01
Sense
Capture subtle neuromuscular signals from the wrist.
NEURAL INTERFACE
From Body Signals to Intelligent Commands
Before movement becomes visible, the nervous system is already transmitting intent.
01 · SIGNAL PATH
How Intent Is Understood
OMNIBAND senses neuromuscular signals from the wrist and uses AI to translate them into inputs that intelligent devices can understand.
02
Decode
Use AI to understand movement patterns and underlying intent.
03
Translate
Translate human signals into digital commands.
04
Connect
Connect with AI devices, robots, and what comes next.
02 · PLATFORM
Technology That Understands Human Expression
By combining neural interfaces, artificial intelligence, and intelligent hardware, we build an integrated platform spanning signal sensing, AI decoding, and device connectivity.
01
Neuromuscular Sensing
High-sensitivity multi-channel biosignal acquisition captures subtle signals behind natural movement.
02
AI Intent Decoding
Machine learning interprets individual movement patterns across gestures, handwriting, and continuous motion.
03
Low-Latency Edge Intelligence
Keep sensing, computation, and response close to the device.
04
Open Connectivity Platform
Connect devices, robotics, developers, and model teams through SDKs, APIs, and raw signal access.
03 · REAL WORLD
From the Lab to the Real World
A useful neural interface must balance algorithmic performance, responsiveness, power, reliability, and manufacturability. AGIPHANT continues to move neural interfaces from research prototypes toward real-world use.