Nearthlab Participates in Panels of Accredited Blade & Drone Experts at Partner Organization-Sponsored Symposia.

Aerospace and Defense Review | Sunday, January 15, 2023

At Blades Europe and the Onyx Insight Technical Symposium, prominent autonomous drone inspection system co-founders shared industry insights.

Fremont, CA: Nearthlab is an artificial intelligence (AI)-powered autonomous inspection platform for infrastructure inspection facilities. Since its inception in 2015, the firm has assisted wind farms worldwide in automating and optimizing blade inspections.

Nearthlab uses cutting-edge technology to avoid inefficiencies at inspection sites and accelerate industrial asset management's digital transformation. With vast expertise in blade inspections, Nearthlab's autonomous drone can complete an examination in under fifteen minutes.

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"The future of autonomous inspection hinges heavily on how well service providers integrate ad hoc inspections and predictive analytics into the mix," said co-founder and CTO Youngsuk Chung. "I went in there hoping to show site managers and fellow peers in the industry the ropes on laying out the groundwork for that very future."

The inspection data gets transferred to Zoomable, Nearthlab's cloud-based analytics platform, which reshapes into the pearls of insights required to optimize O&M operations. Leading energy companies have chosen Nearthlab to give their autonomous drone solution. Make inspections easier with data from drones.

Chief Executive Officer Jay Choi traveled to Germany to speak at Blades Europe on the future of autonomous inspections. At the same time, Chief Technology Officer Youngsuk Chung focused on discussing the role deep learning & automation play in decreasing downtime.

"It seems though that an end-to-end solution is seen almost as this far-fetched concept of distant future," said co-founder and CEO Jay Choi. "But that's actually a far cry from reality. With all that Nearthlab is doing to empower operators to conduct standalone inspections on the go and fend off potential defects with predictive maintenance, I believe yesterday's session was a testament to the fact that what we envision as the future is already at our doorsteps."

Despite modest differences in length and complexity, both lectures began with a review of the technological groundwork that must get done to prevent faults in the blades and, eventually, the complete turbine. After that, relevant case studies were necessary to demonstrate how easy, thorough, and quick inspections maybe with the correct solutions.

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