 Accelerate change or lose when you have a window of opportunity. A window of opportunity to change, to control and exploit the air domain to the standard our nation expects and requires from its Air Force. Modern warfare is dependent on the electromagnetic spectrum. World as Russian President Vladimir Putin casts his shadow across the boundary of Europe and Russia. It's a battle space that cannot be turned off, but access to it can be denied, manipulated and exploited. China has actually launched two missiles. Our competitors understand the dependence on the spectrum and are prepared to challenge us. Here we're going on, taking another step towards building more nuclear bombs. To overcome their challenge, our capabilities must be adaptable, flexible and affordable. Airmen and guardians must be ready to fight and win in all domains through the deliberate pursuit of EMS superiority. But our current force needs new spectrum capabilities. Complex waveforms and unknown operating modes make pre-programmed libraries inadequate and jamming techniques ineffective. Intelligence, surveillance and reconnaissance aircraft spend great amounts of time identifying threats, lengthening the kill chain. GPS-enabled navigation systems become unusable, requiring coalition assets to deviate from pre-planned mission. Modern jamming techniques effectively blind command and control assets from detecting and displaying the threat environment. The ability of aircraft to share data or target locations becomes increasingly difficult. Communications jamming effectively cuts off war fighters from support. But our scenario does not have to end like that. Dominating the electromagnetic spectrum and winning across the competition continuum will require a new set of capabilities that are within our grasp. Our countries engineers and software architects are a key part of our partnership with industry to address our current capability gap. The Air Force must pursue application-based capabilities that take advantage of open architecture and software-defined flexibility. Joint and coalition systems must come together in a web of capabilities to manage our spectrum allocation. Protect our own systems, exploit the spectrum, and attack the adversary in all domains. Our systems are currently programmed in a cyclic process to identify waveforms they sense in the electromagnetic operating environment. We must be able to rapidly reprogram those same systems to sense and respond to new signals and transmissions. We must use the benefits of artificial intelligence and machine learning to enable our systems to determine what new and unknown waveforms are and respond to them in flight. We must develop applications that allow our hardware to be used in flexible ways. A key enabler of warfare will be the ability to add new capabilities to open architecture systems via application-based software. Our systems must be able to communicate in an automated machine-to-machine fashion to enable rapid sensor-to-shooter communication and shorten the time it takes to engage the adversary. These capabilities and others are such a high priority that they will reside under a new structure, manned with experts who will bring a new kind of fight to the adversary. The new structure is the 350th Spectrum Warfare Wing. Where we're going is to use dominance in one domain or many, blending a few capabilities or many to produce multiple dilemmas for our adversaries in a way that will overwhelm them. This is about the future of joint warfighting in a networked digital age. The 350 Spectrum Warfare Wing will enable the U.S. Air Force to accelerate and enhance the way we fight if we don't change. If we fail to adapt, we risk losing. We risk losing in the great power competition. We risk losing in a high-end fight. We risk losing quality airmen. The electromagnetic spectrum ties our efforts together. We must win the EMS to win the fight. The Spectrum Warfare Wing is the way to win that fight. Fight's on, airmen.