Understanding centimeter positioning and mission error
Distinguish positioning accuracy, repeatability and machine task accuracy to define a meaningful evaluation.
Knowledge, product answers and the latest in spatial intelligence.
Explore navigation technology and engineering, from satellite positioning to embodied intelligence.
02 / FAQFind the answers your project needs, from platform selection to delivery and support.
03 / HOPO NEWSCompany milestones and conversations across the industry.
04 / TECH BLOGExplore the thinking and practice behind the technology.
18 articles
Distinguish positioning accuracy, repeatability and machine task accuracy to define a meaningful evaluation.
Answers on HOPO, product architecture, sensing, performance definitions and applications.
Explore inertial sensing, accumulated drift, fusion constraints and calibration, including coupling terminology.
Learn the major satellite systems, pseudorange and ambiguity, and why canopy and urban canyons degrade positioning.
Distinguish LEO PNT, GNSS augmentation and communications, and understand how constellation, signal and terminal interact.
Explore complementary sensing, HopoEngine pose output and practical integration evaluation.
Seven groups of acronyms and engineering terms for specifications, proposals and technical conversations.
Define hardware, software and service scope before requesting a quote, sample or delivery plan.
Answers on RTK obstruction, transitions, augmentation services, convergence and vehicle interfaces.
Compare references, corrections, coverage and convergence without confusing no local base with no external service.
Follow corrections from reference station to rover and understand NTRIP, RTCM and recovery after signal loss.
Choose by operating conditions, sensing needs and interfaces, then define an actionable sample evaluation.
Understand support scope, case discussions, documentation and the information needed for troubleshooting.
Compare delivery scope, references, sensing, interfaces and task validation rather than one headline specification.
Understand how satellites, corrections, sensor fusion and intelligence connect positioning to a robot mission.
Understand odometry, loop closure and absolute coordinates, including limits in weak-texture and dynamic scenes.
Distinguish language understanding, perception, planning and safe execution within vision-language navigation.
Participants from satellite navigation, low-altitude aviation and embodied intelligence gathered at G60 for technology and industry discussions.
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