Shield AI

Shield AI creates advanced autonomous systems that enable aircraft and drones to operate independently, even in environments without GPS or communications. The core of its technology is an AI pilot capable of making real-time decisions, allowing for the completion of complex missions in demanding conditions. These systems can adapt on the fly and have been successfully tested in combat situations, proving their reliability.

The core software, Hivemind, drives a range of vehicles, supporting both traditional jets and modern, unmanned platforms. It manages coordinated fleet operations, where multiple vehicles can complete tasks together, reducing the need for large support teams and logistical overhead. Shield AI aims to offer safer, more efficient operations by removing the requirement for human pilots in hazardous scenarios.

While Shield AI's tools are primarily geared towards military and defense operations, they also present opportunities in broader aviation, logistics, and industrial inspection contexts. The focus on autonomy and flexibility makes these solutions relevant for users planning missions where human presence is risky or where maintaining communication links is impossible.

Shield AI is best suited for leaders and decision-makers in defense organizations, such as CTOs, heads of operations, and innovation managers at large aerospace and defense contractors. They are typically responsible for selecting and integrating new technology into military or government fleets, and Shield AI's autonomous systems allow them to upgrade capabilities without extensive infrastructure changes.

Additionally, heads of unmanned aerial systems programs and operations managers in industries like logistics, oil and gas, or industrial inspection may find value in this technology, particularly for missions requiring aircraft to operate where GPS is denied or unsafe for human pilots. Shield AI helps these users carry out complex missions more safely and efficiently, providing autonomy in environments where conventional solutions are either too costly or potentially dangerous.