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From the Startup Battlefield stage to the International Space Station: geCKoMaterials built a sticky product

geCKo Materials, founded by Capella Kerst, a Stanford PhD, specializes in bio-inspired adhesives derived from gecko feet. The company has successfully navigated the transition from academia to a scalable business, with its technology now used in diverse fields, including applications aboard the International Space Station. Kerst emphasizes the importance of legal groundwork and effective networking in translating lab breakthroughs into commercial success.

Key points

  • Capella Kerst had a breakthrough in creating bio-inspired adhesives while pursuing her PhD at Stanford.
  • The transition to a startup involved navigating complex licensing and legal processes, requiring Kerst to complete her PhD.
  • Kerst connected with previous contributors and assembled a team for geCKo Materials, offering them roles or compensation.
  • She sought qualified legal counsel and was proactive in negotiations to ensure favorable terms for the startup.
  • geCKo Materials is now scaling its adhesive technology for use in robotics, manufacturing, and aerospace, having already implemented it on the ISS.

Why it matters

  • This mirrors trends in deep tech startups leveraging academic research for commercial applications.
  • Similar stories include startups focused on innovative materials development, reflecting ongoing advancements in materials science and engineering.
  • The rise of bio-inspired technologies aligns with sustainability goals and increasing interest in eco-friendly materials in various sectors.
  • In 2025, expected IT trends include the integration of advanced materials in constructing intelligent systems, enhancing robotics and space exploration.

geCKo Materials exemplifies the journey from academic breakthrough to commercial success by leveraging unique materials technology, emphasizing the need for thorough legal groundwork and collaboration, and positioning itself at the forefront of the next wave in industrial applications, especially in space science.