1 août 2019 | International, Aérospatial
By Thierry Dubois
Luch Olymp, a Russian satellite, is French Armed Forces Minister Florence Parly's favorite enemy. Last year, she revealed it had, in 2017, moved into close proximity to Athena-Fidus—a Franco-Italian satellite used for military communications—and tried to intercept its signal. The French military have kept a close eye on Luch Olymp. “I can't resist telling you the latest—it left a business card to another eight satellites belonging to various countries,” she says.
The French government uses Luch Olymp as an example of the mounting threats against the country's space-based assets. A feeling of vulnerability was the basis for the government's decision, announced last year, to devise a space defense strategy. Now officially unveiled, it includes developing patrol satellites and space-based directed-energy weapons.
The move confirms the trend for nations to consider space as an additional theater of operations for future conflicts.
In the U.S., President Donald Trump signed off on a detailed plan on how to organize military space in February. The document, dubbed Space Policy Directive-4, proposes the creation of a sixth military service focused on space. The House and Senate are in agreement that a separate space service is necessary, but they are at odds on the details. Both chambers will enter conference this summer to hash out the specifics and are hopeful an agreement will be reached this fall.
Last year, a report on worldwide threats to Congress stated that Russian and Chinese anti-satellite (ASAT) weapons would probably become operational within the next few years. “Both countries also are advancing directed-energy weapons technologies for the purpose of fielding ASAT weapons that could blind or damage sensitive space-based optical sensors, such as those used for remote sensing or missile defense.”
Referring to China and the U.S., Parly says she believes in France asserting itself as the world's third space power.
A space command with an initial 220 personnel will be created Sept. 1. One of its roles will be to establish French space doctrine. The operations center of the space command is to open in 2024 in Toulouse, where it is expected to benefit from local synergies with the space industry.
As the space command will be part of the French Air Force, the latter is to become the Air and Space Force (Armee de l'Air et de l'Espace).
The space command to be integrated into the air force will replace the existing Joint Space Command, created in 2010. The Joint Space Command did help French forces with their space ambitions, says Parly. However, it is believed not to be effective because of a lack of unity in the command chain and the development of a military space policy, as well as geographically scattered sites.
“Space is a new front,” Parly says. She earlier requested the integration of cameras into the Syracuse 4A and 4B communications satellites, due to be launched in the early 2020s. The cameras will monitor the satellites' close environment.
Parly wants to see nanosatellites patrolling in orbit as soon as 2023. They will be used to detect threats and may also carry high-power lasers.
Such weapons, which may also be integrated into France's “valuable” satellites, will be able to “dazzle” a threatening spacecraft, says Parly. France is behind in high-power lasers, she admits, but she is confident the country's research laboratories and OEMs will catch up.
In fact, aerospace research center ONERA has already conducted a test that temporarily made inoperative the optical sensors of an Earth-observation satellite at the end of its life. According to a report by two members of the French National Assembly, ONERA could build a system that would make such sensors inoperative permanently. ONERA is also taking part in the TALOS project. Launched last year by the European Defense Agency to create high-power laser beam weapons, TALOS is led by CILAS, an ArianeGroup subsidiary.
Other ideas for “active defense” include repurposing systems currently developed under a European Space Agency program to remove debris from orbit, using a net or harpoon.
France's military programming law for 2019-25 already includes €3.6 billion ($4 billion) for the renewal of satellites—such as launching the CSO Earth-observation satellites. Parly announced another €700 million will be added over that period. They will be used, among other expenditures, to create demonstrators. “Full capacity” of the space command is expected in 2030.
On the ground, the existing Graves radar, which monitors low Earth orbit, will be upgraded in 2022. Parly has requested its successor deliver an initial operational capability in 2025, sooner than initially planned. Eventually, it will have to detect an object “the size of a shoe box” at 1,500 km (930 mi.).
Debris is a concern, as well as illegal launches such as that of Swarm Technologies' picosatellites last year.
The government is counting on European cooperation, especially with Germany and Italy, to make future surveillance equipment and weapons affordable.
https://aviationweek.com/space/france-creates-space-command-help-bid-be-third-space-power
27 mars 2024 | International, Aérospatial
Through a partnership with other Pentagon agencies, STARCOM plans to install new space domain awareness sensors on satellites in orbit as soon as 2025.
15 octobre 2020 | International, Naval
The report found increases in spending and jobs in the defense sector has helped stabilize the local economy ANDREW DYER Defense spending across San Diego County bolstered the local economy during the pandemic this year and now accounts for a quarter of the county's gross regional product, according to a new report released Tuesday. According to the annual Military Economic Impact Report, more than $33 billion in direct payments — via payroll, defense contracts, and retirement and veterans benefits — went to people and companies in the county during the 2020 fiscal year. That spending, along with spillover that researchers call a multiplier effect, equates to a total economic impact of more than $52 billion — 25 percent of San Diego's gross regional product. The numbers show an increase of 5.7 percent in direct spending and a 7.7 percent increase in jobs that pencils out to 342,486 jobs. Numbers in this year's report differ from last year's in part because Rady School of Management at UC San Diego compiled and analyzed the data, using modeling that was more conservative than prior calculations, said Mark Balmert, CEO of the San Diego Military Advisory Council, which commissions the annual report. Almost 60,000 active duty sailors and 50,000 active duty Marines make up the largest factions of employment, the report says, with more than 30,000 local civilians also employed by the Defense Department. Indirect employment linked to defense contracts adds roughly 190,000 jobs — about 15,000 more than fiscal year 2019. The presence of the military and defense industries has softened the economic blow of the pandemic, Balmert said. “The Rady School team did a great job of independently confirming what many of us already know, that the Defense budget provides an incredible stabilizing force during economic downturns such as we are experiencing during COVID19,” Balmert, a retired rear admiral, wrote in an email. The report singled-out the impacts of three Nimitz-class aircraft carriers that call San Diego home — the USS Carl Vinson, the USS Theodore Roosevelt, and the USS Abraham Lincoln. Each ship, the report notes, brings more than 3,000 sailors, making the three together a top-10 employer in San Diego. Each carrier contributes about $767 million to the region, the report says. https://www.sandiegouniontribune.com/news/military/story/2020-10-13/defense-spending-up-in-san-diego-counteracting-pandemic-report-finds
29 juin 2018 | International, C4ISR
By: Daniel Cebul When the Senate Appropriations subcommittee on defense released a summary of their spending priorities June 26, the bill included a significant increase for one emerging technology. The panel recommended setting aside an additional $447 million for microelectronics. Specifically, the committee wanted to ensure the Department of Defense has access to trusted microelectronics and can develop manufacturing processes for next-generation microprocessor chips. To do so, the bill raised the fiscal year 2019 research, development, testing and evaluation budget for microelectronic technology from $169 million in the president's fiscal year 2019 budget request to $616 million. Already, concern about the domestic production of microelectronics is expected to be part of a large defense industrial base review now underway. But what exactly are microelectronics, and why is their development worth so much to DoD? Microelectronic chips are essentially integrated electric circuits that regulate energy consumption, and perform complex computations that enable capabilities like global positioning systems, radar and command and control. Imagine all of the components that go into your computer ― memory, graphics processors, wifi modules, etc ― all on a single silicon chip, called a wafer. eading-edge wafers typically are 300 mm in diameter and loaded with transistors, resistors, insulators and conductors that control the flow of electrons (read electrical energy) across the chip. The smaller and smaller these components are, specifically transistors, the more can be fit on a chip, enabling faster and more efficient processing. Transistors themselves are measured in nanometers (nm), and are unfathomably small to most non-scientists and engineers. One nanometer equates to a billionth of meter! To put that into perspective, the average diameter of a human hair is 75,000 nm. The most cutting-edge transistors used in microelectronics measure between 10 and 7 nm, and are expected to get smaller in coming years. Smaller and smaller transistors will contribute to breakthroughs in “machine learning, data sorting for recognition of events, and countering electromagnetic threats,” according to a Defense Advance Research Project Agency backgrounder. Because Pentagon leaders believe this technology is vital for current and future capabilities, technology officials say it is important DoD can trust microelectronics are reliable and secure from adversary attacks and sabotage. For this reason, DARPA launched the five-year, up to $200 million Electronics Resurgence Initiative in September 2017 “to nurture research in advanced new materials, circuit design tools, and system architectures.” A key thrust of this initiative is partnership with top universities through the Joint University Microelectronics Program, or JUMP. The program enlists top researchers to work on proejcts like cognitive computing, secure cellular infrastructure to support autonomous vehicles and intelligent highways and other technologies enabled by microelectronics. Under the Senate defense subcommittee's markup, ERI received an additional $30 million to help “reestablish U.S. primacy in assured microelectronics technology.” https://www.c4isrnet.com/it-networks/2018/06/28/a-senate-panel-wants-to-spend-an-extra-400-million-on-microelectronics/