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…and mechanical systems. The system fuses data from lidar, vision and GNSS sensors to build a live 3D model of the jobsite, giving it the situational awareness needed to hold consistent output across variable field conditions. Xpanner offers the X1 Panel Lift under a single, all-inclusive subscription that covers hardware, the X1 kit and license, Xpanner Connect software, and on-site…
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…with lidar, RealSense depth sensing, GNSS, and 5G connectivity, the platform supports a wide range of applications, including SLAM research, autonomous navigation development, reinforcement learning, and embodied AI experimentation. The simulation-to-deployment technology stack Behind the M1 and L1-series platforms is a deployment-oriented software stack designed to support robot development, validation, navigation, motion control, and field operation. At the foundation is…
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…professionally managed infrastructure providing high-quality GNSS corrections data The Location Cloud: Unifies corrections, telemetry and device management through a single GraphQL API The Positioning Engine: Software that fuses satellite, sensor and motion data in real time to determine a device’s exact position with centimeter-level accuracy Together, the company said its platform - from satellite to software - enables precise location…
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…brings together 3D, video, audio, GNSS, time-series and other data modalities into a unified workspace for development and debugging. “At Bessemer, we believe Physical AI represents the next generational platform shift - as impactful as mobile computing or cloud infrastructure,” said Jeremy Levine, partner at Bessemer Venture Partners. “Foxglove is the clear category leader, building the developer tools and infrastructure…
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…triple-band Global Navigation Satellite System 〈GNSS〉 receivers are able to efficiently acquire and track a large number of satellites in multiple constellations simultaneously. STMicroelectronics’ Teseo V STA8135GA integrates a triple-band positioning measurement engine on-chip, enabling position-velocity-time (PVT) and dead-reckoning features. Source: STMicroelectronics Compared to Segway’s previous generation of robotic lawnmowers, ST said satellite signal coverage was increased by 20-30% with…
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…a global navigation satellite system 〈GNSS〉. Cameras mounted around the robots provide 360 degrees of real-time obstacle detection. Otteman said as Scythe’s camera-based machine vision gets more sophisticated, they can rely on it as a complementary data source when satellite coverage might be blocked, such as underneath a tree canopy. Hamilton and Otteman also said ultrasonic sensors are embedded in…
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…different focal lengths, a built-in GNSS module and IMU, as well as an API for integration with any UAV. The combination of the PT61 camera with AGROWING’s multispectral lenses establishes the camera as a dual-purpose RGB/Multispectral solution. Using the PT61 camera with AGROWING’s Quad lens, the camera provides 10 multispectral bands of 12 MP resolution, each along with the IR…
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…aftermarket portfolio developments will feature GNSS correction enhancements. Updated SSR (State Space Representation) corrections will give farmers real RTK accuracy via both cellular network and satellite. This gives users reliable correction services by providing a satellite-based back-up in case of signal loss, even in areas that aren’t well-covered by cellular networks. Raven is currently developing a new GNSS receiver, the…
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…into technologies including underwater acoustics, GNSS antennas and receivers, radio frequency systems, inertial sensors, robotics, and quantum-enhanced inertial navigation. Advanced Navigation AI solves complex challenges “There is a seismic shift across the landscape of sovereign manufacturing, driven by advanced technologies like AI, automation and precision engineering,” according to Advanced Navigation. “In the context of autonomous systems, the importance of precision…
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…conditions with no reliance on GNSS [global navigation satellite systems],” claimed the company in a release. “They also feature automatic gyrocompassing with industry-leading reductions in size, weight, power and cost (SWaP-C) compared to competing systems on the market.” “Our world-first Boreas DFOG technology represented a step-change for fiber-optic gyroscopes,” stated Xavier Orr, co-founder and CEO of Advanced Navigation. “The addition…
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…systems ANT everywhere works with GNSS. Source: BlueBotics ANT everywhere overcomes this challenge by adding GNSS (Global Navigation Satellite System) navigation with real-time kinematic (RTK) positioning, said BlueBotics. It claimed that the combination makes outdoor AGV and AMR operations just as robust and precise as those indoors. When an ANT-driven vehicle is enabled with ANT everywhere, its navigation algorithm uses…
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…technology fields, including underwater acoustics, GNSS antennas and receivers, radio frequency systems, inertial sensors, robotics, and quantum-enhanced inertial navigation. In November 2022, Advanced Navigation raised AUD108 million ($68 million U.S.) in Series B funding, brginging its total funding to AUD134 million ($85 million). New center to help speed launch of subsea products “The new subsea centre will help Advanced Navigation…
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…Improved navigation in locations where GNSS (Global Navigation Satellite System) service is weak or unavailable through the use of lidar sensors Simplified tablet-based programming interface and cloud connectivity Higher speed in autonomous mode – up to 10 miles per hour (mph) Increased battery size and longer operating time of up to 10 hours Enhanced avoidance function for vehicles stopped on…
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…will supply its VN-310 dual-antenna GNSS/INS with real-time kinematic (RTK) positioning for the Dellara AV-21 racecars. “These are among the most advanced autonomous vehicles in the world,” explained Mitchell. “There's no place for a human, and the autonomous system is packed tightly into the cockpit, including three lidars, three radars, a supercomputer, a drive-by-wire system, six optical sensors, six GPS/GNSS…
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…systems (RPAS), mobile lidar, and GNSS antennas. More than a supplier, CartoCanada said it consults with its clients to ensure they get the best geospatial equipment for their needs, helping them increase their project’s productivity, safety, and accuracy of deliverables. CartoCanada said its team thoroughly researches prospective partners to ensure their technologies are tested, supported, and, most importantly, available when…
From geometry preparation to AI-assisted analysis, integrated CFD workflows…
Software-based GripperAI manages mixed picking through basic geometry
Safety, communication and motion control components enable smooth operation
North America’s largest robotics and automation event winds down
