Inner Logic
Inner Logic provides cloud-based development infrastructure for next-generation procedural medical devices, replacing expensive physical and cadaveric testing with computational simulation. The platform compresses development cycles from months to overnight, with built-in traceability and documentation designed to support regulatory submissions from day one. It serves teams building orthopedic implants, heart valves, and surgical robots.
- Healthcare Technology
- Software Only
Funding
Funding not disclosed
Founders
Founder details are not available yet.
Product
Problem
Traditional medical device development relies heavily on physical prototyping and cadaveric testing, making development cycles slow and expensive. The complexity of modern devices—from orthopedic implants to surgical robots—demands a more efficient, evidence-driven approach that current processes cannot deliver.
Solution
Inner Logic provides development infrastructure for the next generation of procedural medical devices, enabling teams to take a device program from concept to evidence-backed iteration overnight and at scale. The platform shifts discovery into the cloud, replacing expensive physical testing with computational simulation and exploration. Development cycles that previously took months now run overnight, allowing teams to prove concepts computationally before committing to physical testing. The infrastructure is built for regulatory standards from day one, ensuring every development cycle is traceable and documented to support submissions. This approach reduces the number of cadaveric tests needed, letting teams spend budgets only on what is known to work.
Target Audience
Medical device manufacturers and development teams building next-generation procedural devices, including orthopedic implants, heart valves, and surgical robots.
Features
- Cloud-based simulation platform that replaces physical and cadaveric testing with computational discovery
- Overnight development cycles, compressing months-long processes into single iterations
- Built-in traceability and documentation for every development cycle to support regulatory submissions
- Infrastructure designed for autonomy and intelligence integration in surgical devices from the foundation
- Platform applicable across orthopedic implants, heart valves, and surgical robotics