threelonmusketeers[Stephen Clark] US Space Force confirms SpaceX will build sensor-to-shooter targeting network
[Debra Werner] The surge in military budgets can help Europe's entrepreneurial space sector — if spending speeds up
[Debra Werner] The surge in military budgets can help Europe's entrepreneurial space sector — if spending speeds up - sh.itjust.works
::: spoiler Article text Debra Werner 3–4 minutes AMSTERDAM – The recent surge in European defense spending could bolster Europe’s entrepreneurial space sector, but only if bureaucratic roadblocks are cleared, panelists said at the SmallSat Europe conference. While the increase in available capital can provide funding for space-related products and services, government defense agencies tend to operate at a deliberative pace. Startups, meanwhile, often have a 12-month cash runway. “Traditionally, defense is not being known for speed, so I don’t think that they’re going to necessarily help as much as they could or should,” Chiara Manfletti, CEO of Portuguese space domain awareness startup Neuraspace, said in an interview. “You either feed innovation quickly, or innovation will perish.” In July, the European Commission proposed a 2028–2034 budget that would increase defense and space spending fivefold to roughly $150 billion over seven years. Michael Mallon, industrialization engineer at the European Space Agency, cited the potential for European defense spending to lead to the creation of space unicorns as it has spawned artificial intelligence and drone unicorns. However, the rapid production and deployment of drones, prompted by the Russian invasion of Ukraine, occurred largely because traditional many of the rules followed for decades were “thrown out the window,” said Marco Villa, Canopy Aerospace and Defense CEO. Will European agencies adopt the rapid pace of decision making shown, for example, by the U.S. Space Force Space Development Agency? “Is there going to be that sort of culture of being able to try things, make mistakes, learn from them?” asked Noel Rimalovski, GH Partners managing partner. “Otherwise, money is going to sit around and maybe end up in a few companies’ pockets as opposed to developing a true diverse ecosystem at all levels of the supply chain.” European organizations have shown they can move rapidly to acquire and deploy drones at scale. “These companies have proven that we can do it if the urge is large enough,” Mallon said. Yes, but does Europe need a war to speed up its institutional processes for acquiring space systems, Manfletti asked. :::
[Mike Gruss] European imaging companies step in to fill warzone gap
[Mike Gruss] European imaging companies step in to fill warzone gap - sh.itjust.works
::: spoiler Article text Mike Gruss 5–6 minutes MILAN – As U.S. satellite imagery companies have pulled back from sharing visuals of Iran and the broader area around the Gulf conflict, European Earth-observation firms are moving to fill the vacuum. The new business is coming from global energy traders, insurers, shipping firms and news organizations, all of whom depend on commercial satellite imagery to monitor one of the world’s most sensitive waterways: the Strait of Hormuz. “In the energy sector, Earth observation data has become a core part of the business in the last five years,” Antoine Rostand, president and co-founder of French environmental intelligence company Kayrros, told SpaceNews. “Since the war in Iran there has been even more interest in monitoring the situation, and it was very surprising for us to see that a flow of information previously coming from U.S. companies was suddenly cut off. It was a shock for everybody.” The change began after several American Earth-observation providers restricted access to imagery tied to Iran and surrounding conflict areas. On April 4, Planet Labs said it would indefinitely withhold imagery of Iran and the wider Middle East conflict region in response to a request from the Trump administration. The move followed similar restrictions by Vantor — formerly Maxar — and Satellogic, which added Iran to a list of areas subject to enhanced due diligence and limits on general commercial sales. The decisions triggered concern among international media organizations including the BBC, CNN, Al Jazeera, The Washington Post and The New York Times, all of which rely on commercial satellite imagery to document military activity, shipping disruptions and infrastructure damage. The restrictions came at a volatile moment. Since Iran blocked the Strait of Hormuz on Feb. 28, governments and commodity markets have scrambled for reliable information about vessel traffic through the narrow waterway connecting the Persian Gulf to the Arabian Sea. Roughly one-quarter of the world’s seaborne oil trade and about one-fifth of global liquefied natural gas shipments pass through the strait each year. That meant oil traders wanted evidence of tanker movements. Shipping firms tracked vessels that had gone dark by disabling Automatic Identification System, or AIS, transponders. Airlines, insurers and commodity analysts looked for signs of disruption spreading through global supply chains. “In the energy sector, Earth-observation data has become a core part of the business in the last five years,” Rostand said. For European Earth-observation companies, industry leaders at the third ESA EO Commercialization Forum in Seville last week said the crisis created an opening. Rostand said firms across the continent rushed to determine whether Europe could replace at least some of the imagery and analytics previously supplied by American providers. He pointed to the European Union’s Copernicus Earth-observation program, along with commercial operators such as Airbus and Italy’s e-GEOS, as evidence that Europe possesses as part of the solution. “The good news is that in Europe we have Copernicus, which kept operating with no restrictions,” he said. While larger operators absorbed much of the redirected commercial demand, smaller European firms also found themselves fielding new requests from media organizations and analysts seeking independent visibility into the conflict. Finnish hyperspectral-imaging startup Kuva Space said it received more requests from U.S. news outlets searching for alternative sources of information about activity in the Strait of Hormuz. “We saw an increase in interest from the media, especially U.S. media, which were trying to figure out what is really happening there because nobody else was providing that information,” said Malathy Eskola, the company’s commercial director. One area of interest involved so-called “dark vessels” — ships traveling with AIS signals switched off to avoid detection. According to Kuva Space data, as many as 97% of vessels moving through the strait had disabled AIS transponders by March 29, one month after the blockade was formally imposed. News organizations also sought environmental analysis following strikes on oil infrastructure in the Gulf. The episode also highlighted Europe’s remaining limitations, including near-real-time capabilities available from larger American operators. Kuva, for example, expects next-generation satellites scheduled for launch later this year to improve processing speed and responsiveness. The Gulf event also comes as the European space community focuses on sovereignty. For years, European policymakers promoted the idea of reducing dependence on U.S. technologies. The sudden withdrawal of American imagery from a global conflict zone gave those concerns new urgency. “This story really shows that strategic autonomy is not just a word, it is a reality,” Rostand said. “The fact that we are independent and autonomous is essential.” :::
[Stephen Clark] A new US military wargame series began by simulating a nuclear weapon in orbit
[Sandra Erwin] Special Operations Forces test mobile platform for direct satellite imagery access
[Jack Congram] U.S. Sanctions Three Chinese Space Firms Over Alleged Iran Ties
[Eric Berger] The US military just released a bunch of UAP files, but there's no there there
[Eric Berger] The US military just released a bunch of UAP files, but there's no there there - sh.itjust.works
TL;DR: > So what’s in there? You can see for yourself here [https://www.war.gov/UFO/]. The short answer is “not much.” > > The longer answer is that there are pages and pages of old FBI records, unresolved cases, eyewitness interviews, and the usual grainy, black-and-white images that show dots but nothing remotely conclusive about aliens, alien spaceships, or any alien technology. > > In short, there is no truly meaningful evidence here for aliens, alien visitations, alien abductions, or anything like that.
[Eric Berger] Former NASA chief (Jim Bridenstine) takes helm of national security space firm
[Sandra Erwin] Ukrainian forces test direct-to-device satellite imagery for frontline troops
[Sandra Erwin] Ukrainian forces test direct-to-device satellite imagery for frontline troops - sh.itjust.works
::: spoiler Article text Sandra Erwin 5–7 minutes DENVER — In an experiment, Ukrainian forces used handheld devices to task commercial imaging satellites, bypassing centralized intelligence workflows that typically slow delivery to the battlefield. Earth intelligence firm Vantor, formerly known as Maxar Intelligence, conducted the experiment as a demonstration of how satellite intelligence could be delivered directly to frontline operators. “That imagery was transmitted and delivered to them in near real time,” said Susanne Hake, executive vice president and general manager of Vantor’s U.S. government business. The imagery was also shared simultaneously with other units operating hundreds of kilometers away, allowing distributed teams to coordinate targeting decisions, Hake said at the GEOINT Symposium. This type of technology is now being sought by defense and intelligence agencies amid a surge in commercially available data from satellites, drones and other sensors. While collection capabilities have expanded rapidly, getting that data to users in time to act on it remains a bottleneck. “We have more imagery, more sensors, more phenomenology, more data than ever before,” Hake said. “But the reality is, much of that data still isn’t reaching the people who need it, fast enough.” The problem is not data collection, she added. “It’s really everything that happens after collection. It’s latency and bandwidth, systems that don’t talk to each other, workflows that are still depending on moving data from one place to another before it actually becomes useful.” In the Ukraine test, software stitched together what are typically separate steps — tasking satellites, delivering imagery, integrating data and analyzing it — into a single workflow accessible at the tactical level. Units were able to identify targets, execute strikes and then quickly retask satellites for battle damage assessment. A process that typically unfolds in sequence over hours was compressed into a continuous loop. “And the impact of that was really significant. Targeting cycles that used to take days are now reduced to hours, and high value targets are able to be identified and acted on faster,” Hake said. The ability to move intelligence directly to frontline units also reduced reliance on drones, which are vulnerable to air defenses, she said. The concept of delivering intelligence “at the edge” has become a focal point for military planners, though the definition varies depending on the user. For soldiers, the edge may mean the front line; for intelligence agencies, it could refer to forward-deployed analysts or regional hubs. “How you define the edge is really critical when you think about ‘where does the system actually break?’,” Hake said. “And in general, what we’re seeing is the system breaking before information gets out to the operator.” That breakdown reflects deeper structural challenges. Much of the U.S. intelligence architecture still depends on centralized processing, with large volumes of raw data moving across networks before being analyzed. In contested environments, those networks are vulnerable to disruption, and bandwidth is often limited. Officials at the National Geospatial-Intelligence Agency say the issue ultimately comes down to timeliness. Intelligence that arrives late has little operational value. “We can’t carry everything. It has to be prioritized,” said Mark Chatelain, NGA’s chief information officer. “Being able to operate systems without being connected back to the mothership has been a big problem that NGA has faced for a long time.” Technical and operational changes NGA is exploring ways to move data into remote areas despite limited infrastructure, including more aggressive data compression and the use of artificial intelligence to determine what information should be transmitted. “Where there is limited connectivity, you have to have aggressive compression of data,” Chatelain said. He added that AI systems may need to adapt dynamically based on available bandwidth, stepping in to prioritize and process data when communications are disrupted. In response to these needs, a group of defense and technology firms at GEOINT announced a new effort bringing together companies focused on analytics, cloud infrastructure and connectivity to process and deliver intelligence directly in the field. Vantor developed software that can help bridge the gap between collection and action, Hake said. “The next breakthrough in geoint is really about software, not just sensors.” Even with advances in commercial technology, integrating data across legacy systems remains difficult, she said. New tools must fit into existing workflows and operate within the constraints of deployed environments, including outdated hardware and intermittent connectivity. Hake said the company is now testing tools designed to compress the full cycle — from satellite tasking to data delivery — into less than 15 minutes. But limitations remain, particularly with large data products such as 3D imagery, which must be scaled down to function over constrained networks. “We need to be really thoughtful about a particular area or size in order to get it onto a tactical device,” she said. :::
[Sandra Erwin] Anduril teams with commercial space firms, Sandia lab on Golden Dome interceptor program
[Sandra Erwin] Anduril teams with commercial space firms, Sandia lab on Golden Dome interceptor program - sh.itjust.works
::: spoiler Article text Sandra Erwin 4–5 minutes DENVER — Defense technology firm Anduril Industries said May 5 it has partnered with a group of commercial space companies and a U.S. government research lab to develop space-based missile interceptors for the Golden Dome program. Anduril is one of 12 companies selected by the Space Force to build space-based interceptors, a core element of the Pentagon’s planned layered missile defense architecture. “Anduril will develop, test, and deliver affordable solutions to support the U.S. Space Force’s space-based interceptor program,” the company’s senior vice president of engineering, Gokul Subramanian, said in a statement. The company said its subcontractors include Impulse Space, Inversion Space, K2 Space, Sandia National Laboratories and Voyager Technologies. “We are integrating critical, proven systems technologies from Impulse Space, Inversion Space, K2 Space, Sandia National Labs, and Voyager Technologies into our solutions for SBI, ensuring that we will be able to deliver quickly and at scale,” Subramanian said. The partners are a mix of commercial startups and established government-backed research. Impulse Space develops in-space propulsion and maneuvering vehicles. Its president and chief operating officer, Eric Romo, said the company is “excited to work on missions that are technically challenging and globally meaningful, and Golden Dome is both.” Inversion Space is building reentry vehicles designed to return payloads from orbit to Earth on demand. Its co-founder and chief executive, Justin Fiaschetti, said the company is “building systems designed for speed, scale and real operational use.” K2 Space manufactures high-power satellite buses, which provide the underlying spacecraft platform needed to host interceptor payloads and associated systems. Co-founder and chief executive Karan Kunjur said the company is “proud to be involved with Golden Dome to demonstrate what our technologies can bring to the warfighter.” Sandia National Laboratories contributes expertise in advanced weapons technology. Scott McEntire, senior manager for hypersonics, said the lab brings “decades of experience in advanced weapons development to bear as we partner to create new systems.” Voyager Technologies has a broad portfolio of space and missile defense technologies. Matt Magaña, president of space, defense and national security, said Anduril “understands speed and national security. We’re bringing the full force of our company to execute with the scale, infrastructure and technical depth the mission demands.” Boost-phase interception Space-based interceptors are weapons deployed in orbit designed to destroy enemy missiles during the boost phase, the earliest stage of flight. Golden Dome is intended to counter advanced threats such as hypersonic weapons and large-scale missile attacks that could overwhelm traditional ground- and sea-based defenses. By operating from space, interceptors could respond within seconds of launch, potentially neutralizing missiles before they leave adversary airspace or deploy countermeasures. The Space Force selected 12 companies, including Anduril, to develop early-stage interceptor capabilities as part of the program. Michael Guetlein, who leads Golden Dome, has said the goal is to demonstrate an initial layered missile defense capability by the summer of 2028. :::