Video•Feb 19, 2026
Next Generation 3D Cabin Tech - Seeing Machines CEO on Tech Leading Automotive and Robotics Future
Seeing Machines Ltd says it is approaching a major inflection point ahead of the July 2026 EU GSR deadline. CEO Paul McGlone highlights 67% royalty growth and expects positive adjusted EBITDA in Q3, while CFO Martin Ive confirms a strengthened balance sheet following a US$14.1 million royalty receipt. With regulation driving demand and high-margin royalties ramping, the second half of FY26 could mark a turning point for profitability. #SeeingMachines #DriverMonitoringSystems #AutomotiveTechnology #GSR2026 #AutomotiveRoyalties #ADAS #VehicleSafety #EBITDA #InvestorUpdate #Guardian #EURegulation #MobilityTechnology #DigitalCockpit #RoboticsTechnology
By Proactive Investors
Video•Feb 18, 2026
IROS 2025 Keynotes - AI and Robot Learning: Xfeng Yan
In this keynote, Shifen Yan from UC Santa Barbara introduced a token‑level adaptive inference framework for transformer models, arguing that the uniform computational cost per token is inefficient for many robotics and language tasks. By inserting a lightweight router before...
By IEEE Robotics & Automation Society
Video•Feb 18, 2026
IROS 2025 Keynotes - Field Robotics: Brendan Englot
Brendan Englot’s IROS 2025 keynote highlighted the latest advances in situational awareness and decision‑making for marine robots, spanning perception, exploration, and risk‑aware control. His Robust Field Autonomy Lab at Stevens focuses on equipping underwater platforms with sensors and algorithms that...
By IEEE Robotics & Automation Society
Video•Feb 18, 2026
IROS 2025 Keynotes - Field Robotics: Jiancheng Yu
The keynote at IROS 2025 presented a multidisciplinary optimization framework for long‑range autonomous underwater vehicles (AUVs), aiming to overcome traditional design bottlenecks and deliver cost‑effective, high‑performance ocean observation platforms. The speaker, Jiancheng Yu of the Shenyang Institute of the Chinese Academy...
By IEEE Robotics & Automation Society
Video•Feb 18, 2026
IROS 2025 Keynotes - Field Robotics: Matteo Matteucci
Matteucci’s IROS 2025 keynote frames agriculture’s fourth, digital revolution as a necessity to feed a projected two‑billion‑person increase by 2100. He links declining farm labor, rising food insecurity, and unsustainable fertilizer and water use to the urgent need for robotics,...
By IEEE Robotics & Automation Society
Video•Feb 18, 2026
Fireside Chat with Chief of the Air Staff 2026
The Royal Aeronautical Society were delighted to host Chief of the Air Staff, Air Chief Marshal Sir Harv Smyth, to our HQ at No.4 Hamilton Place for a Corporate Partner briefing on the evolving role of air and space power. Sir...
By Royal Aeronautical Society
Video•Feb 18, 2026
IROS 2025 Keynotes - Field Robotics: Timothy Chung
Timothy Chung’s IROS 2025 keynote outlined Microsoft’s strategic roadmap for field robotics, emphasizing a shift from isolated robot pilots to large‑scale, interoperable robot federations that operate across air, sea, ground and underwater domains. He framed this evolution on a two‑dimensional...
By IEEE Robotics & Automation Society
Video•Feb 16, 2026
Integrate a PowerFlex 525 in Studio 5000 Logix Designer
The video demonstrates how to integrate a Rockwell Automation PowerFlex 525 variable‑frequency drive into a Studio 5000 Logix Designer project using the vendor‑supplied PowerDevice Object Library. First, the presenter downloads the PowerDevice library, updates the drive’s connection format in the Device Definition dialog,...
By RealPars
Video•Feb 14, 2026
First Public #Zoox Ride in Las Vegas
The video documents the author’s first public ride in a Zoox autonomous vehicle in Las Vegas, part of a limited free‑service pilot that requires only a credit‑card‑linked app download. The eight‑seat pod offers individual climate and music controls at four user...
By The Robot Report YouTube
Video•Feb 13, 2026
DiskChunGS: Large-Scale 3D Gaussian SLAM Through Chunk-Based Memory Management
DiskChunGS introduces a scalable 3D Gaussian splatting SLAM pipeline that overcomes traditional GPU memory constraints by treating scene reconstruction as a spatial streaming problem. The system partitions the environment into discrete chunks, keeping only the currently visible regions in GPU...
By ETH Zürich Robotic Systems Lab