EXPLORING USE CASES
Evolutionary AI Solutions
Applications and Case Studies
Robotics
We bring life to Robots.
Advanced robotics, powered by our dynamic neural networks, not only transform adaptability and efficiency, significantly reducing energy and computational demands, but also enhance the fluidity of movement, making interactions less robotic and more natural.
Autonomous Vehicles
Seamless Movement: Land to Sky
Leveraging advanced sensory tech and our dynamic Evolutionary AI, autonomous land vehicles and drones achieve a 40%-60% increase in operational range, enhancing situational awareness and efficiency. This breakthrough elevates commercial logistics and remote operations, offering unparalleled adaptability and industry-wide applicability.
Network / Traffic Management
Transforming Network Navigation
Harnessing evolutionary algorithms and our proprietary high throughput method, ViVum solutions excel in the dynamic data landscape, integrating and deciphering complex datasets from varied sources to provide real-time, actionable and explainable insights. Think data networks, high-frequency trading or anywhere data changes rapidly in real-time
Defense and Military Applications
Autonomy and Security Across Domains
Our E-AI defense solutions conform to low Size, Weight, and Power (SWaP) standards demanded at the edge and offer superior autonomous capabilities including but not limited to enhanced navigation and proprioception for swarm drones, submersibles, and beyond. This methodology supports precise, high-stakes operations with unparalleled efficiency and clarity, pushing the frontiers of autonomous defense innovation.
Unlocking Insights
Case Studies
Elevating Robotic Actuation
Evolutionary AI transforms robotic actuation by enhancing performance with reduced energy and resources, setting a new standard for sustainable, high-quality robotics.
Boosting Autonomy in Air & Land
Leveraging Liquid Neural Networks, Evolutionary AI significantly increases the efficiency and range of airborne drones and land vehicles, outperforming conventional approaches.