The Ai Chicks sit down with Dr. Aadeel Akhtar, CEO and founder of PSYONIC, who is pioneering the future of human mobility with advanced bionic hands. In this episode, we get into how AI and robotics are transforming prosthetics, making devices faster, more intuitive, and more accessible through innovations like touch feedback and Medicare coverage.
We also explore the human side of bionics: stories of Army veterans and athletes regaining everyday abilities and confidence with cutting-edge prostheses. Plus, the power of collaboration between humans and robots, data-driven training for automation, and the big, bold future of neurotechnology, where the line between science fiction and reality is starting to blur.
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Show Notes
EPISODE COVERS:
- Advancements in bionic hand technology
- Emotional impact of prosthetics on users
- Real-life stories with the Ability Hand
- Dexterity for humans and robots
- Touch feedback in prosthetic devices
- Hand robustness and durability features
- Medicare and accessibility for devices
- Personal inspiration for creating prosthetics
- Customization and aesthetics of bionic limbs
- Human-robot collaboration for skill transfer
- Affordability issues in health tech
- Global access to prosthetic solutions
- Future neurotechnology and robotics predictions
- Empathy versus intelligence in AI
- Ethics of human-tech physical integration
TIMELINE:
00:00 Developing the Ability Hand prosthetic
05:37 Meeting the first patient in Ecuador
06:49 Testing prosthetic design in Ecuador
11:48 Lowering costs and the Ability Fund
13:00 Developing advanced prosthetic technology
19:18 Technology merging with the human body
20:25 AI literacy and communication
AI, robotics, bionic hand, prosthetics, PSYONIC, Ability Hand, human mobility, touch feedback, limb difference, Medicare coverage, accessibility, adaptive technology, empathy in AI, neurotechnology, robotics companies, NASA, Google, Amazon, Meta, industrial robots, 3D printing, nerve implants, AI software, affordability, Medicaid, Range of Motion Project, Ability Fund, brain implants, technological guardrails, digital interfaces, universal remote
