CyberSwarm

CyberSwarm develops neuromorphic computing hardware inspired by the complexity and adaptability of the biological brain, creating a brain-on-a-chip engine that enables low-power, edge-computing-based AI for IoT devices, robots, vehicles, and other autonomous systems. The company's neuromorphic engine processes data locally without requiring internet or cloud connectivity, enabling truly autonomous intelligent devices. Key capabilities include self-learning at the hardware level where algorithms are assimilated directly into the chip, making devices more energy-efficient, versatile, and adaptable; low power consumption addressing the prevailing challenges of power usage and computing placement; data privacy through local processing with no third-party involvement in data manipulation; increased processing capacity using analog methods instead of binary for local machine learning execution; and high parallelism that increases calculations per second. The engine can be easily integrated into any device, representing a significant milestone in the evolution of intelligent and efficient computing. By eliminating the need for continuous cloud communication, CyberSwarm's technology addresses critical limitations of conventional AI including latency, privacy concerns, power consumption, and connectivity dependencies. Founded in 2017 and headquartered in San Mateo, United States, CyberSwarm has raised approximately $51 million at the Series A stage from investors including Draper, Hubraum, Startup Hub Poland, Giza Polish Ventures, MVP Academy, and StarFinder.