Show HN: AI agents that communicate via ultrasonic frequencies (96% cheaper) (github.com)

A groundbreaking approach to AI communication has been introduced with the Sine Wave Language (SWL), enabling AI agents to exchange information through ultrasonic frequencies. This innovative protocol allows agents to operate with 40 core concepts instead of natural languages like English, significantly lowering operational costs by 96%—from $53 to just $2 per 1,000 queries. SWL boasts impressive technical capabilities, including synchronization of over 100 agents in real-time, with an average latency of just 0.3 milliseconds, making it five times faster than traditional file-based communication. This development is significant for the AI/ML community as it represents a shift toward concept-based reasoning, enabling agents to communicate without text tokens and relying on pure audio signals. SWL's design supports various collaborative tasks, including pathfinding and resource allocation, showcasing functionalities like fair division and consensus building among agents. The implications are vast, as SWL not only enhances efficiency and reduces costs but also opens new avenues for multi-agent coordination, potentially transforming how AI systems interact across various applications and environments.