…and roll those aviation pots and pans, what with near (how long just near?) peers, A2/AD barriers, prolonged procurements etc. and with AI, machine learning, advanced manufacturing/digital engineering etc. top of mind. Further to this post,
here’s a selection of recent pieces on the USAF’s rapidly moving efforts to reshape and revolutionize itself in a various fields to cope with emerging threats and, er, challenges. Whether or not these efforts will succeed, both within the passageways of bureaucracy (military and civil) and of Congress, is another matter. And note the matter of “mass” at the end of the post:
1) The U.S. Air Force’s New Mission: Accelerate Change or Lose?
Gen. Charles Q. Brown Jr. is a wrecker and a builder. The new U.S. Air Force chief of staff wants to uproot post-Cold War attitudes toward air warfare—attitudes premised on everlasting U.S. air supremacy—and implant a mindset premised on competitive entrepreneurship. Can he succeed?
2) The Air and Space Forces Want to Break the Mold. Here’s How They’re Starting.
The Department of the Air Force’s top officers are beginning to lay the groundwork for changes to how they manage and provide air and space forces to commanders around the world.
In his first month as Air Force Chief of Staff, Gen. Charles Q. Brown Jr. has warned that the service needs to overhaul its inventory and quicken the pace of warfare, or risk falling behind other global powers.
To get after that goal, the service’s operations policy team is thinking of new ways to bring in, train, and employ Airmen for global operations, Brown said. Their findings may affect the fiscal 2022 budget request, which is due early next year, and could soon shape deployments overseas…
Proponents say combining pieces of the Air Force make Airmen consider how various fields connect and how they could affect or bolster each other in combat. Brown has foreshadowed hard decisions ahead to cut certain aircraft and other parts of the force. He wants to focus on what’s most valuable for fights against digitally savvy, advanced militaries like Russia and China, like smarter sustainment, technology-driven training, and evolutions in unmanned aircraft, artificial intelligence, and networking…
After an AI beat humans 5-0 in AlphaDogfight simulations this summer, [secdef] Mark Esper announced, a future version will be installed in actual airplanes for “a real-world competition.” But military AI will adhere to strict ethical limits, he said.
…interesting…is the idea that the F-15EX may offer a pathway into the Digital Century Series (DCS). To review, the Century Series concept (associated most notably with Air Force chief of acquisition Wil Roper) involves designing and building an evolutionary set of airframes in small batches with open-source architecture. Roper has embraced the “Century Series” metaphor…
In the DCS concept, digital engineering technologies would allow the separation of production and design, while the use of 3D printing and other advanced manufacturing technologies would remedy some of the problems associated with the multiplication of spares and maintenance procedures. More importantly, the system would enable to continuous integration of new technologies into new airframes, as opposed to the much slower process necessitated by the precise requirements of stealth airframes. Thus, the “Digital Century Series” represents an entirely new way of thinking about aircraft acquisition, and indeed could lead to a substantial restructuring of the US aerospace industry…
5) New Air Combat Commander Kelly Wants AI ASAP
“We absorb more data that we can process, that’s just a non-negotiable fact,” says Gen. Mark Kelly.
6) Air Force To Train ‘Lead Wings’ For Major Wars; First Test Next Month
Instead of sending individual squadrons to the Middle East, the newly created 15th Air Force wants to train entire wings together for rapid deployment against Russia, China and other “near peers.”
7) The US Air Force has built and flown a mysterious full-scale prototype of its future fighter jet
…
The development is certain to shock the defense community, which last saw the first flight of an experimental fighter during the battle for the Joint Strike Fighter contract 20 years ago. With the Air Force’s future fighter program still in its infancy, the rollout and successful first flight of a demonstrator was not expected for years.
“We’ve already built and flown a full-scale flight demonstrator in the real world, and we broke records in doing it,” Will Roper told Defense News in an exclusive interview ahead of the Air Force Association’s Air, Space and Cyber Conference. “We are ready to go and build the next-generation aircraft in a way that has never happened before.”
Almost every detail about the aircraft itself will remain a mystery due to the classification of the Next Generation Air Dominance program, the Air Force’s effort for fielding a family of connected air warfare systems that could include fighters, drones and other networked platforms in space or the cyber realm…
8) Secret NGAD Fighter Flies, Sets Records, Raises Lot Of Questions
“All I can say is that the NGAD test flights have been amazing — records have been broken,” Will Roper says.
Air Force acquisition czar Will Roper revealed today that the service has built a full-scale prototype now in flight testing under the highly classified Next-Generation Air Dominance (NGAD) program — raising myriad questions about future force structure and potential impacts on the five-year budget plan beginning in 2022…
UPPERDATE: See third comment, from an important article on USAF’s NGAD project at The Drive‘s “War Zone”.
Meanwhile on the NORAD front:
Aug. 18 marked the 80th anniversary of the Canadian-U.S. Permanent Joint Board on Defense. This binational board of experts provides advice to the prime minister and president on how best to defend North America. The pressing topic today is North American Aerospace Defense Command (NORAD) modernization and the renewal of its aged radar sensors in the Arctic.
The North Warning System, a series of unmanned, long- and short-range radars dotting the North American Arctic and Greenland in support of air defense and frontier control, is reaching its end of serviceable life. The American and Canadian defense industries are racing for a chance to provide both militaries with the latest technology to replace the old radars. But to what ends? More sensors are not the magic solution to “modernizing” NORAD. Sensors are but one very small part of a wider effort to reconsider what it means to defend North America — beyond technology and the North Warning System…
Washington and Ottawa are rethinking how to defend North America. Adversaries, especially Russia, have access to advanced technologies and capabilities and can strike from multiple directions. The United States and Canada need to focus on increasing “all-domain” awareness, improving command and control, and enhancing targeting capabilities for a new security environment and peer adversaries. Upgrading the North Warning System exclusively in a NORAD context is not sufficient. Canada and the United States need new sensors capable of dual-use data and information collection for military and civilian government agencies and allies in multiple domains including land, space, maritime, and subsurface zones, in addition to the aerospace domain. And these sensors — which will be subject to probing, denial of service, and cyber attacks — are but one layer in an ecosystem (beyond even system of systems) informed by a reconsideration of what it means to defend North America. Canada and the United States should embrace a posture that includes active and direct defenses (i.e., anticipating attacks by pooling and analyzing multiple sources of data from a variety of sources and systems at much longer ranges vs. responding to attacks via system-specific information) of North America. This will enable the simultaneous deterrence from attack and defense of North America rather than simply the latter.
The impetus for the creation of NORAD and for the North Warning System was the recognition that the Canadian and continental U.S. airspace were functionally indivisible. They still are, but so too are the other domains. NORAD, however, operates in the aerospace domain and only warns in the maritime domain. New systems need to provide information and data that can be analyzed through what the outgoing NORAD and U.S. Northern Command commander Gen. O’Shaugnessy called “predictive analysis.”
Governments and industry are focusing too narrowly on technology and a North Warning System 2.0 as the solution to modernize NORAD. What is more, the dependence on technical solutions from the defense industry to provide solutions may contribute to confining modernization efforts to the North Warning System only, at the expense of a more strategic overview of what it means to defend North America globally…
2) NORAD Modernization: Report One: Awareness & Sensors
…
NORAD’s defences are challenged by advanced new weapons like hypersonic glide vehicles. These new weapons have proliferated across all military domains, designed to threaten North America and place its political autonomy and financial stability at risk. North American homeland defence needs to modernize to meet these new threats. A major component of this new thinking is the development of All Domain Awareness capabilities provided by a multi-layered sensor system (an ecosystem) that can detect, identify, and track these and other new threats at great distances and provide the right information to the right assets at the right time.
High financial costs and tight timelines are major obstacles to NORAD implementing an All Domain Awareness capability. These factors necessitate an approach to All Domain Awareness that emphasizes the technological readiness levels of industry. What ‘off the shelf’ technology is available that can be modified and brought to bear quickly?
Experts from across the defence industry elaborated on the design of the multi-layered sensor system that will enable a future All Domain Awareness capability. Sensors should be multi-mission, able to detect, identify, and track more than one threat from “birth to death”. These sensors should be modular, scalable, and software-defined with an open architecture for quick adaptability and upgradability. Throughout the discussions, the need to integrate these multi-layered sensors into a holistic system was emphasized. The goal is to create All Domain Awareness that seamlessly converges with renewed Command and Control (C2) and defeat capabilities to enable NORAD’s deter, detect, and defeat mission.
Many decisions have yet to be made that will drive the design of the multi-layered sensor system. Where should these sensors be placed that provides the best coverage? Furthermore, the data this system provides will be valuable and could be partly shared with allies and industry. How can industry ensure the integrity of this data? Lastly, where and how does human decision-making come into a largely autonomous system…
3) Hardening the Shield: A Credible Deterrent & Capable Defense for North America
…
With innovations in long range missiles and foreign missile defense systems as well as a changing Arctic landscape, threats to U.S. national security are closer and less deterred than ever from attacking the U.S. Homeland. Without compromising fiscal resources set for alleviating the COVID-19 crisis [USAF Gen. (ret’d), O’Shaughnessy and [USAF Brig. Gen.] Fesler lay out where enemy forces, notably China and Russia, are targeting weaknesses in U.S. Homeland defense and how U.S. defense strategies and organizations can be adapted to match the muscle of its offensive force. Their recommendations include the use of existing technologies to elevate equipment, data collection from space systems, data analytics for decision making, augmented communication between certain defensive lines, and cross-cutting collaboration on shared challenges. Retiring from his post in August of 2020, O’Shaughnessy is the former Commander of the United States Northern Command (USNORTHCOM) and North American Aerospace Defense Command (NORAD). O’Shaughnessy is joined by Peter Fesler, NORAD’s Deputy Director of Operations…
UPDATE: Andrea Charron responds to the Shield paper above, raising a number of concerns from a Canadian perspective–her conclusion:
…
Finally, there is much emphasis on the paper on receiving information “at the speed of relevancy” to make fast and better decisions. After all, seconds literally do count in some scenarios. On many occasions, however, disaster has been averted because a soldier or analyst doubted what a computer screen was telling him/her or questioned the data blinking on their screen. What if NORAD wanted to exploit or surveil or probe a target rather than defeat it? The AI assisted processes that girds SHIELD is needed but how it is configured, with what OODA loop parameters (i.e. observe–orient–decide–act), and filters will be crucial. It is important that NORAD and USNORTHCOM do not become linear in thinking or response options. Further, Canada will find it difficult to keep up the predictive analysis and joint all domain command and control plans being recommended not because the Canadian armed forces aren’t capable but because it can barely manage what is expected of it now–50% of CAF missions respond to domestic events such as floods and fire. Will the governments see financial sense in investing in computer assisted defence (notwithstanding concerns about them being hacked or compromised or rendered redundant) against great power competition, which so far has done more damage with a few bots on twitter, than on flood, fire and other support to overwhelmed national authorities?
Nineteen years to the day when the U.S. was attacked from within North America by suicide bombers, the response was very costly wars conducted “away” to deal with terrorism at its source as well as the impetus finally to pay for badly needed feeds of civilian air space information into the NORAD HQ. NORAD adapted, created Op NOBLE EAGLE [story from 2005 here, still going on], and focused attention within North America. Post 9/11, NORAD and USNORTHCOM focused almost exclusively on Sunni-based terrorism. It has not disappeared and the challenges of COVID mean that all forms of terrorism have the perfect grounds in which to thrive. Too close a focus on great power competition may leave North America vulnerable to other threats –especially non-state based actors and what is rapidly taxing governments around the world, including CJOC [Canadian Joint Operations Command] and USNORTHCOM, responding to the effects of climate change at home.
NORAD was and remains a bold idea. After WW II, it was the air forces that recognized the air space above North America as indivisible and requiring joint defence, and this recognition has been deeply embedded in the defence thinking of both countries at the political and military levels. I think we all agree that the need to modernize NORAD, and that the CANUS defence relationship for North America is vitally important. The authors provide a useful and insightful starting point from which to move forward with detailed discussions between Canada and the US, and the means to do so already exists –the PJBD [the binational Permanent Joint Board on Defence] and its Military Cooperation Committee are the obvious places to create the basis for moving forward, as it was in WWII and since.
Moreover, despite all the anticipated techno-wizardry now in the pipeline and yet to come, keep in mind that mass still matters–David Alman (tweets here) and Heather Venable (tweets here) make their case:
Bending the Principle of Mass: Why That Approach No Longer Works for Airpower
It is one of warfare’s oldest questions: What is mass, and what advantages accrue from sheer numbers? The concept has variously been defined as being about “the superiority of numbers,” or “concentrating the effects of combat power.”
While commanders often desire numerical superiority over their adversaries, they are not always able to achieve it. Instead, commanders use methods such as maneuver to achieve a local superiority in combat power. Maneuver is just one of many ways commanders attempt to artificially inflate the mass of their forces. Others include improving command and control, enhancing lethality, and seeking to possess better information than their opponents. All of these methods can allow assets to contribute relatively more to a fight, thereby potentially offsetting a requirement for mass. Over the past 50 years, the United States has progressively placed more emphasis on artificial mass — command and control, lethality, and superior information — as a substitute for actual mass.
A critical question, however, is what happens when an adversary combines these measures with actual mass? If both sides are lethal, networked, and effectively commanded, then what factors determine who has the advantage? As Lawrence Freedman argues, the “sensible application of superior resources tends to be successful.”
As a result, this question is becoming increasingly relevant for the Department of Defense as a whole. After decades of either a qualitative and/or quantitative advantage against likely opponents, it is now facing a massive buildup of increasingly modern Chinese forces. Just weeks ago, China announced that its fifth-generation fighter, the J-20 Mighty Dragon, would be entering mass production. How will the United States fare if faced with modernized mass?
The Department of Defense, and more specifically the U.S. Air Force, should evaluate its definition of mass in the context of future air warfare. While relying on numbers alone is too simplistic, Air Force leaders should recognize the importance of having sufficient numbers to fight, take losses, and continue to provide relevant capabilities to combatant commanders. The geography and threats in the Indo-Pacific necessitate hard thinking about requirements such as range, basing considerations, and survivability. Thus, for example, it is not enough to merely have numbers of short-range systems if the region demands longer range. Similarly, it is not enough to build attritable systems hoping the adversary will expend resources combating them. Adversaries will attempt to target all elements of American airpower. The Air Force should lead the Department of Defense in thinking through the implications of peer conflict — namely, that artificial advantages in mass may no longer be sufficient and that real numbers might be required to sustain a war effort within an anti-access/area denial bubble…
Let’s face it. The USAF, along with the US Navy and US Marines, are facing increasingly sticky wickets, especially in the Western Pacific. But they are giving furiously to think about their predicaments (see links at preceding sentence).
One wonders how much thinking the Canadian Armed Forces, notably the RCAF, are able to do, especially under the inevitable COVID-19 budget pressures coming. And under a government that seemingly has no serious interest in the substance of defence matters. See this post: “COVID-19 Facing the Canadian Government and Military with Major Decisions on Force Structures, Employment and Equipment–how Radical a Re-Shape?“.
Mark Collins
Twitter: @mark3ds
Theme song: