AI Tools for Air Traffic Controllers
AI tools that help air traffic controllers monitor weather, track NOTAMs, research airspace regulations, and prepare for shift briefings.
Works in Chat, Cowork and Code
Pre-shift weather briefing
Pull comprehensive weather data for all airports and waypoints in your sector before each shift. Get wind shear alerts, visibility reports, and storm cell tracking to anticipate traffic flow management decisions before they become urgent.
Denver ARTCC briefing: Surface winds 280° at 12 knots. Winds aloft FL180: 270° at 45 knots, FL360: 290° at 95 knots. Convective SIGMET covering eastern Colorado until 2200Z — expect rerouting requests for eastbound traffic.
Flight delay and status monitoring
Monitor inbound and outbound flight schedules, track delays, and anticipate arrival surges. Knowing which flights are running late helps you plan sequencing and coordinate with adjacent sectors before aircraft reach your airspace.
Found 14 eastbound arrivals delayed 30+ minutes. Largest delays: AA1234 from JFK (87 min), UA567 from BOS (62 min), DL890 from EWR (45 min). Expect compressed arrival window between 1800-1900Z.
Airspace and regulatory research
Research FAA orders, Letters of Agreement between facilities, and airspace class regulations. Quickly look up procedures for special use airspace, TFRs, and emergency scenarios without leaving your workstation.
FAA Order 7110.65 para 10-2-6 covers emergency handling. Key requirements: notify airport operations immediately, issue priority handling, coordinate with ATCSCC if flow program active, and complete MOR within 24 hours. Full procedure checklist compiled.
Traffic flow and congestion analysis
Analyze flight schedules and route data to anticipate peak traffic periods and identify potential conflict points. Prepare traffic management initiatives before workload spikes overwhelm sector capacity.
ZDC sector sees 142 scheduled transits 1400-1600Z. Dominant flows: northbound (38%), southbound coastal (27%), RNAV routes J146/J42 (21%). Peak 15-minute interval is 1445-1500Z with 19 simultaneous aircraft.
Safety incident research
Research past aviation incidents, near-miss reports, and NTSB findings relevant to specific aircraft types, airports, or procedures. Build institutional knowledge and prepare talking points for facility safety meetings.
Found 23 relevant ASRS reports and 4 NTSB investigations. Common contributing factors: controller workload during peak periods (65%), communication breakdown on frequency change (43%), and weather-related approach transitions (31%). Full citations included.
Training material and procedure lookup
Quickly retrieve 7110.65 procedures, local facility directives, and training documentation. Use AI to summarize complex regulatory language into clear operational guidance for new trainees or refresher scenarios.
Standard phraseology (7110.65 para 2-1-22): "Caution wake turbulence [traffic info]." Non-standard appropriate in 4 scenarios: pilot-requested deviation, visual separation, unrestricted climb/descent acceptance, and operations behind heavy in IMC. Full comparison table attached.
Ready-to-use prompts
Get current and forecast weather for KBOS, KBDL, KORH, and KMHT including winds aloft at FL180 and FL240, visibility, and any AIRMETs or SIGMETs active in New England.
Show all inbound and outbound flights at KATL currently showing delays greater than 45 minutes, grouped by airline and direction.
Research FAA 7110.65 rules on radar separation minima for en route versus terminal environments, and identify exceptions where reduced separation is authorized.
Search for all active Temporary Flight Restrictions and Special Use Airspace active today in the Los Angeles Basin area including times, altitudes, and controlling agencies.
Find Aviation Safety Reporting System reports related to communication failures during hand-offs between approach control and tower at major international airports in the past 5 years.
Analyze scheduled flight data to estimate peak traffic volume for the Miami TRACON sector between 1500-2000Z today, showing 30-minute interval breakdowns.
Get convective weather forecasts and SIGMET information for the Chicago area through midnight tonight. Identify which major arrival and departure routes will be most impacted.
Summarize FAA emergency handling procedures for a hijacking incident in progress, including coordination requirements with military, ATCSCC, and law enforcement.
Tools to power your best work
165+ tools.
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Everything air traffic controllers need from AI, connected to the assistant you already use. No extra apps, no switching tabs.
Start-of-shift situational awareness package
Build a complete picture of conditions before taking position: weather across the sector, active traffic delays, and any NOTAMs or TFRs affecting your airspace.
Safety meeting preparation
Research recent incident reports, regulatory updates, and procedural changes to prepare for facility safety briefings and training sessions.
Severe weather contingency planning
When convective weather threatens a sector, quickly assess impact on all routes and prepare rerouting options before contacting ATCSCC.
Frequently Asked Questions
Can AI tools be used during live ATC operations?
These tools are designed for preparation, training, and research — not as a supplement to certified ATC equipment during live operations. Use them for pre-shift briefings, training scenario preparation, and post-shift research and documentation.
How current is the weather data?
Weather Forecast pulls from live meteorological sources and provides current METARs, TAFs, and forecast data. For official flight planning and ATC operations, always verify against official FAA and NWS products through certified channels.
Can I look up specific FAA orders and directives?
Deep Research can search and summarize FAA Order 7110.65, facility directives, and Letters of Agreement. It aggregates from multiple regulatory sources. Always cross-reference with your facility's official documentation for operational decisions.
Is flight status data reliable for traffic planning?
Flight Status provides real-time data from airline systems and airport feeds. It is suitable for situational awareness and planning but should be used alongside official TFMS and EDCT data for traffic management initiatives.
Can these tools help with CPC training preparation?
Yes. Deep Research can compile scenario-specific regulatory content, Academic Research can surface peer-reviewed studies on cognitive load and situational awareness, and the research tools can help trainees build comprehensive knowledge bases for certification exams.
Give your AI superpowers.
Works in Chat, Cowork and Code