19Labs Drones Begin Delivering Medicine in Guyana

Key Concepts:

• Public-private partnerships for technology adoption
• Drone delivery of medication and blood samples
• Remote healthcare and telemedicine
• Nvidia and Dell Technologies for edge computing
• Starlink for drone communication and control
• Autonomous drone operation
• Cost-effective innovation for emerging markets
• Balancing automation with human involvement
• Empowering local communities through technology

1. Guyana Case Study and Public-Private Partnership:

• The speaker discusses a successful Truecaller admission case study in Guyana.
• They have been working with the Guyanese government for several years, establishing a public-private partnership.
• The government is keen on using technology to improve the country, leveraging newfound gas revenues for positive impact.
• The partnership focuses on bringing advanced technology, initially telemedicine, and now drone delivery of medication and blood samples to and from indigenous communities and regional hospitals.

2. Technology and Partners (Nvidia, Dell, Starlink):

• Nvidia and Dell Technologies are crucial partners in transforming capabilities in remote locations.
• Traditionally, physical access and communication were limited, but these technologies are changing that.
• Nvidia enables automation, monitoring, and safer autonomous drone operations, which directly impacts cost.
• Innovating at a cost-effective price point is essential when serving the next billion people in the world population.
• Physical Nvidia silicon is used inside the drones for real-time processing at the edge.
• Starlink provides connectivity, enabling pilots to view weather, monitor the drone's location, and control it with low latency.
• Starlink Mini is used on the drones.
• The drones are not small DJI drones but larger unmanned aircraft capable of carrying significant weight (currently £25, with a future target of £250).

3. Starlink Integration and Drone Control:

• Integrating Starlink allows for complete control over how the drone flies.
• Pilots can view weather conditions and the drone's physical location, and monitor the flight with very low latency using a joystick.
• This technology was previously limited to expensive military applications.
• The goal is to make it available for good, and disposing of it has enabled this transformation.

4. Background and Motivation:

• The speaker's background is in the smartphone market, with experience at Apple and other OEMs.
• Their interest in drones stems from a lifelong passion for aviation.
• They view drones as more of a computer, software, and communication challenge than an aerospace challenge.
• Their experience building hardware and software together to create amazing products, dating back to 1995, is relevant to drone technology.

5. Competition and Approach (Zipline Comparison):

• Zipline is acknowledged as a fantastic company doing amazing things.
• The speaker's company takes a slightly different approach, being less vertically integrated and emphasizing a balance between technology and human involvement.
• They believe in using humans in the operation on land, especially in rural and indigenous places.
• Local people can be involved in challenging the drones and unpacking them, empowering and educating the community.
• "We believe in achieving balance between what I call air and HIIT and the other space to use humans in the operation of land, especially in rural and indigenous places."

6. Conclusion:

• The speaker's company is focused on leveraging technology, particularly drones, to improve healthcare access and empower communities in remote areas.
• Key to their approach is forming public-private partnerships, utilizing advanced technologies like Nvidia, Dell, and Starlink, and balancing automation with human involvement to create cost-effective and sustainable solutions.