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Building Vietnam's first ISO-certified industrial robot and deploying it inside a Samsung factory — then exporting it to South Korea
How Le Anh Son builds robotics and autonomous systems at Phenikaa-X by owning the core technology stack, using Vietnam as a demanding proving ground, and pushing research into real industrial deployments.
Le Anh Son is useful to study because he treats deep-tech innovation as a full-stack discipline. As CEO of Phenikaa-X, he has pushed robotics and autonomous-vehicle work out of the lab and into factories, public-service environments, and export markets. The through-line is not novelty for its own sake. It is technical control strong enough to survive real operating conditions.
How he innovates
Son’s core argument is that robotics companies need to own the critical technology rather than merely assemble other firms’ parts. He has said that mastering core technology lets Phenikaa-X adapt robots to different customer requirements and integrate them into existing factory systems without losing control of performance.
That philosophy showed up clearly in the AMR Pallet Mover deployed at Samsung Electronics’ Thai Nguyen factory in July 2024. The system was built to detect pallet locations autonomously instead of following a simpler point-to-point task. It also became Vietnam’s first robot certified to ISO 3691-4, which mattered because the commercial win depended on meeting a global manufacturer’s safety and operating standards rather than local tolerance alone.
He also works inside a deliberately structured innovation ecosystem. Phenikaa Group links university training, research, R&D, and production so ideas can move from academic work into deployable products with less handoff friction. That helps explain why Phenikaa-X can move across adjacent bets such as autonomous vehicles, service robots, and industrial automation without treating each one as a disconnected project.
What guides him
Son talks about “Physical AI” as the point where artificial intelligence becomes useful only after it works in the physical world. The commercial test is not whether a model performs well in isolation, but whether it can operate reliably on factory floors, roads, and public-service sites.
That view makes Vietnam part of the strategy, not just the headquarters address. Phenikaa-X has used local traffic and industrial conditions as a proving ground, then turned successful deployments into commercialization signals. By 2025, the same robotics capability that had been proven domestically was being cited in exports to South Korea and other real-world deployments.
He also treats policy as part of the innovation system. In public interviews he has argued for sandbox mechanisms that let autonomous systems be tested without navigating overlapping bureaucratic approvals, because deep-tech firms cannot learn fast enough if the legal path is slower than the engineering path.
What makes him effective
Son combines academic depth with product accountability. His background includes advanced engineering study in Japan and ongoing research activity, but the more important point is that he has used that research culture to support shipped systems rather than isolated papers. Phenikaa-X’s robotics and autonomous-vehicle work carries the marks of that approach: measurable safety standards, integrated hardware and software, and a bias toward deployments that prove capability under external scrutiny.
He is also working at the level of system design rather than one-off invention. The company strategy, the group structure around it, and the regulatory arguments he makes in public all point to the same idea: if a country wants durable robotics capability, it needs talent pipelines, product infrastructure, and testing conditions that reinforce each other.
Incidental facts
- Serves as CEO of Phenikaa-X and has also held academic and technology-leadership roles within the broader Phenikaa ecosystem.
- Helped lead the launch of Vietnam’s first Level-4 autonomous-vehicle prototype in 2021.
- Publicly advocated for one-stop sandbox rules for autonomous vehicles, drones, and robots as Vietnam’s deep-tech sector matures.