ELECTROMAGNETIC SPECTRUM ON THE BATTLEFIELD
Joint Multi-Domain & Multinational Operations for National & Global security
US Support for NATO Summit Declaration Washington DC 2024
Mosaic Warfare Mission Decision Centered Integrated Air & Missiles Defense Electronic Warfare with STITCHES for Interoperability, Mission Integration, & Cybersecurity
The Strategic Operational & Tactical Data on the battlefield cannot be shared and turned off but access to it can be denied, manipulated and exploited.
The AUDIT to the STRATEGIC & TACTICAL DATA on the battlefield is in hands of the CIO of the DoD
The modern warfare is depending of the electromagnetic warfare
The first step of the Operationalization of Mosaic Warfare includes Remote Sensing for Aircraft & Satellites & Weapons Systems by using the Air Domain as a pivot e involving the Space Domain as part of the EW & under C4ISR Arch. of DoD
Our competitors understand the dependence on the spectrum and are prepared to challenge us taking another step toward building more nuclear bombs to overcome their challenge. Our capabilities must be adaptable, flexible and affordable.
Our forces must be ready to fight and win in all domains "from deep oceans to deep space" in Multi-domain Operations through the deliberate pursuit of electromagnetic spectrum superiority
Optical technology, not only contributes to the study and analysis of the electromagnetic spectrum composed by the spectrum of infrared IR, visible, ultraviolet UV, X-ray, and gamma rays.
Optical & Quantum technology also contributes to the implementation, operation & support of Laser Technology Systems in Multi-domain Operations such as Laser Communications, Laser Weapons, Nuclear C3 – NC3, Battle Management C2 – BMC2, Optical Signal Processing, Detection of Nuclear, Biological, and Chemical Weapons, Surveillance Laser Rangefinders, Designators, Jammers & Communications, Battleground for Dominance in ISR with optics-based sensors, Synthetic Aperture Laser Radars, Multimode Laser Sensing, Sparse Aperture Laser Sensing, Autonomous Inertial Navigation Underwater, and Autonomous Navigation in Deep Space by detection of the X-ray radiation emissions of X-ray pulsars
Optical technology lets the use of ML/AI for the next generation of Multi-sensors fusion sensor Target Recognition Systems in Electronic Warfare by using EO-IR-SAR-HSI sensors to get real time detection and identification of critical mobile targets & theater ballistic Missiles under camouflage, concealment and Deception, as well as occur in conflicts such as Ukraine War with Russian Tactics with Missiles. The output of the Multi-sensors fusion is delivered to the subsystem of the tracking of STITCHES (e.g. Lat-Lon- Signature of Ballistic Missiles). STITCHES is the responsible for interoperability, mission integration & Cybersecurity and connect the sensor output with the shooter such as a Laser Weapon. (Sensor to Shooter)
Spectrum Warfare Mission Video
https://lnkd.in/e4MsjnPe
Platform Lead Software Engineer at AVIAN LLC
1moRegina is one of the reasons I joined the AVAIN team.