John Tedesco

Early Career & Technical Background

John Tedesco is a laboratory engineer with multiple master's degrees specializing in instrumentation, safety testing, and electrical and electronics engineering. For approximately three decades, he worked in the private sector, contributing to analytical test hardware development at Underwriters Laboratories and serving as product safety chair for the Long Island branch of the Institute of Electrical and Electronics Engineers (IEEE). His twin brother Gerald brings complementary expertise: during the same period, Gerald worked as a development engineer with a security clearance designing reconnaissance and surveillance sensors for Pentagon contractors, providing deep knowledge of defense-grade sensor systems.

The Nightcrawler Project

In 2018, John embarked on an ambitious five-year project to create what would become the "Nightcrawler," a fully equipped mobile aerial surveillance laboratory housed in a retrofitted recreational vehicle. The investment was personal—John depleted most of his retirement savings (401k) to realize this vision. The brothers' stated motivation was to apply systematic, instrument-driven investigation to UAP phenomena, drawing on their engineering expertise and sensor knowledge.

The Nightcrawler represents one of the most advanced privately-operated UAP surveillance platforms. Its rooftop hosts two X-band marine radar systems mounted perpendicularly to one another, designed to capture three-dimensional radar returns of objects in the air. The vertical tracking system can reach altitudes up to 70,000 feet. Additional equipment includes multispectral optical cameras, infrared sensors, and RF (radio frequency) spectrum analyzers—capabilities typically found only in classified military applications. This combination allows the brothers to cross-reference visual, thermal, and electromagnetic signatures simultaneously.

The Tedescos self-published their work in the book Nightcrawler: Eye on the Sky (2024), documenting their research methodology and field observations.

Recognition by Institutional & Government Bodies

By 2025, the Tedescos' work had attracted serious attention from established research institutions and government agencies. Harvard's Galileo Project, dedicated to investigating unidentified anomalous phenomena with scientific rigor, recognized their contributions. The American Institute of Aeronautics and Astronautics (AIAA), the premier aerospace engineering professional society, consulted with them on UAP detection methodologies.

Most significantly, the Pentagon's All-domain Anomaly Resolution Office (AARO) — the Defense Department's lead office for UAP investigations — reviewed their published work. Tim Phillips, AARO's former acting director, stated in a podcast interview: "We read their book," signaling that the Tedescos' systematic approach and technical capabilities had registered at the highest levels of Pentagon UAP investigation.

The FBI's counterintelligence divisions and various law enforcement agencies also consulted with the Tedescos on mysterious aircraft incidents, recognizing the Nightcrawler as a valuable investigative tool for cases involving unidentified aerial phenomena.

2025 Deployment & Active Investigation

In late December 2024 and January 2025, the Long Island area, particularly around Francis S. Gabreski Airport (home to the New York Air National Guard's 106th Rescue Wing), experienced a wave of unauthorized drone sightings. At least 28 drone flights were documented in the immediate vicinity during this period. As local and federal authorities mobilized to investigate the incursions, the Tedescos were summoned to the airport with the Nightcrawler to collect data and provide expert analysis.

This deployment represented a significant validation of their work—the brothers were now being called upon by official agencies to assist in active investigations of anomalous aerial activity. Their approach of combining multiple sensor modalities (radar, multispectral imaging, infrared, RF analysis) provided investigators with a comprehensive technical picture unavailable through conventional means.

The 2025 deployment also highlighted an ongoing tension in UAP research: private citizens with advanced technical capabilities and scientific rigor were becoming essential resources for law enforcement and military investigations because institutional infrastructure for systematic UAP investigation remained underfunded and fragmented.