Wearable Devices Ltd. announced the release of a white paper positioning its Mudra neural interface as the foundational 'intent layer' for agentic AI, augmented reality (AR), and robotics. The document, titled 'From Intention to Action: How Brain–Computer Interfaces Are Removing Friction from AI & AR Interaction', argues that wrist-worn neural sensing can close the 'intent gap' between human intent and AI agent understanding. This development aims to enable more natural interaction with AI agents and AR systems across consumer, enterprise, and industrial markets.

The white paper introduces the Company’s proprietary Large MUAP Model (LMM), a data-compounding 'neural-token' representation designed as a differentiated data asset. It outlines near-term, high-value applications, including password-less identity verification, payment authentication, and the training of robotic hands on real human muscle force and intent. The paper establishes a multi-sensor framework for intent-aware agentic solutions, describing how the LMM translates wrist-based nerve and muscle signals into machine-readable patterns to reduce per-user setup and improve prediction accuracy.

Key Themes and Commercial Use Cases

The paper defines intention within a practical framework connecting intention, agency, and human–agent collaboration. It highlights 'Passive Identity', a neuromuscular-signature-based approach to continuous authentication and transaction authorization. Additionally, it explores how wrist-worn sensing may address a major robotics bottleneck by allowing robotic hands to be trained on actual human muscle force and anticipatory tension rather than just visual paths.

Mudra Platform Configurations

The white paper details two commercial configurations of the Mudra platform designed to serve as the physical layer for this intentional interface:

Physiological Context and AR Feedback

Beyond action, the paper explores how movement, muscle tone, and heart-related signals may reveal attention, engagement, and internal state. This physiological context helps systems understand not only what a user is trying to do but how the user is responding. The document presents AR as a feedback channel where visual, spatial, and haptic cues allow users and AI to adjust to each other continuously.

Guy Wagner, Founder and Chief Scientific Officer at Wearable Devices, stated that the interface remains the bottleneck as AI and AR become more capable. He emphasized that combining wrist-worn neural sensing with physiological context and real-time AR feedback may help systems understand users faster and act with less friction. Wagner noted that leveraging proprietary neural tokens could unlock zero-friction applications across security, robotics, and digital health.

Wearable Devices Ltd. is set to unveil its GenAI-powered intent-based interface platform and the next-generation Mudra Pro flagship at the Augmented World Expo 2026 (AWE 2026). The company, a pioneer in AI-powered touchless sensing wearables, aims to position its proprietary neural-input technology as a leading solution for intent-based interfaces in spatial computing and AI agents. The expo is scheduled for June 15 to 18, 2026, in Long Beach, California, with the company hosting activities at Booth 648 and meeting room Hall 201A.

The technology decodes neural impulses before physical movement occurs, providing an ultra-low latency, private, and socially acceptable control layer. This approach contrasts with legacy camera-based motion tracking. Wearable Devices will demonstrate the commercial readiness of its full-stack ecosystem across two distinct footprints designed to accelerate original equipment manufacturer (OEM) partnerships and enterprise sales.

Guy Wagner, Founder, President, Chief Scientist, and Director of Wearable Devices, will deliver a featured presentation titled "How BCI is Removing the Friction from AR and AI Interaction" on June 18, 2026, at 1:40 p.m. PT. The session will discuss how brain-computer interface (BCI) technologies and neural input can reduce interaction barriers for augmented reality (AR), AI, and spatial computing.

At Booth 648, attendees can experience Mudra Link by controlling applications in precision pointer mode or directional pad mode. In Hall 201A, the company will host exclusive Innovation Sprint sessions, B2B executive meetings, and technical evaluations. These events will mark the commercial launch of Mudra Pro, an enterprise hardware platform featuring built-in electromyography (EMG), inertial measurement unit (IMU), and photoplethysmography (PPG) sensors.

The company will also demonstrate Mudra Studio, a software platform leveraging generative AI that allows developers to create, test, and deploy gesture-based neural input experiences using text prompts. Invite-only 45-minute Innovation Sprint sessions will allow corporate innovation teams to work with the company's experts to build rapid software prototypes based on specific interaction challenges.

"Neural input can become a practical control layer for AI and extended reality (XR) devices, just as controllers and camera-based gestures have shaped today's XR interfaces," said Guy Wagner. He emphasized that Mudra is designed to let users express intent naturally, which is crucial as smart glasses become the primary interface with AI agents.