AI-powered air traffic advisory designed for regional airports, remote airstrips, defense zones, heliports, and emergency operations — deployable in under 48 hours.
Thousands of regional airports operate without any advisory services — creating dangerous information voids for pilots.
Over 40,000 airfields worldwide operate with zero air traffic advisory. Pilots rely entirely on self-announcement, blind to surrounding traffic and real-time conditions.
Traditional ATC towers cost $10M–$50M to build — economically impossible for most regional airports.
Beyond construction, staffed towers require $2–4M in annual operating costs. The economics exclude most airports, permanently, without an alternative approach.
Island airports, remote airstrips, and mountainous regions remain completely unserved by conventional infrastructure.
Pacific islands, sub-Saharan Africa, and remote highlands see 90%+ unserved rates. Grid power, connectivity, and personnel availability eliminate conventional options.
Temporary airfields for disaster response and military operations have no means of providing rapid advisory services.
Disaster relief operations establish temporary air corridors in locations with zero infrastructure. Coordinating dozens of aircraft with no advisory increases collision risk exponentially.
Thousands of regional airports operate without any advisory services — creating dangerous information voids for pilots.
Over 40,000 airfields worldwide operate with zero air traffic advisory. Pilots rely entirely on self-announcement, blind to surrounding traffic and real-time conditions.
Traditional ATC towers cost $10M–$50M to build — economically impossible for most regional airports.
Beyond construction, staffed towers require $2–4M in annual operating costs. The economics exclude most airports, permanently, without an alternative approach.
Island airports, remote airstrips, and mountainous regions remain completely unserved by conventional infrastructure.
Pacific islands, sub-Saharan Africa, and remote highlands see 90%+ unserved rates. Grid power, connectivity, and personnel availability eliminate conventional options.
Temporary airfields for disaster response and military operations have no means of providing rapid advisory services.
Disaster relief operations establish temporary air corridors in locations with zero infrastructure. Coordinating dozens of aircraft with no advisory increases collision risk exponentially.
Thousands of regional airports operate without any advisory services — creating dangerous information voids for pilots.
Over 40,000 airfields worldwide operate with zero air traffic advisory. Pilots rely entirely on self-announcement, blind to surrounding traffic and real-time conditions.
The world's first autonomous, AI-powered air traffic advisory system. MicroTower delivers tower-grade situational awareness and pilot advisories without the cost, complexity, or staffing of traditional infrastructure.
Machine learning models trained on millions of flight operations provide real-time, contextual pilot advisories.
Automated voice advisories over standard aviation frequencies — no new pilot equipment required.
Integrated met sensors provide real-time wind, visibility, pressure, and hazardous condition alerts.
Cloud-connected operations dashboard for oversight, diagnostics, and performance analytics.
Operates independently without staffing. Self-monitoring with automated fault detection.
Complete installation in under 48 hours. Solar and grid power options. Minimal site preparation.
Integrated radar, ADS-B receiver, weather station, and camera systems continuously collect real-time airfield data.
Proprietary machine learning models analyze sensor fusion data, traffic patterns, and weather conditions in real time.
Context-aware advisory generation system creates accurate, situation-specific pilot communications aligned to ICAO standards.
Automated voice advisories are broadcast on standard aviation VHF frequencies — compatible with all existing aircraft radios.
Pilots receive timely, accurate traffic, weather, and field condition advisories — identical in quality to a staffed tower.
MicroTower provides continuous advisory service across every phase of flight — from initial field information to landing rollout.
ATIS-style field conditions, active runway information, weather summary, NOTAMs, traffic advisory.
Provide professional advisory services to regional airports that cannot economically justify traditional ATC staffing.
From Himalayan airstrips to Pacific island airports, MicroTower is transforming aviation safety in the world's most underserved regions.
Two decades of experience in aviation infrastructure, AI systems development, and international defense technology programs across South Asia and the Middle East.
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Pioneering aerospace AI researcher with extensive experience in real-time sensor fusion, machine learning for safety-critical systems, and embedded avionics development.
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Former senior aviation authority official with expertise in international regulatory compliance, global infrastructure deployment, and government procurement across 30+ countries.
Full ProfileEvery uncontrolled airport deserves advisory-grade safety. Join the global network of airports, defense agencies, and aviation authorities deploying MicroTower.
