AttracLab

• AT-SYNAPSE

  AT-SYNAPSE

Supply chain relationships

• WiBotic

  Inbound - Power And Energy - AttracLab’s AT-Dock integrates WiBotic wireless power transmitters and receivers

  Source

• Tomoyuki Izu - Founder and Chief Executive Officer - He leads ATTRAC LAB’s field-robotics systems work, combining AI, communications, and GIS with drones, unmanned ground vehicles, and unmanned surface vessels for hazardous or…

Events

• 2026-08-18 - Product Launch - AttracLab develops AT-GCS for cross-domain robot coordination

  The browser interface combines robot position, operating state, camera and sensor data, and survey progress on a shared map. AT-GCS can run on a local PC, cloud environment or robot computer and connect over Wi-Fi, LTE or satellite communications. Integration with AT-SYNAPSE enables cooperative and swarm roles while one operator supervises multiple robots.

  Source
• 2026-08-18 - Product Launch - AttracLab develops AT-Dock autonomous robot charging system

  AT-Dock integrates WiBotic transmitter and receiver hardware with ROS 2 control for charging start, stop, voltage and current. The system supports 150 W to 1 kW configurations for drones, UGVs, AMRs and USVs. It provides coupling feedback, live voltage/current/temperature/error telemetry, battery-specific settings and IP67-rated transmitter and receiver hardware.

  Source
• 2026-08-13 - Capability - AttracLab develops VLM rail robot for repeated site inspection

  The robot travels on commercially available 30 mm square aluminium rails and supports LTE or Wi-Fi connectivity with browser-based remote monitoring. AT-SYNAPSE aligns observations from repeated patrols, while the vision-language model identifies equipment and site changes and describes them in natural language. AttracLab plans field pilots and further validation following the development release.

  Source
• 2026-08-04 - Product Launch - AttracLab launches AT-SYNAPSE physical-AI platform for autonomous vehicles

  AT-SYNAPSE combines higher-level decision logic with ROS-based vehicle control and fleet monitoring. The platform is designed to work across UAV, UGV and USV form factors through common interfaces. Its decision layer predicts multiple possible future actions before selecting and executing a vehicle response.

  Source
• 2026-07-24 - Capability - AttracLab adds real-time reasoning console to AT-SYNAPSE

  The Web Console displays camera feeds, battery voltage, wheel speed, obstacle data and time-stamped AI reasoning in one browser view. Brain on Desktop lets an MCP-compatible agent use ROS 2 robot tools from an external computer. The interface also supports NVIDIA Isaac Sim workflows for evaluating perception, navigation and safety before hardware deployment.

  Source
• 2026-07-23 - Partnership - Fixstars and AttracLab start application-specific autonomous-drone development

  Fixstars leads perception, edge-AI, path-planning and flight-decision software. AttracLab leads aircraft design, small-lot manufacturing, payload design and field operation. Planned PoCs and field validation target inspection, surveillance, disaster response, surveying and logistics.

  Source
• 2026-07-23 - Product Launch - AttracLab launches AT-SYNAPSE for MCP-controlled ROS 2 robots

  The platform accepts voice or text instructions and combines camera, 3D LiDAR and other sensor inputs with an AI-agent control engine. Six reusable tool groups cover vision, speech, facial display, motion, navigation and safety monitoring, with a web console showing robot state and reasoning flow.

  Source
• 2026-07-21 - Product Launch - AttracLab unveils lightweight cellulose-fibre industrial drone

  The modular airframe is designed for easier repair and production. The company positions the platform for inspection, disaster response, logistics and agriculture. The announcement is a development milestone rather than a confirmed commercial deployment.

  Source

Relationships

• Fixstars Corporation

  Autonomous Drone Development Partner - Fixstars and AttracLab are jointly developing and validating application-specific autonomous drones.

Comparable profiles

• Skydio

  stack adjacency - Aerial Autonomy Builder

• Beyond Vision

  stack adjacency - Commercial Drone Oem

• Percepto

  stack adjacency - Commercial Drone Oem

• Voliro

  stack adjacency - Commercial Drone Oem

• Evolve Dynamics

  stack adjacency - Commercial Drone Oem

• Zeitview

  stack adjacency - Aerial Autonomy Builder

• SwissDrones

  stack adjacency - Commercial Drone Oem

• Event 38

  stack adjacency - Commercial Drone Oem

• Skyfish

  stack adjacency - Commercial Drone Oem

• Microdrones

  stack adjacency - Commercial Drone Oem

• Applied Aeronautics

  stack adjacency - Commercial Drone Oem

• Censys Technologies

  stack adjacency - Commercial Drone Oem

Shared workflows

• Duke Robotics

  workflow adjacency - Aerial Inspection

• Acecore Technologies

  workflow adjacency - Aerial Inspection

• ACSL

  workflow adjacency - Aerial Inspection

• Safe Pro Group

  workflow adjacency - Aerial Inspection

• Drone Volt

  workflow adjacency - Aerial Inspection

• H3 Zoom

  workflow adjacency - Aerial Inspection

• heliguy

  workflow adjacency - Aerial Inspection

• HyLight

  workflow adjacency - Aerial Inspection

• Apellix

  workflow adjacency - Aerial Inspection

• Flying Eye

  workflow adjacency - Aerial Inspection

• Nordic Unmanned

  workflow adjacency - Aerial Inspection

• Dronehub

  workflow adjacency - Aerial Inspection

Context tags

• Aerial autonomy technology stack - Stack Layer - AttracLab designs, manufactures and validates autonomous drone platforms.
• Aerial inspection - Workflow - The cellulose-fibre drone and existing BOX platforms are positioned for inspection work.
• Commercial drone OEM - Stack Layer - AttracLab designs and supports small-lot manufacture of task-specific drones.