1. Describe the problem:
I've seen how rescue workers risk their lives in collapsed buildings after earthquakes, and I understand - modern technology can't cope. Existing robots can only fly and record video, but they can't break through rubble to reach people. I need robots that truly save lives in the most difficult conditions - under tons of concrete, in dense forests, where humans can't reach for several days.
2. How often does the problem occur?
Every time a major disaster happens somewhere in the world, I see the same thing - rescue workers are powerless against impassable rubble. This happens constantly: earthquakes in Turkey, hurricanes in the USA, building collapses in India - everywhere it's the same story.
3. What attempts have you made to solve the problem?
I've studied existing solutions, but they only show the problem rather than solve it. When people are buried alive under concrete, camera drones are useless. I've tried building prototypes from available components, but they can't withstand real disaster conditions.
4. How much are you willing to pay for the solution?
I'm still exploring possible monetization models, as this will be a B2G solution for government rescue services. They could rent platforms monthly, purchase them with an annual maintenance contract (AMC), or use hybrid schemes. The specific budget will depend on the solution's scalability.
5. Problem author:
The author of this problem is looking for a technical co-founder to build a solution.