Shield AI
Enable autonomous drone operations without GPS or human pilots
Target Audience
- Military defense organizations
- Government security agencies
- Aerospace contractors
- Oil/Gas infrastructure operators
Hashtags
Overview
Shield AI develops advanced AI pilots like Hivemind that power autonomous military and commercial aircraft. These systems operate without GPS or human intervention, performing complex missions from building clearance to air defense breaches. Their technology aims to protect service members while revolutionizing autonomous aviation capabilities.
Key Features
GPS-Independent Ops
Operates in GPS-denied environments using AI decision-making
Combat-Proven AI
Deployed in real missions since 2018 with military forces
Multi-Domain Control
Coordinates sea, air, and land operations autonomously
Adaptive Learning
Reads/reacts to battlefield dynamics like human pilots
Use Cases
Breach integrated air defense systems
Conduct indoor building clearance missions
Perform autonomous F-16 dogfight simulations
Oil/gas infrastructure inspection
Autonomous cargo transportation
Pros & Cons
Pros
- Only fully autonomous AI pilot combat-deployed since 2018
- Operates without communications infrastructure
- Supports diverse aircraft from quadcopters to jets
- Dual military/commercial applications
Cons
- Primarily defense-focused (limited civilian accessibility)
- Requires aircraft integration expertise
Frequently Asked Questions
What makes Hivemind different from other autonomous systems?
Hivemind makes real-time battlefield decisions without pre-programmed waypoints, functioning like a human pilot with adaptive learning capabilities.
Can Shield AI technology be used commercially?
Yes, V-BAT and Hivemind are used for oil/gas inspections and cargo transport, offering safer alternatives to traditional methods.
What aircraft support Hivemind?
Compatible platforms include Nova 2 drones, V-BAT UAS, and jet aircraft like F-16s.
Integrations
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