KAIST, the Korea Advanced Institute of Science and Technology, is poised to showcase cutting-edge robotics at SECON 2026, Asia’s largest security expo. The university’s involvement highlights a growing trend of academic institutions driving innovation in the security and robotics sectors, with a particular focus on practical applications for challenging environments. A key player in this push is Lion Robotics, a KAIST spin-off founded by Professor Hwangbo Jeming, specializing in advanced quadrupedal robots.
Lion Robotics’ flagship product, RAIBO, is designed for a range of demanding tasks, from disaster response and search and rescue operations to industrial inspection and security patrol. The company’s technology distinguishes itself through its ability to navigate complex and uneven terrain with speed and agility, exceeding the capabilities of many existing robotic platforms. This focus on robust locomotion and adaptability is attracting significant attention from both domestic and international markets.
RAIBO: A New Generation of Quadrupedal Robots
Professor Hwangbo Jeming’s vision for RAIBO stemmed from a desire to create a robot capable of operating effectively in scenarios where human access is limited or dangerous. The robot’s development has focused on overcoming the challenges of navigating obstacles like stairs, walls, and debris fields, a capability demonstrated in recent tests where RAIBO successfully scaled vertical walls, leaped over 1.3-meter gaps, and traversed a mixed terrain course at speeds of up to 14.4 kilometers per hour. KAIST News reports that these advancements position RAIBO for deployment in real-world emergency situations.
The core innovation behind RAIBO lies in its sophisticated navigation framework. The research team, led by Professor Hwangbo, developed a system that breaks down the problem of complex terrain navigation into two key stages: planning and tracking. The “planner” module utilizes a neural network-based heuristic and sampling-based optimization to quickly identify feasible footholds, while the “tracker” module ensures precise adherence to the planned path. This approach significantly reduces computational complexity compared to traditional methods that consider multiple factors simultaneously, allowing for faster and more efficient movement. The system prioritizes identifying optimal foot placement, streamlining the process and enhancing speed.
KAIST’s Growing Role in Robotics Entrepreneurship
Lion Robotics is just one example of the burgeoning robotics startup ecosystem emerging from KAIST. The university has actively fostered an environment conducive to entrepreneurship, encouraging faculty and students to translate research breakthroughs into commercially viable products. This commitment is reflected in the success of other KAIST spin-offs, such as Aldebaran, and the university’s strong performance in national startup competitions like the “Challenge! K-Startup” league, where Lion Robotics secured a top prize in 2023. The Korea Economic Daily highlights KAIST’s increasing reputation as a “robot startup incubator.”
The university’s support extends beyond initial funding and mentorship. KAIST provides access to state-of-the-art research facilities, a network of industry partners, and a dedicated team of experts to help startups navigate the challenges of scaling their businesses. This holistic approach has attracted significant investment from both public and private sources, fueling the growth of the robotics sector in South Korea.
Investment and Market Traction
Lion Robotics has secured substantial funding, including a recent Series A investment of 23 billion Korean Won (approximately $17.5 million USD as of March 10, 2026 – exchange rates fluctuate). Robot News reports that this investment round included participation from prominent venture capital firms such as SBVA, Company K Partners, and Futureplay. The funding will be used to accelerate product development, expand manufacturing capacity, and strengthen the company’s global sales and marketing efforts.
RAIBO’s capabilities are drawing attention from the defense, security, and public safety sectors. The robot’s endurance – capable of traveling up to 67 kilometers on a single charge and operating continuously for over eight hours – significantly surpasses that of competing platforms like Boston Dynamics’ Spot, which offers approximately 3-4 kilometers of range and one hour of operation. This extended operational capacity makes RAIBO particularly well-suited for long-duration missions in remote or hazardous environments. The robot has even demonstrated its capabilities by completing a full marathon course alongside human runners, showcasing its reliability and performance in real-world conditions.
SECON 2026: A Platform for Global Expansion
KAIST and Lion Robotics’ participation in SECON 2026, scheduled to take place in Seoul, South Korea, represents a strategic move to expand their reach into international markets. The expo is expected to attract a large audience of industry professionals, government officials, and potential customers from across Asia and beyond. Lion Robotics plans to showcase RAIBO’s latest features and demonstrate its capabilities in a variety of simulated scenarios, highlighting its potential applications for security, surveillance, and emergency response.
The company is actively seeking partnerships with international distributors and integrators to expand its global footprint. Professor Hwangbo has emphasized the importance of establishing a strong presence in key markets, including North America, Europe, and the Middle East. The company’s long-term vision is to develop into a leading provider of advanced robotic solutions for a wide range of industries, contributing to a safer and more efficient world.
The advancements demonstrated by Lion Robotics and KAIST underscore South Korea’s growing prominence in the global robotics landscape. With continued investment in research and development, and a supportive ecosystem for entrepreneurship, the country is well-positioned to become a major force in shaping the future of robotics technology.
Further updates regarding Lion Robotics’ activities at SECON 2026 and its ongoing expansion plans will be available on the company’s official website. The next key milestone for the company is expected to be the completion of its pilot deployments with select security and emergency response agencies in the second half of 2026.
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