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VPNs help secure remote server access by encrypting traffic, restricting entry to authorized users, and reducing exposure of critical systems to the internet.
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COLORADO SPRINGS, Colo. — The next 15 years will likely see potential adversaries crank up their space and counter-space capabilities, so the Space Force needs more people and money, the service’s chief said as he rolled out two long-awaited policy documents on Wednesday.
Together, “Objective Force 2040” and “Future Operating Environment 2040” offer “a conceptual view of a future where our space superiority efforts must contend with new technologies, new threats, new missions and new ways of war,” Gen. Chance Saltzman said during his keynote address to the Space Symposium conference here. “It will serve as a point of departure and a catalyst for the growth and change that the future of space war fighting will demand.”
Plans for the Objective Force document were announced in early 2025 and for the Operating Environment document in September; both were expected by year’s end. Saltzman said the delays were “my fault” and that he was particular about the wide-ranging ambitions and vision the documents painted for the service. Some of the findings have already privately been briefed to various government and military organizations.
The public release coincides with a record-breaking 2027 budget request for the service and recent calls to double the number of guardians over the next decade. The public rollout also marked one of Salzman’s last major appearances before his retirement later this year.
Threats through 2040
The operating-environment document identifies China, and to a lesser extent Russia, as the service’s main threats.
The service predicts China will develop the “means and desire to use integrated, AI-enabled space-ground operations on a global scale,” according to the document.
The service predicts China may make large investments in sophisticated intelligence systems, proliferated low-Earth-orbit constellations for communication, sophisticated counterspace weapons, maneuverable space assets, and human-machine teaming for future operations.
Russia will likely look to “asymmetric counterspace capabilities” rather than “pursue space power parity” with NATO and the United States by 2040, the document says.
Space Force planners predict Russia will aggressively pursue technologies to level the playing field, such as a nuclear anti-satellite weapon that they won’t be afraid to use.
“Russia has the lowest threshold for nuclear weapons use in the world, according to its public doctrine,” the document says. “Though the use of space-based nuclear weapons is not explicitly mentioned, there is increasing concern that Russia is developing a nuclear ASAT.”
By 2024, Space Force officials speculate, U.S. government and commercial entities will operate upwards of 30,000 satellites. There are about 12,000 operational U.S. satellites in orbit now, according to the American Enterprise Institute’s space data navigator tool.
The document estimates that China will have roughly 21,000 satellites by then, up from 1,602, by AEI’s count, while Russia will have about 1,500, up from 356.
The Space Force documents diverge somewhat from the new National Defense Strategy, including by stating that China and Russia are likely to be the main threats, and that U.S. allies and partners will be key to staving them off.
“Commitments among established allies and partners will endure. NATO, Australia, the United Kingdom, and the United States (AUKUS), as well as the U.S.–Japan alliance and the U.S.–South Korea alliance, along with enduring U.S. partnerships, will remain the backbone of Western deterrence,” the document reads. “Adversarial alignment among Russia, China, Iran, and North Korea will continue informally, but without the creation of a formal ‘anti-U.S.’ bloc or new league of treaty based alliances.”
The operating-environment document also speculates that there will be “no major wars fundamentally altering the state system” such as a U.S.-China clash over Taiwan or a NATO-Russia escalation in Ukraine before 2040.
“Conflicts and crises may arise and intensify, but the existing major frontiers and the global balance of power will be preserved,” it says. “The world remains fraught with rivalry and limited conflict, but it avoids systemic breakdown or large-scale territorial revisionism.”
Saltzman told reporters the document was not intended to align with the National Defense Strategy, but prompt thought among the service about what it faces in the future.
“There is no intent to square this with a strategy, because it is not a strategy,” Saltzman said. “It is simply one vision, one conceptualization of what the future could be.”
Tomorrow’s force
To counter those threats, the Space Force hopes to expand and reorganize its number of guardians and missions.
“The Space Force will require significant additional manpower and specialized expertise to generate space control forces able to conduct sustained operations at a global scale,” the Operational Force document reads. “In practice, this will result in new deltas and squadrons as well as new types of Squadrons focused on targeting, command and control, and battle damage assessment.
The service also believes its orbital, electromagnetic and cyberspace warfare missions “will only become more vital,” the document reads, and would like to see them grow.
In addition to taking on additional mission sets, the service also expects that “existing units must realign to organize around platforms rather than around effects” as a way to provide more rapidly deployable and mobile forces.
While those ambitious plans will require more manpower and money, there are some mission areas that could see a decrease in some roles. Satellite control units, for example, could see a “net decrease in dedicated personnel” as it turns to more automated services to reduce crew responsibilities.
To meet the demand for a growing list of missions, the service points out it will likely need to rely on allies and artificial intelligence to meet those emerging threats.
“The Space Force of 2040 will be fundamentally different from the service of today,” the document reads. “It will center on proliferated, resilient architectures that integrate military, commercial, and allied capabilities into a hybrid warfighting system. It will operate at machine speed, leveraging artificial intelligence and autonomous systems while maintaining the primacy of human judgment for critical decisions.”
The Objective Force document will have classified and unclassified versions, and the service plans to publicize new changes and ideas as the service’s vision evolves from one administration to the next.
“To the maximum extent possible, the Space Force will publicly release an unclassified Objective Force every five years, providing a high-level summary of a much deeper body of conceptual and analytical work,” the document reads.
Saltzman’s swan song
Saltzman’s keynote address and roundtable with reporters on Wednesday marks one of his last major public engagements as the service’s top uniformed leader.
His tenure has been defined by a push for the service to embrace a warfighting mindset and to adopt new missions. It’s also grown from a budget of $26 billion to nearly $72 billion over the past three years and expanded to nearly 11,000 service members today.
The Space Force has also seen more public recognition for its role in joint operations.
Air Force Gen. Dan Caine, the Joint Chiefs chairman, and Navy Adm. Brad Cooper, the head of U.S. Central Command, have both highlighted the role that space and guardians played in Iran and Venezuela, describing the service’s space effects as critical first wave in operations which quickly established “space superiority.”
Saltzman was confirmed to the four-year chief of space operations position in the fall of 2022. On Wednesday, the general said he was retiring but declined to provide a date for when he’ll leave his role.
“I'm not sad,” Saltzman said. “This is so exciting…We're starting to marry up resourcing and processes and guardian talent; the joint force is recognizing how important this is. I think our messaging is getting through.”
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Fake Claude AI installer mimicking Anthropic spreads PlugX malware on Windows, using DLL sideloading to gain persistent remote access to infected systems.
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It seems everyone wants to rule the cosmos—or get a spaceplane. But the more satellites militaries launch and rely on, the more they need a good watchdog to protect them. And what’s better than one with a robotic arm that can also refuel?That’s where the MDA Midnight platform, unveiled at Space Symposium in Colorado this week, comes in. The satellite—which boasts a robotic arm—can get in close to inspect other spacecraft, monitor surroundings, investigate approaching objects, and defend against incoming threats if needed, Holly Johnson, vice president of Canadian-based MDA Space’s robotics and space operations told Defense One.
Plus, it can refuel other satellites using its arm to keep a safe distance from a satellite that needs refueling while keeping it operational, she said.
The arm connects with a satellite’s refueling interface and “the robotics will compensate for the relative drift rates of those two platforms and refuel the satellite in a seamless manner,” Johnson said.
The company has worked with the Space Development Agency and is selected to join the Missile Defense Agency’s SHIELD program.
“More countries and more companies are going to space,” Johnson said, “and defense organizations around the world are increasingly relying on the imagery, the data, the information and the communications that satellites provide for their operation.”
There’s been a push for more information on what objects—including upwards of 10,000 satellites—are in space, what they’re doing, who they belong to, and any potential threats, “but the missing part of space domain awareness was being able to do anything about it,” Johnson said.
The product release comes after the head of U.S. Space Command expressed concerns about China’s recent satellite refueling experiments; more recently, he stressed the need to be able to move satellites around.
“My concern is if they develop that, they will have the ability to maneuver for advantage the way the United States has for decades—on the land, at sea, and in the air—used maneuver for our advantage,” Gen. Stephen Whiting told the Senate Armed Services Committee last month. “We need to deliver our own maneuver-warfare capability to make sure that we can leverage the advantages that the joint force has developed over the decades in space, as we have in other domains.”
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Costs of war. A protracted conflict with Iran could cost up to $20 billion per month, with surge capacity pushing it closer to $30 billion, Wayne Sanders, a senior aerospace and defense analyst with Bloomberg Intelligence, told Defense One.
- Some costs are built into annual budgets, such as operation and maintenance of platforms, regardless of whether they’re in sustained operations.
- For example, as the U.S. Navy blockades the Strait of Hormuz, “that continued operation and maintenance budget—there's a certain amount that already exists, whether [ships] are floating right outside in the Persian Gulf, or whether or not they're sitting near Norfolk. They're still going to have a $10 million-a-day carrier fee, if you will,” Sanders said.
- “But the air wing…the amount of missiles that are being expended, the amount of jet fuel—obviously—begins to start playing a part in this, especially as you expand that time frame. So I think that's more into that $20-25 billion range per month for this period of time.”
- Plus: There will likely be “very high” intelligence, surveillance and reconnaissance costs “because you're looking at 24/7 overflights” and air support.
Demystifying shadow fleets. The U.S.-Israel war on Iran has resurfaced concerns about GPS jamming and spoofing, which can make accurately tracking ships difficult. So spatial imagery company Vantor is melding its tech with Windward’s maritime analytics platform to put crisp, space-based visuals with an aggregate of vessel tracking data to better identify specific ships and their movements.
- “It's not enough to use [low or medium resolution] satellites to look at ships, because it doesn't tell you anything. It just tells you, ‘hey, here's something that looks like a tanker,’” Windward CEO Ami Daniel told Defense One.
- “You need to know who it is, what it has been doing, and what's going to do…And you have probably 10 minutes to make that decision because you might have five ships trying to go down the blockade, and you need to decide now. I think that's the core of a partnership with Vantor” and their visual library.
- Peter Wilczynski, Vantor’s chief product officer, said the company’s imagery can track vessels over time, while Windward can add context.
- “We have no idea what the actual order of battle, from a military context or perspective is, or the ownership structure, especially in the gray and dark fleet environment,” including vessels that deliberately turn off their AIS data to hide their location.
- Vantor will integrate its persistent monitoring technology with Windward’s analytics to answer the question: “how do you take a picture of a ship and give it a fingerprint? And then that fits really naturally with the biographical history of the ship, who commands it, what its patterns are, what it tends to do—that gives you more of that predictive layer.”
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San Jose, Calif. – Apr. 15, 2026
As security operations teams struggle to keep pace with escalating alert volumes and increasingly automated attacks, Stellar Cyber just introduced new Agentic AI–driven capabilities designed to transform the day-to-day reality of the SOC analyst.
The company’s latest innovations expand its human-augmented autonomous SOC platform, helping organizations reduce alert noise, accelerate investigations, and shift security teams away from reactive alert handling toward AI-driven, outcome-based security operations.
The announcement comes as cybersecurity leaders were preparing to gather at RSAC 2026 in San Francisco, where Stellar Cyber demonstrated how AI can meaningfully improve SOC productivity without removing human oversight.
AI That Works With Analysts — Not Instead of Them
Security teams today face an unsustainable reality: overwhelming alert volumes, fragmented tools, and increasingly sophisticated adversaries.
Stellar Cyber’s platform introduces coordinated Agentic AI reasoning embedded directly into analyst workflows, enabling AI to analyze signals, prioritize threats, and recommend actions while keeping humans firmly in control.
“Security operations have reached a tipping point,” said Aimei Wei, CTO of Stellar Cyber.
“The volume and complexity of alerts are simply beyond what human analysts can manage alone. Our approach is to combine machine-speed analysis with human judgment. AI handles the data and correlation at scale, while analysts remain in control of decisions that matter.”
Eliminating Alert Noise and Accelerating Investigation
One of the most significant new capabilities is automated alert triage, which evaluates incoming alerts, enriches them with contextual intelligence, and determines likely true or false positives before analysts ever see them.
Early adopters are seeing dramatic improvements in operational efficiency, including:
- 60–80 percent reduction in analyst triage time
- Up to 70 percent reduction in alert noise
The system uses an AI-driven Verdict Signal Check (VSC) model combined with human-in-the-loop oversight, ensuring that automation improves accuracy without sacrificing transparency or control.
In parallel, AI-generated case analysis now automatically summarizes high-severity incidents, reconstructs attack timelines, identifies affected assets, and recommends response actions.
This transforms incident investigation from manual data review into machine-assisted security reasoning.
Phishing Response in Minutes Instead of Hours
Phishing remains one of the most persistent operational challenges for SOC teams.
Stellar Cyber’s automated phishing analysis capabilities dramatically reduce analyst workload by evaluating user-reported emails, filtering out benign messages, and escalating only high-confidence threats into investigation workflows.
Tasks that previously required hours of manual analysis can now be completed in minutes.
A SOC Built for Real-World Operations
Beyond AI automation, Stellar Cyber is also introducing enhancements designed to improve the operational experience of security teams.
New capabilities include:- Custom case queues that allow SOC teams to organize investigations based on escalation level, SLA priority, or customer tier
- Improved detection coverage for web application exploitation and VPN credential abuse
- Modernized dashboards with responsive layouts and drag-and-drop customization
- Expanded integrations across the Open XDR ecosystem
These improvements are designed to reduce friction in daily SOC operations while improving visibility and collaboration.
A Different Approach to AI in Security Operations
Unlike many vendors that apply AI to isolated parts of the security stack, Stellar Cyber embeds Multi-Layer AI across the entire SecOps lifecycle — from data ingestion and correlation to investigation and automated response.
The platform unifies SIEM, NDR / OT, ITDR / UEBA, detection, investigation, triage, and response within a single open architecture.
“This is about transforming the daily life of the SOC analyst,” said Subo Guha, SVP of Product at Stellar Cyber.
“We are eliminating repetitive work so analysts can focus on high-value decisions. Cleaner signals, faster investigations, and automated workflows allow security teams to scale operations without scaling headcount.”

About Stellar Cyber
Stellar Cyber is the only AI-driven SecOps platform purpose-built for MSSPs and lean enterprise security teams. Since 2015, we’ve been illuminating the darkest corners of cybersecurity to help organizations see every threat, know what matters most, and act with speed and confidence — always with the human in the loop.
By applying the right tool to the right problem, Stellar Cyber combines machine learning to uncover hidden anomalies, agentic AI to guide responses in real time, and human-augmented decision-making where expertise is essential. The result is real-world impact: analyst productivity improved by more than 80 percent, false positives reduced by over 90 percent, and security teams free to focus on what matters.
Our award-winning, open SecOps platform unifies SIEM, NDR / OT, ITDR / UEBA, detection, investigation, triage, response, and Multi-Layer AI
all in one platform. Stellar Cyber is trusted by one-third of the world’s top 250 MSSPs and over 14,000 organizations worldwide.
Learn more at stellarcyber.ai.The post Stellar Cyber Unveils New Agentic AI Capabilities for the Human-Augmented Autonomous SOC appeared first on Cybercrime Magazine.
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NASHVILLE—The Army is continuing to name its airframes after Indigenous tribes with its first tiltrotor aircraft. The MV-75 is officially the Cheyenne II, the service’s undersecretary announced Wednesday at the Army Aviation Warfighting Summit.
Members of the tribe have served in every U.S. armed service and during every major conflict, said Undersecretary Mike Obadal, a relationship that “evolved from warfare to mutual respect and finally into an unbroken legacy of patriotic service.”
“In the Army, system names carry both history and expectations,” Obadal said. “With the MV-75, we honor a legacy forged in conflict, proven in battle, originally known to the U.S. Army as some of the most formidable and disciplined adversaries on the battlefield.”
The II is a nod to the Army’s original Cheyenne, a Vietnam War-era attack helicopter program that was canceled before entering production in 1972.
The new Cheyenne has been more than a decade in the making, originally the Future Long-Range Assault Aircraft, part of the Army’s Future Vertical Lift program. The service’s then-chief of staff, Gen. Randy George, announced earlier this year that the latest prototypes, which have evolved from Bell-Textron’s V-280 Valor, will be fielded to units for testing by the end of the year.
Envisioned as an eventual replacement for the UH-60 Black Hawk, the Cheyenne is the Army’s first foray into tiltrotor aviation, decades after the Marine Corps, Air Force and Navy all integrated the V-22 Osprey into their aviation communities.
It “carries the lessons of the past and the present into the future,” Obadal said.
Bell-Textron and the Army are integrating some of the lessons learned at deadly cost from the Osprey, including a fixed engine rather than one that tilts with the rotors.
“Now that may seem like a minor difference, but when it comes to maintenance, reliability, cost, impact from vibration or utilization, we found that fixed engine is likely to result in less maintenance requirements, less complexity,” Col. Tyler Partridge, who commands the 101st Combat Aviation Brigade at Fort Campbelly, Ky., told Defense One in March.
The Army and Bell-Textron will officially unveil the aircraft Wednesday at the Army Aviation Warfighting Summit.
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An unmanned helicopter concept being developed by Airbus for Marine Corps logistics missions may pave the way for an armed variant, company officials say.
Airbus is working on an unmanned version of the MQ-72C Lakota for the Marines’ Aerial Logistics Connector competition; on Wednesday, the company said it had completed another autonomous flight test using its H145 helicopter and technology from Shield AI, L3Harris Technologies, and Parry Labs.
Company officials said it’s possible that the Lakota could be armed.
“Based on our discussions with other potential customers and partners, we believe there is an opportunity for mission expansion to include launched effects,” an Airbus official said. “Our primary focus remains providing the best aerial logistics platform for the Marine Corps. We believe the MQ-72C Lakota Connector can support a range of future missions thanks to its versatile design, [modular open system] architecture, and autonomous mission capabilities.”
Airbus is among several defense companies working on autonomous aircraft intended to replace military aviators on logistics missions. Last year, Sikorsky unveiled a pilotless UH-60L Black Hawk to carry cargo into combat zones. Similarly, Boeing announced a concept for a tiltrotor drone-wingman concept to support the Army’s helicopter fleet.
Airbus’ latest test flights, conducted in recent weeks at its Grand Prairie, Texas, facility, refined the helicopter's perception, officials said. The H145, the commercial variant of the Lakota, scanned a landing zone in flight, detected obstacles, and found an alternative spot to land if necessary. The technology detected objects “ranging from the size of a SUV down to a pelican case,” an Airbus official said.
“This test was vital for us to show the Lakota Connector’s development in performing aerial logistics missions for the U.S. Marine Corps,” said Rob Geckle, CEO of Airbus U.S. Space and Defense. “Perception systems can make or break the success of an unmanned mission in the field, and I am excited to see our aircraft perform so well under uncertain conditions.”
Part of the effort’s fourth series of tests, the flights were conducted in recent weeks at the Airbus facility in Grand Prairie, Texas. Shield AI contributed its Hivemind autonomy software, L3 Harris supplied modular and digital backbone, and Parry Lab provided edge-computing and ground-control stations for the tests, an official said.
“This H145 flight test proves Hivemind delivers scalable autonomy across rotary and fixed-wing aircraft without custom redesign,” said Christian Gutierrez, vice president of Hivemind Solutions at Shield AI. “That speed and flexibility are critical in contested logistics.”
An Airbus official said “the next step is progressively improving perception to detect smaller, more operationally representative objects” and additional internal autonomy and integration flight tests are expected throughout the year.
The Aerial Connector program is one of several Defense Department initiatives “aimed at delivering logistical support in distributed environments during peer or near- peer conflicts,” Airbus said in the news release. Other competitors in the program include
Those developments have made some aviators fearing for their careers, Defense One previously reported, especially as the push for autonomous choppers comes as some services shed helicopter units.
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Threat actors have been observed weaponizing n8n, a popular artificial intelligence (AI) workflow automation platform, to facilitate sophisticated phishing campaigns and deliver malicious payloads or fingerprint devices by sending automated emails. “By leveraging trusted infrastructure, these attackers bypass traditional security filters, turning productivity tools into delivery
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Apple approved a fake Ledger Live app on its App Store, allowing scammers to steal $9.5 million from more than 50 users. Did you install this app?
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