- BOOK REVIEW: The Windfall Battleships: Agincourt, Canada, Erin, Eagle, and the Balkan & Latin-American Arms Races,
- LEADERSHIP: Ukraine War Warps Front Line Concept
- PEACE TIME: More Drones to Stop Drug Cartels
- ON POINT: The Short, Curious Ceasefire in Occupied Ukraine
- WINNING: Recovery, Rehabilitation and Restoration in Current Conflicts
- RUSSIA: Jet-Propelled Drones
- RUSSIA: Weapons Exports Diminishing
- PHILIPPINES: Philippines Bangsamoro Failure
- RUSSIA: Sabotage Campaign in Europe
- SPACE: Russian Starlink
- SURFACE FORCES
: Japanese ABM Ships
- INTELLIGENCE: The Terrorist Intel Liability
- INTELLIGENCE: Seizing Russian Assets for Ukraine
- NAVAL AIR: German Navy Gets Israeli Missiles
- INFANTRY: Building Ukrainian Ground Combat Drones
- CHINA: Arming Taiwan
- BOOK REVIEW: The National Tribune Remembers the Atlanta Campaign: Battles, Skirmishes, Marches, and Camp Life as Recalled by the Union Veterans Themselves
- WARPLANES: Ukraine Attacks Ground Russian Airliners
- LEADERSHIP: Rules for Commanding Drones
- LOGISTICS: Resupplying Warships in the Iran War
- WINNING: Islam is Disappearing
- ON POINT: Islamo-Marxists Burn France Like It's America
- AIR WEAPONS: Drone Jungle Warfare in Ukraine
- WARPLANES: The Israeli F-35 Upgrade
March 29, 2016:
Electronic warfare is often all about developing a new technology and putting it to use before the enemy can. One such breakthrough is a recent patent for APCN (Advanced Pulse Compression Noise). This is a technique which allows the user to not only encrypt radar signals (to make them harder to identify and jam) but also to rapidly modify the nature of the radar signal to adapt to local climactic conditions and geography. This not only further improves security but makes radar equipment far more effective. The big question now is how soon will APCN be ready for the combat zone. In the past the answer would have been “years if not longer” but another new technology (since the 1980s) is RAD (Rapid Application Development). This was first created for faster creation of useful new software. But the concept quickly spread to other complex systems.
RAD makes a big difference. In the past these new technologies take decades to mature. For example the basis of security and reliability in modern military communications is encryption (to prevent the enemy from listening in and understanding your messages) and frequency hopping (to reduce the impact of jamming and eavesdropping.) One of the earliest patents for frequency hopping was granted during World War II and one of the two inventors of movie actress Heddy Lamar. But the Lamar method was only the beginning and it took decades of development and refinement to achieve what we have today.