Fast, Accurate, or Both? The Reality Capture Tradeoff No One Explains

Reality capture projects can fall behind before fieldwork even begins. Choosing the wrong surveying method leads to extra site visits, missed deadlines, and costly rework. Many teams struggle to balance speed and accuracy because every project has different requirements. This webinar explains when traditional laser scanning works best, where SLAM-based mobile mapping delivers better results, and how both technologies can work together. You will also see a real project example and learn a practical decision-making framework for selecting the right capture method before mobilizing your survey crew.

What You'll Learn

Gain practical insights to choose the right reality capture technology, improve field productivity, and reduce avoidable rework.

✅ Understand the Reality Capture Tradeoff

Learn why no single reality capture method fits every project and what factors influence the right choice.

✅ Laser Scanning vs. SLAM-Based Mobile Mapping

Compare both technologies based on accuracy, speed, site conditions, and project requirements.

✅ Choose the Right Tool Before Fieldwork

Follow a practical framework to select the best surveying approach before mobilizing your team.

✅ Reduce Rework Through Better Planning

Identify common mistakes that lead to repeat site visits and learn how to prevent them.

✅ Real Project Walkthrough

See how an occupied site survey was completed in half a day instead of five days while meeting required tolerances.

✅ QA/QC for Reliable Survey Results

Understand how validation workflows help verify data quality and maintain confidence in project deliverables.

Meet the Speaker: Matthew Malencia

Matthew Malencia is the Senior Technical Product Manager at Exyn Technologies, where he leads the development of autonomous robotic systems from concept through commercialization. He earned a PhD in Robotics from the University of Pennsylvania and has extensive experience in robotics, artificial intelligence, autonomy, and systems engineering. Before joining Exyn Technologies, he led cross-functional product initiatives at Zipline, delivering scalable, FAA-compliant solutions. Matthew works closely with technical and business teams to develop practical technologies that solve real-world challenges across construction and other heavy industries.

Event Details

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