedded systems, and integrated projection modules.
Its technology platform has progressed from device-level engineering to commercial system delivery across demanding optical and machine-vision applications. IRIS is Ainstec's consumer brand for bringing that platform into visible, real-world experiences.
Micromirror chips, optics, algorithms, electronics, embedded control, and module integration.
Founded
2018
Ainstec has been developing MEMS intelligent optical systems since 2018.
IP assets
50+ IP assets
Reported intellectual property assets support the company's MEMS optical systems platform.
Module delivery
1,000+ modules
Reported MEMS optical modules delivered across demanding optical-system scenarios.
Team base
90%+ technical team
R&D and engineering talent forms the core of Ainstec's product and platform work.
Consumer product
Iris Green
The first consumer product expression of Ainstec's MEMS optical systems platform.
Ainstec's strength is not a single module. It is the ability to connect light, electronics, computation, manufacturing, and product validation.
Team
Built across the full MEMS optical stack.
IRIS is created by Ainstec, a deep-tech team working across MEMS micromirrors, semiconductor control, optical systems, imaging algorithms, embedded hardware, module engineering, manufacturing validation, and consumer product development.
Engineering Depth
Built on deep MEMS, optics, and semiconductor expertise.
The team combines device engineering, optical-system design, embedded control, algorithms, and module-level integration.
Full-Stack Engineering
Devices, optics, control systems, algorithms, and modules are developed as one platform.
Ainstec works from micro-scale optical devices to complete projection systems instead of relying on an off-the-shelf projection module.
Commercial Validation
The platform has moved beyond laboratory development.
Ainstec's technology has been integrated into commercial optical modules and validated in demanding real-world applications.
Technical Leadership
Technical leadership remains directly involved in product commercialization.
The leadership team connects semiconductor, MEMS, optical-system, manufacturing, and product-engineering experience to turn technical capability into deployable products.
R&D focus
90%+R&D and engineering team
Development base
Since 2018MEMS optical systems development
Engineering scope
5disciplines
MEMS, optics, electronics, algorithms, and product engineering.
Technology proof
How the platform becomes a riding interface.
Iris Green brings Ainstec's micromirror scanning, optical control, embedded systems, and product engineering into one complete riding interface.
Micro-scale optics, built for real-world systems.
01 / MEMS scanning
Light starts as controlled micromirror motion.
Beam scanning creates the projected image foundation for IRIS.
02 / System control
The system stabilizes that light for real use.
Electronics, embedded control, and algorithms keep projection usable outside the lab.
03 / Product proof
Iris Green turns it into a riding experience.
The output becomes mounted hardware, app workflow, road cues, visible presence, and support.