The epicenter of Ortho Tech. πŸ“ Cambridge, MA | πŸ“… May 15–16 | Shape What's Next!

2026 Boston Orthopedic Technology Summit
2026 Boston Orthopedic Technology Summit
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BOTSRise Hack 2026

No team? No problem. Join our intensive hackathon to tackle critical challenges in Orthobiologics, Medical Devices, AI, and Practice Management. Whether you’re designing bio-integrative implants or building AI-driven clinical tools, this is your chance to turn bold ideas into real-world solutions that eliminate burnout and accelerate patient healing. Collaborate with industry leaders, physician entrepreneurs, and business experts to push the boundaries of innovation, and build the future of orthopedicsβ€”one hack at a time.


  • The Challenge: You’ll have 24 hours to tackle real-world orthopedic problemsβ€”from regenerative medicine breakthroughs to AI documentation tools.
  • The Reward: Build your network, develop a working prototype, and win prizes for the most innovative solutions.


Submission Deadline: April 1, 2026

Submit your application

Track 1: Orthobiologics & Regenerative Medicine

Track 1: Orthobiologics & Regenerative Medicine

Track 1: Orthobiologics & Regenerative Medicine

Focus: Harnessing biology to heal the body from within.

  • The Problem: Musculoskeletal tissues currently fail to regenerate after injury or degeneration.
  • The Hack: Design a novel delivery system (injectable, oral, etc.) to accelerate the healing of tendons, ligaments, or cartilage.
  • Alternative: Design the "Optimal Recovery Plan"β€”a data-backed nutritional strategy using supplements to maximize peak performance and surgical recovery.

Track 2: Next-Gen Medical Devices

Track 1: Orthobiologics & Regenerative Medicine

Track 1: Orthobiologics & Regenerative Medicine

Focus: Engineering durability and integration.

  • The Problem: Current joint replacements wear out or loosen from the bone over time.
  • The Hack (Surface): Design a new prosthetic or biologic shoulder joint using advanced materials that resist wear indefinitely.
  • The Hack (Interface): Create a prosthetic interface that biologically integrates with bone to eliminate implant loosening.

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