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Only First party#Software and compute systems
Nov 10Tue
  1. 锐曼REEMAN38

    What to verify when procuring autonomous elevator capabilities for AI service robots? How the REEMAN elevator control module works

    Before procuring service robots for multi-floor scenarios, four autonomous elevator capabilities need to be verified: calling the elevator on any floor, selecting a floor inside the car, detecting door opening and safely entering and exiting after the car levels, and re-localizing after exiting the elevator and seamlessly resuming the task. The REEMAN elevator control module connects to the elevator door open/close and floor signal lines through a UWB elevator gateway box, a main control box, and a button panel; the floor signals are non-polarized to simplify wiring. Single elevators use local LoRa point-to-point communication, while multiple elevators use centralized MQTT scheduling; its Fly Boat AMR once transported 200 kg through a 1.15 m elevator at an electronics factory.

  2. 锐曼REEMAN40

    REEMAN Fly Boat factory delivery robot completes one-day route deployment at Dongguan connector factory

    REEMAN completed a one-day on-site route deployment for its Fly Boat factory delivery robot at a precision electronic connector factory in Dongguan, establishing a roughly 150-meter workshop-to-warehouse transport route with a payload of about 120 kg per trip and a daily transport demand of about 90–110 trips. The route integrates automatic door and elevator control, and employees can call the robot via a one-key remote call button. Shelf lifting and point-to-point shelf transport remain in the next planned phase and have not yet been deployed.

  3. 锐曼REEMAN38

    How Ruiman Fly Boat logistics AMRs connect inbound receiving, put-away, and outbound shipping

    Ruiman Fly Boat logistics AMRs, with a 300 kg payload and optional 100 mm lifting, replace fixed conveyors and manual carts in receiving, put-away, replenishment, picking, and shipping. They use laser SLAM navigation, so when SKUs or capacity change, only the map software needs updating. Tasks can be triggered by WMS/MES/ERP orders, one-touch call buttons, or PLC and conveyor signals, and with elevator and automatic door modules the AMRs operate across floors and in controlled areas. In one electronics factory deployment, the AMR carried 200 kg of cargo through a 1.15 m wide elevator car without manual assistance.

Nov 7Sat
Nov 6Fri
  2. 极智嘉40

    Geek+ unveils 24/7 warehouse autonomous operations plan to advance self-optimizing around-the-clock operation

    Geek+ announced a 24/7 warehouse autonomous operations plan, aiming to keep warehouses running around the clock and continuously optimize through real operational experience. The plan relies on its end-to-end robotics product portfolio, the Geek+ Warehouse Brain software platform, and its global deployment and service network, and uses the Gravity unified embodied AI framework and the Gravity 4D embodied world model to extend automation from structured handling to more variable operations and exception handling.

  3. Shanghai AI Laboratory - Embodied Intelligence70

    Shanghai AI Lab launches Sage·LabOS laboratory operating system

    Shanghai AI Lab has launched its laboratory operating system Sage·LabOS, which uses Sage SCP-Lab as a unified interface and the Sage physical world model W0 to drive robots in completing experimental operations, connecting heterogeneous devices for autonomous execution and data return. The system has four core capabilities: capability discovery, task orchestration, execution scheduling, and data feedback. In a lipid nanoparticle (LNP) formulation optimization task at Lingang Laboratory, it completed five rounds of dry-wet closed-loop iterations, automatically synthesizing and validating 335 formulations, with encapsulation efficiency rising from 67% to 98%.

    Why it matters: The source provides the four core capabilities of the autonomous laboratory operating system and measured dry-wet closed-loop data from LNP formulation optimization, showing how robots can be integrated into scientific research workflows.

Nov 5Thu
  1. 锐曼REEMAN40

    How was REEMAN's Ironhide autonomous forklift deployed in one day at a Zhejiang lighting factory?

    REEMAN completed the on-site deployment of the Ironhide autonomous forklift in about one day at a lighting manufacturing factory in Zhejiang, for pallet transport between a covered outdoor storage area and an indoor warehouse. In actual operation, the forklift has a maximum payload of about 600 kg, a one-way route of about 100 meters, and performs about 140–180 transport tasks per day; the reference equipment price is about USD 9,900. During deployment, engineers also adjusted the transport route based on the actual situation of temporary inventory occupying the aisle.

  2. 川崎重工56

    Kawasaki Heavy Industries launches F Series Controller S-type industrial robot controller with enhanced cybersecurity

    Kawasaki Heavy Industries has launched the F Series Controller S-type controller for industrial robots, strengthening cybersecurity functions while inheriting the F series' operability and expandability. The controller supports username-password authentication, access permission management, operation log recording, and secure communication protocols such as SSH, FTPS, and HTTPS, and performs integrity checks at OS startup and application execution.

Nov 4Wed
  1. 锐曼REEMAN38

    Planning a multi-floor autonomous forklift project? REEMAN Ironhide elevator integration checklist

    From a supplier perspective, REEMAN provides a five-item checklist of mechanical prerequisites, communication architecture, and responsibility division for autonomous forklift and elevator integration. For a single elevator, a local LoRa direct connection to the elevator control module is used; for multiple elevators, MQTT is used with the fleet system queuing and dispatching. The elevator control module only coordinates calls and status and does not replace the elevator's native safety controls. In the Maoming factory case, Ironhide transports about 1,000 kg of wire rod per trip over a one-way distance of about 100 m, completing 65–85 cross-floor elevator tasks per day.

  2. 仙工智能42

    Seer Robotics Showcases Robot Brain at CeMAT ASIA 2026: A Unified Platform for Multi-Form Robots

    At CeMAT ASIA 2026, Seer Robotics exhibited its Robot Brain product line and several robots equipped with the platform, including the X1 PRO humanoid robot autonomously completing a water-fetching task, the P300 and P1500 AI delivery robots collaboratively avoiding obstacles, and an omnidirectional stacker forklift autonomously identifying and picking up various pallets. Robot Brain consists of three parts: Model, Cerebellum, and Neural pathways. It has been adapted to more than 400 types of core components and supports more than 2000 robot SKUs.

  4. 锐曼REEMAN40

    REEMAN autonomous forklift and stretch wrapper integration: task signals, pallet handover, and docking conditions

    REEMAN autonomous forklifts perform a task-level handshake with turntable stretch wrappers via an external wireless module: the forklift places the pallet and, after retreating from the rotating area, sends a start signal; the wrapper completes rotary film wrapping and automatic film cutting, then returns a completion signal, after which the forklift re-identifies and aligns to pick up the load.

Nov 3Tue
  1. 锐曼REEMAN38

    How Is a Robot Chassis Customized for Food Delivery? The REEMAN Hussar Pro Case

    REEMAN developed an enclosed food delivery robot based on the Hussar Pro chassis (HBOT20P), combining a fully enclosed delivery compartment with indoor autonomous mobility. The chassis has a rated payload of 100 kg, uses laser SLAM navigation, avoids obstacles with laser, 3D camera, and ultrasonic sensors, and offers open SDK/API interfaces supporting HTTP API, Android SDK, RS232, and local MQTT integration.

  2. 锐曼REEMAN22

    Why Choose REEMAN for Custom Robot Development? Four Engineering Advantages

    With annual shipments of thousands of mobile robots and chassis units, industrial-grade engineering standards, cross-application customization experience, and a self-developed technology chain spanning navigation algorithms to cloud management, REEMAN provides OEM and custom robot development services. Its public projects include a warehouse picking robot using the Big Dog chassis, a 7-DOF robotic arm, and a 1,200 mm lifting mechanism; an AI library inventory robot based on the Hot Wheels chassis; and an enclosed food delivery robot based on the Hussar Pro HBOT20P chassis.

  4. 锐曼REEMAN38

    REEMAN AMR Forklifts in Real Pallet-Handling Workflows: From Receiving and Production to Shipping

    REEMAN published three verified AMR forklift pallet-handling deployments: in Huzhou, Ironhide 3.0 moves 1.5-ton pallets along a route of about 47 meters, with daily throughput of 160–200 trips; in Jingmen, Ironhide passes through two electric doors and interfaces with a stretch-wrapping machine, at about 75 cycles per day; in Shanxi, a Rhinoceros 1.5-ton stacker handles high-level handoffs in the packaging area.

  5. 锐曼REEMAN38

    How does the REEMAN Fly Boat AMR handle material transport across multiple floors?

    The REEMAN Fly Boat AMR achieves cross-floor material transport through an elevator integration module: the robot can autonomously call, enter, ride, and exit elevators without human assistance. The model has a rated payload of 300 kg and autonomous jacking of 10 cm, uses LiDAR SLAM navigation, has positioning accuracy of ±5 cm (±3 cm with reflectors, ±2 cm with QR codes), and a travel speed of 0.3–1 m/s.

  6. 锐曼REEMAN27

    Forklift Automation: A Step-by-Step Guide to Integrating REEMAN AMRs into Existing Warehouse Management Systems

    REEMAN autonomous forklifts use laser SLAM navigation and can connect to existing WMS, MES, and ERP systems without magnetic strips or QR codes; the integration focus is on location mapping and open API connectivity rather than rebuilding navigation infrastructure. The guide covers site surveys, map creation, task triggering, and multi-vehicle fleet scaling. Each model is rated for 6 hours of continuous operation (fully loaded)/8 hours (empty), supports automatic return to charging, and some models allow manual battery swapping.

Nov 2Mon
  2. 锐曼REEMAN58

    REEMAN Ironhide autonomous forklift completes wrapper and elevator integration at Shanghai chemical shipping warehouse

    REEMAN has published a deployment case at a chemical shipping company in Shanghai, where the Ironhide autonomous forklift links pallet pickup, automatic stretch wrapping, elevator floor transfer, and indoor and outdoor delivery, covering about 600 kg per trip, about 650 meters round trip, about 12 minutes per cycle, and about 50 cycles per day. The forklift exchanges station-ready and wrapping-complete status with the wrapper through an industrial interface, and coordinates requests, entry, and exit with the building elevator control system. During commissioning, the team adjusted drive-wheel downforce to resolve ramp slipping, and worked with the wrapper manufacturer to correct the pallet handover process.

Oct 31Sat
  1. 锐曼REEMAN42

    How Can Autonomous Forklifts Turn Existing Stretch Wrappers into Automated Packaging Workstations? — REEMAN Ironhide Wireless Docking and Jingmen Factory Deployment

    REEMAN outlines an approach for retrofitting existing stretch wrappers using Ironhide autonomous forklifts: the forklift handles pallet pickup, placement, and warehouse transport, while the stretch wrapper continues to perform packaging, requiring a machine control interface, status feedback, and safety interlocks. In its wireless docking demonstration, pickup alignment deviation was within 2 cm and turntable placement deviation was within 5 cm, with the demonstration process taking about 6 minutes. There is also an Ironhide 3.0 deployment at a factory in Jingmen, Hubei; the two applications are independent of each other, and the data comes from REEMAN application materials and has not been independently verified.

  2. Droidup/卓益得42

    Zhuoyide and Tencent Cloud sign strategic agreement: Moya embodied intelligence edge inference first-token response 30% faster

    Zhuoyide and Tencent Cloud signed a strategic cooperation agreement at the 2026 Tencent Global Digital Ecosystem Summit. The collaboration centers on embodied intelligence edge inference, moving Moya's voice interaction tasks to nearby edge nodes via Tencent Cloud EdgeOne. On-site testing at the summit showed Moya's first-token response was 30% faster and interaction jitter was reduced by 4.6 times, with end-to-end latency dropping from roughly 1–2 seconds to under 1 second. As a result, the Moya body can carry less onboard compute, balancing battery life, safety, and interaction experience through device-edge collaboration.

  3. 锐曼REEMAN44

    How the REEMAN intelligent pallet wrapping and handling workstation connects autonomous forklifts with wrapping machines

    The REEMAN intelligent pallet wrapping and handling workstation uses an external wireless communication module to link the 1.5-ton payload Ironhide autonomous forklift with a turntable wrapping machine into a continuous process. The module can use I/O, RS485, Ethernet, or CAN interfaces depending on the equipment controller, and the wireless link uses LoRa or Wi-Fi. In the demonstration, pickup alignment deviation was ≤2 cm and drop-off deviation was ≤5 cm; wrapping and film cutting are completed automatically, and the full handling and packaging process takes about 6 minutes.

  4. 锐曼REEMAN42

    How the REEMAN Titan Mini Handles Non-Standard Tank Trolleys with Custom Forks

    REEMAN customized the forks on its Titan Mini autonomous forklift for a high-end electronic materials factory in Anhui, enabling it to directly handle the customer's existing wheeled mobile material tank trolleys without additional pallets. The trolley weighs about 275 kg when loaded, the Titan Mini has a rated payload of up to 2,000 kg, the one-way point-to-point transport distance is about 260 m, and it uses LiDAR SLAM navigation; under the current site configuration, a full work cycle takes about 4.5 minutes.

  5. 锐曼REEMAN47

    How Do Autonomous Forklifts Integrate with Automatic Doors and Stretch Wrappers? The REEMAN Jingmen Factory Case

    At an electronic materials factory in Jingmen, Hubei, REEMAN Ironhide 3.0 autonomous forklifts complete an integrated process: picking up goods in the production area, passing through two electric doors, handing off to a stretch wrapper, and delivering to the warehouse. The actual load is about 1,300 kg, with a rated load of 1,500 kg. The customer reports about 75 transport cycles per day, about 6.5 minutes per task, and a loaded route of about 270 meters, with support for automatic return to a mobile charging station. The forklift's reference price is about USD 9,900, and integration with doors and the stretch wrapper requires customization based on the site's controller interfaces.

  6. 锐曼REEMAN30

    How can the REEMAN Hot Wheels robot chassis be used to develop an AI library inventory robot?

    REEMAN demonstrated a library inventory robot built on the Hot Wheels robot chassis, completing a mobility demo in indoor bookshelf aisles, but did not provide OCR recognition accuracy or inventory results. The chassis uses Laser SLAM and V-SLAM for mapping and localization, combined with lidar, 3D vision, and multi-sensor fusion for obstacle avoidance; published specifications include a 270° laser scanning angle and a maximum detection range of 25 meters.

Oct 30Fri
  1. 锐曼REEMAN35

    How does the REEMAN YIMA delivery robot use elevators in apartment buildings? YBOT20P explained

    The REEMAN YIMA YBOT20P outdoor delivery robot can automatically call an elevator, enter it, and deliver across floors through a compatible elevator control interface, without anyone needing to press the elevator buttons. The platform is designed for indoor and outdoor transport, has a payload of 100 kg, uses dual-lidar SLAM navigation, autonomous obstacle avoidance, and automatic charging, and can connect the delivery process from a community parcel station to a designated apartment entrance. Elevator integration requires confirming compatibility with the manufacturer's API, control module, or building system interface, and the elevator's existing safety controls must not be bypassed.

  2. 锐曼REEMAN52

    REEMAN launches YIMA YBOT20P door-to-door parcel delivery robot for residential communities

    REEMAN has released the YIMA YBOT20P outdoor delivery robot, which carries parcels from courier stations to apartment doorsteps along mapped community routes, with a rated payload of 100 kg. The robot uses dual-laser SLAM navigation, with a 360° top laser and a 230° front laser, an adjustable speed of 0.3–1 m/s, maximum obstacle clearance of 3 cm, maximum climbing grade of 10%, a nominal battery life of 10–15 hours, and support for automatic return to charge on low battery. It enables cross-floor delivery through integration with compatible elevator and automatic door controllers, and outdoor operation is limited to dry paved roads under no-rain conditions.

Oct 29Thu
  1. Pollen Robotics · YouTube34

    Reachy Mini adds hoverboard chassis, mobile app, and NFC hats

    Pollen Robotics has introduced three new features for Reachy Mini: a wheeled Hoverboard chassis that lets the robot move around and explore, Android and iOS mobile apps for setup and control directly from a phone, and NFC hats for switching personalities and unlocking new interactions and apps. The company says these updates offer more freedom and creative space for exploring physical AI.

  2. 拓斯达58

    Topstar's humanoid dual-arm robot enters 3C irregular-part sorting, cutting changeover time to minutes

    Topstar has launched a humanoid dual-arm robot solution for sorting irregular parts. Operators issue commands in natural language, and TOP Agent parses the tasks and coordinates visual perception, motion control, and force-controlled gripping, cutting changeover time from hours to minutes. On the hardware side, the humanoid dual arms have a rated payload of 8 kg and repeat positioning accuracy of ±0.05 mm, are equipped with a binocular vision system and a force-controlled adaptive gripping module, and support 24/7 continuous operation. The solution has completed deployment validation in the supply chain of a leading 3C brand and can optionally be equipped with edge computing and industrial large models to extend to processes such as appearance inspection.

  3. 锐曼REEMAN30

    How Does REEMAN Use the Big Dog Chassis Mobile Platform to Automate Warehouse Shelf Picking?

    REEMAN ROBOT partnered with a German industrial technology customer to develop a mobile manipulator robot for warehouse shelf picking and material handling. The solution uses the Big Dog Chassis AMR platform with a rated payload of 100 kg, paired with a 7-DOF robotic arm with a rated payload of 5 kg and a working reach of 610 mm, as well as a vertical lifting mechanism with a stroke of 1,200 mm.

  4. 锐曼REEMAN25

    Why Are Wheeled Robot Bases Better Suited for Mobile Manipulators? — The REEMAN Big Dog Base as an Example

    The REEMAN Big Dog wheeled AMR base is designed for mobile manipulator integration, with a rated payload of 100 kg, laser SLAM navigation, LiDAR and dual 3D cameras, and HTTP API, Android SDK, RS232, and local MQTT interfaces. Two cases show a customer integrating dual arms on the Big Dog base for a tote-handling demo, and a German industrial customer combining the base with a 7-DOF robotic arm and a 1,200 mm vertical lift mechanism for warehouse shelf picking.

  5. 锐曼REEMAN29

    How Does a Wheeled Robot Chassis Support Dual-Arm Mobile Manipulation? REEMAN Big Dog Customer Integration Case

    A customer integrated a dual-arm mobile manipulator on the REEMAN Big Dog wheeled AMR chassis; in an 82-second demo, it completed dual-arm grasping of a blue material box, transport between workstations, and placement. The chassis has a rated payload of 100 kg, uses laser SLAM navigation, is equipped with LiDAR and dual 3D cameras for obstacle avoidance, and offers development interfaces including an HTTP API, Android SDK, RS232, and local MQTT. The video is a customer integration demo, not evidence of a production deployment or verified throughput performance.

Oct 28Wed
Oct 27Tue
  1. AgiBot73

    AgiBot releases Genie Studio 2.0 embodied intelligence development and deployment platform

    AgiBot has released Genie Studio 2.0, an embodied intelligence application platform covering development, deployment, and operations. It consists of three modules—Flywheel, Agent, and Monitor—that connect data collection, model training, evaluation, inference, task orchestration, and robot fleet management.

    Why it matters: The original text provides the platform's three major modules and validation data from multiple production lines, which can be used to assess the engineering chain of embodied applications from development to operations.

  2. Beijing Humanoid Robot Innovation Center58

    Beijing Humanoid launches Huisi Kaiwu App Store, robot skills downloadable and ready to use

    Beijing Humanoid launched the "Huisi Kaiwu App Store" in October. Robot skills are packaged as apps that can be searched, downloaded, and deployed with one click to run on full-size general-purpose robots and other bodies. The store also offers datasets and simulation assets, and the official skill app library is open for free; developers who list skills and have them called for a fee can share in the revenue. Users can search for "Jushen Tiangong" in mobile app markets and enter the app store as developers to use the relevant features.