Lanton Technologies / Applied research
Human intent.
Machine action.
New ways to interact with AI,
wearables and robots.
Research through building
Interfaces that begin
with the person.
From a point of attention to a physical action. We build and test systems that connect people, AI and the world around them.
01 / Assistive robotics
Demonstration + simulation
Reach
Look. Select.
Move the world.
Gaze identifies an object. EEG confirms the selection. A robot handles the approach.
Inside the researchPhysical Go1 demonstration.
Separate robotic-arm retrieval study.
Gaze → EEG → approach
Object retrieval with an arm
Gaze + EEG integration in simulation
02 / Wearable memory
Functional prototype
Memorable
Keep the moment.
Recall the detail.
A button press captures an image and audio. Ask a question later to find the memory.
Inside the researchHardware + wearable enclosure
Capture-to-recall flow
Board revision + reliability
03 / Gaze-aware computing
Computer-tested prototype
Vizon
AI that shares
your point of view.
Eye tracking gives an AI agent your visual focus. An outward-facing camera gives it context.
Custom eye-tracking model
Wearer calibration on computer
Portable SpacemiT integration
Shared foundations
Further
research.
Neural interfaces, perception
and trusted local computing.
Portable brain interfaces
NextMind acquisition, visual decoding and configurable control across Python, Linux and Android.
SDKs + controller prototype R02 / Multimodal perceptionIdentity across sessions
Body, face and voice cues connect new observations to persistent identity profiles.
Working CUDA pipeline R03 / Trusted edgeLocal neural processing
EEG processing inside OP-TEE on SpacemiT K3, with a separate near-eye display frontend.
Hardware prototype verifiedThe studio
Human interfaces.
Built from the ground up.
Lanton Technologies researches and develops interfaces across AI, brain–computer interaction, augmented reality and robotics.
Hardware, models and interaction design—tested together through working prototypes.