June 3, 2020 | International, Aerospace
June 2, 2020 | By John A. Tirpak
The Pentagon awarded Lockheed Martin a $26.7 million contract on June 1 to develop a structural modification for the F-35 strike fighter to improve its Suppression/Destruction of Enemy Air Defenses capability (SEAD/DEAD). The retrofit design will be applied to both U.S. and foreign F-35s in Lots 14 and 15, and will be completed by August 2022.
The contract, issued by Naval Air Systems Command on behalf of all F-35 users, says Lockheed will perform the engineering necessary to modify the aircraft to perform “full up” SEAD and DEAD. When the Air Force declared the F-35 operational in 2016, it described the F-35's SEAD/DEAD suite as able to perform the mission in a “limited” fashion. The need for a structural modification indicates the aircraft will be fitted with new munitions and/or sensors to carry out the role, which usually involves detecting, fixing, and attacking ground-based air defense threats, which can be mobile or stationary.
When the service declared initial operational capability for the F-35A, the aircraft was in the 3i configuration, which gave it capability to release satellite-guided bombs. With the 3F version, the F-35 gained capability for the GBU-39 Small Diameter Bomb and AGM-154 Stand-Off Weapon—both used for SEAD/DEAD. The Block 4 upgrade will enable the F-35 to carry the in-development Stand-in Attack Weapon (SiAW).
The Navy plans to field its AGM-88E Anti-Radiation Guided Missile, a successor to the HARM anti-radiation missile, and the Air Force is considering the weapon, as well. The ARRGM and HARM home in on the last known emissions of a surface-to-air missile radar at high speed; their presence and success in previous conflicts has dissuaded enemies from turning their radars on in some instances, hence “suppression.”
The F-35's ASQ-239 electronic warfare system can passively detect an enemy air defense system's emissions and geo-locate these targets in concert with the F-35's other systems. Air Force leaders have said the F-35, by virtue of its stealth, will become the main platform for the SEAD/DEAD mission in the coming decade. That role is now primarily performed by the F-16 with the HARM.
May 24, 2023 | International, Aerospace
Norway will support training programmes for Ukrainian pilots to fly F-16 fighter jets, Norwegian Defence Minister Bjoern Arild Gram said on Wednesday.
July 9, 2020 | International, C4ISR, Security
Mark Pomerleau At air bases across Europe, networks are under attack. Malicious hackers have gained access to sensitive systems, information, controls and critical infrastructure. But cyber operators from U.S. Cyber Command, in concert with Five Eyes partners, have been called in to thwart these attempts in real time. This was the main scenario for this year's capstone cyber training exercise put on by Cyber Command, Cyber Flag 20-2. The exercise, which took place June 15-26 and was exclusively defensive in nature, saw more than 500 participants and 17 teams participating from five countries across nine time zones, and it included America's National Guard, the U.S. Energy Department and the Five Eyes alliance — Australia, Britain, Canada, New Zealand and the U.S. Australia, however, did not participate during this iteration. Officials told reporters this week that the purpose of Cyber Flag 20-2 was to continue building the community of defensive cyber operations and to improve the overall capability of the Five Eyes countries to defend against cyber aggressors. The drill involved teams defending IT and operational security networks against a live, opposing force trying to disrupt, deny and degrade the air bases' operations. The networks under attack were industrial control systems simulated to generate network traffic for an aviation fuel farm, power grid, air traffic control radars and electronic access control systems. The attacks came in the form of malware that targeted devices responsible for fuel and power. But the unique aspect of this year's exercise, as C4ISRNET previously reported, was the use of a new remote cyber training tool called the Persistent Cyber Training Environment. PCTE is an online client that allows Cyber Command's cyber warriors, as well as partner nations, to log on from anywhere in the world to conduct individual or collective cyber training as well as mission rehearsal, which to date had not existed for the cyber force as it does for physical troops. The program is run by the Army on behalf of the joint cyber force. The platform not only allowed the exercise to continue as planned amid the coronavirus pandemic, but it enabled collaboration and simultaneous training across the world. A new way to train Officials say PCTE is providing Cyber Command with an entirely new way to train cyber forces, which previously was difficult given a lack of infrastructure and the time needed to set up ranges and scenarios. It also allows Cyber Command and military units to conduct more frequent training. Cyber Flag typically was Cyber Command's largest and only holistic tactical training event, held annually during June. For units, aside from Cyber Flag, there were no other ways to stay sharp on their skills unless they built their own environments. Now, Cyber Command plans to hold more exercises, with Cyber Flag 20-3 occurring in the fall. “The delivery of the Persistent Cyber Training Environment absolutely allows us to increase the frequency and the complexity of exercises that are conducted by the command itself,” Coast Guard Rear Adm. John Mauger, director of exercises and training at Cyber Command, told reporters. “Going forward, I would expect you to see a series of exercises throughout the year where we are reaching out to the different teams to test their capabilities or to focus on specific issues that are of concern or interest to us. “Going forward, we're going to get the benefits of both those distributed exercises along with increasingly complex exercises as PCTE is instantiated across both the secret network and the top-secret network.” Scenarios and environments can be stored, saved, reused and modified if needed in the system for later exercises. Smaller units will also be able to leverage these scenarios to practice whenever needed. The PCTE virtual environment for this year's exercise included 25 interconnected ranges of more than 3,000 virtual machines — a high-fidelity network that simulated and emulated open internet traffic with more than 4,000 static websites that store and share data. The simulated air base networks created in PCTE had fully configured Windows active directory domains with over 100 nodes running more than 10 types of major operating systems, along with 35 simulated user control workstations actively surfing the internet and using Microsoft Office products to access, create and transfer files. Moreover, officials also explained PCTE can be integrated into larger, multi-combatant command-type exercises to simulate the cyber effects, such as Global Lightning and its companion Cyber Lightning. Global Lightning is an annual global exercise run by Strategic Command to test integration across several geographic and functional combatant commands. Cyber Lightning is Cyber Command's portion to the exercise. “We think that is the next evolution of the Persistent Cyber Training Environment and how we take to the tier 1 exercises, incorporate cyber effects. They're no longer white-carded,” Col. Tanya Trout, Cyber Command's PCTE director and acting director of the Joint Cyber Training Enterprise, told reporters. White carding involves telling exercise participants that a certain action has occurred. This was typical of cyber effects, given it was difficult to realistically simulate them, which diminished the training value in exercises because participants didn't experience the full breadth of these actions. Now, these activities can play a real role in exercises increasing the overall fidelity of training across the joint force and continuity of all operations of warfare. The system will also be able to be used for mission rehearsals. A Cyber Command official said the force can input prior operations, such as those used against the Islamic State group, to train against. Additionally, they'll be able to upload to the platform malware discovered in operations. The PCTE program office, which is in the prototyping phase despite delivering the first portion to Cyber Command in February 2020, also learned valuable lessons in Cyber Flag. Officials said the two-week exercise provided the program office with six months' worth of data it can use to make significant improvements. Prior to the February delivery, the program office leveraged several smaller-scale training events at the unit level to incrementally increase capabilities and scalability as well as help geographically dispersed teams prepare for tier 1 exercises like Cyber Flag. Overall, officials are happy with how the system performed in its first tier 1 exercise, pointing to little to no latency issues, though there were periodic improvement tickets. “What we found through the rapid development and use of the Persistent Cyber Training Environment is that we really have a unique capability to move forward with,” Mauger said. https://www.c4isrnet.com/dod/cybercom/2020/06/25/this-training-tool-could-be-the-answer-to-stop-mass-cyberattacks
August 29, 2024 | International, Land