23 juillet 2024 | International, Aérospatial, C4ISR
Boeing says it will shun fixed-price contracts for drone wingmen
"That is a recipe for failure," Boeing Defense, Space and Security president Ted Colbert told reporters at the Farnborough Air Show.
2 janvier 2020 | International, Aérospatial, Naval, Terrestre, C4ISR, Sécurité
By: Eric Lofgren
In 2015, Congress passed middle tier acquisition, or MTA, authorities for rapid prototyping and rapid fielding. Lawmakers expected detailed guidance to follow shortly after. By June 2019, the Government Accountability Office found little clarity on documentation and authority. Congress reacted by threatening to withhold 75 percent of MTA funding in 2020 until the Pentagon released guidance.
Dangle the purse strings and compliance follows. The undersecretary for acquisition and sustainment, or USD(A&S), released Department of Defense Instruction 5000.80 on Dec. 30, 2019. The MTA guidance, however, is more likely to pump the brakes on rapid acquisition than propel it forward.
Programs designated “middle tier” do not have to follow regulatory processes for requirements and milestone reviews. That can shave years off a program schedule. In return, the prototype must be completed — or system fully fielded — within five years.
As of March 2019, there were 35 middle tier programs. The term “middle tier” is perhaps misleading considering nearly half of them exceed the cost thresholds for major weapon systems — roughly $200 million for prototyping or $1 billion for fielding.
Many questions remained unanswered until the new policy. How big was a middle tier? What documentation does it require? What is the role of oversight and USD(A&S)?
Authority
For several years, acquisition authority had been delegated down to the services. While the services only managed 48 percent of major programs in 2014, the figure grew to 90 percent in 2019.
DoDI 5000.80 reverses the trend. While the services can approve MTA for non-major programs, only USD(A&S) may approve major programs. Moreover, major programs have far more entrance documentation than non-majors, including approved requirements, an acquisition strategy and a cost estimate.
The services may avoid some documentation by disaggregating major systems into multiple MTA programs. For example, two of the Navy's non-major programs are components to Standard Missile-6 Block 1B. The same is true of the Air Force's Airborne Warning and Control System.
USD(A&S), however, can still disapprove any MTA program, whether major or non-major. With advisers from all around the Office of the Secretary of Defense, there will be will numerous potential veto points. Each official may extract concessions from MTA programs managed by the services.
Even though 31 out of 35 MTA programs are rapid prototyping efforts, the undersecretary for research and engineering, or USD(R&E), has been relegated to a secondary position. All MTA authority rests with USD(A&S). Almost as an affront to USD(R&E), he was given control over a rapid prototyping fund that Congress stopped funding.
The outcome reflects a broader weakening of USD(R&E). Congress has reacted negatively to the undersecretary's effort to move fast and reallocate funds to higher value uses. USD(R&E) may lose control of the Missile Defense Agency to USD(A&S).
Documentation
While MTA exempts programs from traditional requirements and milestone processes, documentation abounds.
Each service must create its own requirements process with approval in six months. Joint service requirements are discouraged from using MTA pathways.
MTA requirements, however, must still meet the needs determined by four-star generals in the Joint Chiefs of Staff and combatant commands. This may in effect bring the same approvals from the Joint Capabilities Integration and Development System process back into MTA.
Many of the DoDI 5000.02 processes also apply. Still required are system analyses, sustainment plans, test strategies, cybersecurity, risk assessments, cost estimates and more.
Contractors performing on MTA programs must still report cost data. No exemption was made for earned value management systems. Sidestepping many contract regulations — for example, with other transactions authorities — remains a separate process.
Most importantly, Congress requires detailed justification in the budget for every MTA program. That means the services must start justifying MTAs at least two years in advance of funding receipt. Many of today's MTA programs spun off existing, budgeted line items. New programs may find a hard time finding funds.
The present situation is reminiscent of the time David Packard attempted rapid acquisition between 1969 and 1971. A couple years later, new layers of bureaucracy descended. Similarly, MTA has built within it the seeds of another slow-paced bureaucratic order.
Adm. Hyman Rickover's skepticism to the reforms nearly 50 years ago rings true today. As Rickover wrote to Packard in a memo:
“My experience has been that when a directive such as the one you propose is issued, most of the effort goes into the creation of additional management systems and reports and the preparation of large numbers of documents within the Service to ‘prove' that the requirements of the directive are being met in order to justify funds for the Service.
“So long as the bureaucracy consists of a large number of people who consider that they are properly performing their function of approval and evaluation by requiring detailed information to be submitted through the bureaucracy, program managers will never be found who can in fact effectively manage their jobs.”
23 juillet 2024 | International, Aérospatial, C4ISR
"That is a recipe for failure," Boeing Defense, Space and Security president Ted Colbert told reporters at the Farnborough Air Show.
27 novembre 2023 | International, Aérospatial
"If we can relax the heat problem," a DARPA program manager said, "we can crank up the amplifier and increase the range of radar."
20 mars 2020 | International, Naval, C4ISR
By: Mike Gruss The Navy plans to test next year whether it can push new software — not just patches but new algorithms and battle-management aids — to its fleet without the assistance of in-person installation teams. Navy officials plan to send the first upgrades to the aircraft carrier Abraham Lincoln's C4I systems for a test in early 2021, officials said during a March 3 media roundtable at the West 2020 trade show in San Diego. Today, Navy teams frequently deliver security patches to ships, but that process does not allow for new capabilities. The reason is because service officials fear that one change to the ship's software could have unintended consequences, creating a cascading effect and inadvertently breaking other parts of the system. But in recent years, Navy officials have embraced the idea of digital twins, which are cloud-based replicas of the software running on a ship's systems. This setup allows Navy engineers to experiment with how new code will react with the existing system. It also helps software developers work on the same baseline and avoid redundancies. Ultimately, the setup offers Navy officials a higher degree of confidence that the software they're uploading will work without any surprises. The Navy completed its first digital twin, the Lincoln, in fall 2019 and has started building a digital twin of the aircraft carrier Theodore Roosevelt. Eventually Navy leaders expect to complete a digital twin of all the service's ships. However, only those in the fleet that have already been upgraded to a certain version of the Navy's tactical afloat network, known as the Consolidate Afloat Networks and Enterprise Services program, or CANES, would be eligible for the over-the-air updates. “In the Information Warfare community, software is a weapon,” Rear Adm. Kathleen M. Creighton, the Navy's cybersecurity division director in the Office of the Deputy Chief of Naval Operations for Information Warfare, told C4ISRNET in a March 17 statement. “If we were to ask a warfighter if it would be valuable to conceptualize, order and receive additional kinetic capability at sea, of course the answer would be yes. The same is true of software. “In an ever-dynamic warfighting environment, the ability to improve, add to, or build new capabilities quickly has extraordinary value. We believe our sailors on the front line are the best positioned to tell us what they need to win. That is what we are trying to accomplish. Put the warfighter's perspective at the center of the software we deliver and do it iteratively at speed.” In this case, think of a capability update for a ship much like downloading a new app on a smartphone. Today, some ships in the fleet can receive security updates for applications they've already downloaded, but they cannot download new applications. Navy officials expect that to change. The new capability would arrive as an automatic, over-the-air update or come pierside, but would not require an installation team as is the case today. “Anytime there's a new capability or a new change, we're just going to do it the same way that you get that done on your smartphone,” said Delores Washburn, chief engineer at the Naval Information Warfare Center Pacific, which is leading the change. “What we will be able to [do] now is do a rapid update to the ships.” Navy engineers hope to be able to push the updates as quickly as war fighters need them. “We're going to try to go slowly here because, again, we're having to tackle simultaneously cultural, technical and operational problems,” said Robert Parker, the deputy program executive officer for command, control, communications, computers and intelligence. The Navy plans to test this new arrangement by installing a set of software, performing an update and then fairly quickly pushing that update to the ship. https://www.c4isrnet.com/battlefield-tech/it-networks/2020/03/19/the-navy-will-test-pushing-new-software-to-ships-at-sea/