The Architect of the World's First AI-Driven Emergency Broadcast System.
One Year Operational. Zero Property Damage.

What Steve McKay Built

Steve McKay is a 20-year IBM veteran, IBM Call for Code winner, and the founder of McNadoes Corporation. Before McNadoes, he was the architect of RadioGPT — the world's first AI-powered radio platform — and the architect of what is documented as the world's first fully AI-driven, automated emergency broadcast system built to operational government specification.

The system was designed by McKay and built to his specification by his engineering partner. It went live in Florida in 2025, operating as a real-time public safety communications platform — monitoring conditions, assessing severity, and issuing automated emergency alerts to the public without a human review step, without manual approval, without delay.

In emergency management, delay costs lives. The AI-driven approach eliminated the bottleneck entirely. The system assessed. The system acted. The alerts went out. Emergency managers received the notifications. The public received the warnings. The outcome data reflects what happened next.

The Performance Record

During the full year the AI-powered emergency alert system was operational, the state of Florida recorded zero property damage from severe weather emergencies within the system's coverage scope. The table on this page shows Florida's documented billion-dollar disaster costs from 2018 through 2025, sourced from NOAA's National Centers for Environmental Information.

The surrounding years reflect Florida without a functioning AI-automated public safety communications system: Hurricane Ian alone cost $119.6 billion in 2022. Hurricane Milton drove 2024 costs to $34 billion and climbing. The year McKay's system ran: zero.

To be precise about the claim: alert systems do not prevent hurricanes. They prevent deaths and property losses by ensuring populations receive sufficient warning to act. Early, automated, accurate emergency alerts — delivered by AI without human intervention delay — change outcomes. The 2025 data reflects outcomes.

The Contract Decision

After one year of operation and zero recorded property damage, the state of Florida reviewed the record and discontinued the contract. The stated reason was that they did not need it.

We note, for the record, that a public safety system which produces zero harm events during its operation is not evidence that the system is unnecessary. It is evidence of the opposite. Emergency managers, government procurement officials, and public safety directors understand the distinction. We trust they will draw their own conclusions from the data.

Platform Architecture

McKay's AI-driven emergency broadcast system was built around principles that distinguish it from conventional emergency communications infrastructure:

• AI-driven automation. No human review step. The system assessed conditions and issued automated emergency alerts in real time, eliminating the intervention delay that conventional manual systems introduce between event detection and public notification.
• 24/7/365 monitoring. Always-on real-time public safety surveillance. Not business hours. Not staffed shifts. Continuous, automated monitoring of conditions requiring emergency management response — day and night, year-round.
• Government-grade specification. Built to the operational requirements of state emergency management. Not a prototype. A production deployment serving real constituents under government contract.
• Automated broadcast output. Alert content formatted and delivered for immediate distribution across public safety channels — without reformatting, without editorial delay, without a human approval queue.
• Enterprise-grade infrastructure. Platform architecture designed with the redundancy and fault-tolerance standards McKay developed across 20 years at IBM, including as Chief Architect of IBM Security Services. Disaster communications infrastructure cannot have single points of failure.
• Crisis communication at scale. Designed for state-scale emergency broadcast — mass notification across a geographically distributed population during active weather events requiring immediate crisis communication.

Why This Is on the McNadoes Website

The AI platform that guides McNadoes tornado deployments was designed by the same person who designed and architected this emergency alert system. The engineering discipline is identical: real-time atmospheric data, model-driven decision-making, precision timing, zero tolerance for ambiguity in automated output.

McNadoes clients have not, to date, canceled their contracts on the grounds that the tornadoes are working too well. We consider this an improvement.

Steve McKay returned to work. He is now commanding tornadoes. The two things are related in ways that are not difficult to understand.