01Tap
Select
Confirm a choice without reaching for the glasses.
A quiet controller for spatial computing
Control AR without
breaking the moment.
SynoRing turns small, natural finger gestures into scroll, select, and navigation commands — so your eyes stay up and your hands stay where they belong.
101Subtle by design
No mid-air choreography.
02Private in public
No voice commands required.
03Built around intent
Motion, touch, and context.
01 — Why a ring
Your hands already know what to do.
Spatial computers need an input that disappears into daily life. Cameras consume power. Voice exposes the moment. Touching the frame interrupts it. A ring can stay ready without asking for attention.
Voice
Visible to everyone around you
PublicAir gestures
Large movements with social friction
ObviousSynoRing
Small inputs, close to the body
Quiet02 — A small gesture language
Less movement. More meaning.
Four familiar inputs form a compact vocabulary. The final set will be shaped with early testers, not invented in isolation.
02Glide
Scroll
Move through a page, a map, or a playlist quietly.
03Rotate
Adjust
Tune volume, zoom, or any continuous control.
04Hold
Invoke
Bring up the action you use most, right where you are.
03 — In the moment
Designed for the places voice fails.
The value is not another notification surface. It is keeping the interface available while the device disappears.
01 / Focus
At the desk
Read on your glasses, type on your laptop, and move through a document without changing posture.
Scroll · select · highlight02 / Move
On the street
Step through directions, music, and messages without speaking into the air or tapping your face.
Navigate · reply · adjust04 — Building in public
Early means early.
We are validating the interaction through a clear path from prototype to product, one decision at a time.2
Phase 01Now
Interaction prototype
Gesture vocabulary, motion sensing, and touch behavior.
Phase 02
Developer pilot
Small-batch hardware and SDK tests with real workflows.
Phase 03
Production design
Fit, durability, battery, and manufacturing validation.
Phase 04
First release
Launch timing follows validation — not a countdown timer.
05 — Product direction
Built light. Kept capable.
The current architecture focuses on quiet input, efficient sensing, and broad compatibility across spatial-computing platforms.3
Development architecture- Motion
- 9-axis inertial sensing
- Touch
- Full-circumference input
- Connectivity
- Bluetooth Low Energy
- Compute
- Phone-side gesture intelligence
- Platforms
- iOS · Android · AR ecosystems
- Material
- Titanium enclosure under evaluation
Early access
Help shape the input, before we shape the object.
Tell us how you would use SynoRing. Early members get honest build updates, prototype opportunities, and launch priority when the product is ready.4
Request early accessQuestions, answered plainly
Before you ask.
Can I buy SynoRing today?
Not yet. We are in active development and are not taking deposits. Early access is the best way to follow the build and hear when testing opens.
Which AR glasses will it support?
Compatibility work comes after the core interaction is reliable. The current direction is a phone-side SDK designed to work across AR ecosystems instead of locking the ring to one headset.
Are the specifications final?
No. Materials, battery, sensing, and industrial design remain development targets. We will replace targets with measured data as prototypes are validated.
I build AR software. Can we collaborate?
Yes. We especially want to hear from developers working on navigation, productivity, accessibility, and spatial interfaces. Use the early-access link and tell us what you are building.