Wingbits AI is a platform that enables users to create AI agents for real-time monitoring of airspace activity and receive alerts when specific events occur. It is powered by an independent global network of over 5,600 antennas across 120 countries, processing terabytes of ADS-B data daily to provide insights into aircraft movements, including military, private, and government jets. Key features include the ability to ask questions in plain English about current flights, such as "where is Air Force One right now?" or "Which private jets visited Davos last weekend?". Users can create monitoring agents that send alerts to platforms like Slack, email, Telegram, or Teams when criteria are met. The platform also offers scheduled reports and analysis on topics like competitor routes and can compare GPS jamming events across different regions. The system is built on a proprietary data infrastructure that ingests and cleans approximately 3TB of raw ADS-B data daily with under 1-second latency. It deduplicates and processes transponder messages before agents query the clean data. The platform identifies common query patterns and pre-aggregates relevant data to enable efficient querying over longer time windows. Benefits include extracting geopolitical or operational insights from aviation data without requiring a data science team. Use cases include tracking military aircraft, monitoring private jet movements for competitive analysis or news reporting, detecting GPS jamming spikes, and receiving alerts about specific aircraft like those of traveling friends or family members. The platform helps users get fewer, higher-confidence alerts by using alert history to determine if something has meaningfully changed. The product is designed for reporters, prediction markets, competitive analysts, route planners, and aviation enthusiasts. It integrates with communication tools like Slack, Teams, Telegram, and email for alert delivery. The underlying technology includes a global antenna network for data collection and real-time stream processing to handle high-frequency event streams with low latency.