Skunk Works, the advanced development division of Lockheed Martin, was in Israel in August 2026 — and the visit flew almost entirely under the radar. This was no routine trip. The team, led by Paul Fogel, the division’s chief engineer, met with more than a dozen Israeli defense technology companies as well as senior defense officials, in a packed agenda organized by Lockheed Martin Israel. The goal was straightforward: find technologies that have already been tested on real battlefields and that can be integrated into the division’s solutions.
Skunk Works is known for pioneering new aerospace and defense technologies, including advanced aircraft, autonomy systems, and command and control solutions. This isn’t the first time the division has made this kind of move in Israel. Previously, it had already integrated Xtend’s XOS operating system into its MDCX autonomy platform — a concrete example of how this technology absorption process works in practice. Now, the mission returned with even more structure, bringing together startups from different fields in special events, including a demo day held in communities along the Gaza border. What stands out about this story isn’t just what happened, but what this move reveals about how Lockheed Martin sees the future of defense technology — and where it’s looking for answers.
Why Israel? The ecosystem that tested technology for real
Israel isn’t just an innovation hub on paper. The country has a startup ecosystem that was born, in large part, out of military necessity. Unlike many tech centers around the world, where solutions are developed in controlled labs and only later tested in real environments, Israeli defense technology companies frequently take the opposite path: the solution is born in the field, validated under extreme conditions, and then brought to market. This creates an entirely different kind of product — less theoretical, more robust, with iteration cycles far faster than any traditional military procurement process could replicate. For a division like Skunk Works, whose DNA is built on accelerated innovation and developing solutions outside conventional standards, this environment is essentially a natural laboratory.
The integration of Xtend’s XOS system into MDCX wasn’t an accident or a marketing partnership. It was the result of a process Lockheed Martin has been building for several years: identify companies that have already solved real problems, understand how those solutions fit into existing platforms, and when it makes sense, absorb that technology directly. XOS is an operating system designed for drones and robots, and its integration into MDCX — Skunk Works‘ autonomy platform — shows how technologies developed in highly adversarial contexts can be incorporated into large-scale systems without losing efficiency. This collaboration model is more agile than developing everything in-house and, most importantly, arrives with a level of validation that no simulator can offer.
What makes the Israeli ecosystem even more attractive to companies like Lockheed Martin is the diversity of fields covered by local startups. It’s not just about drones or robotics. The companies that participated in the meetings with Skunk Works operate in segments ranging from artificial intelligence applied to electronic warfare to resilient communication systems, cutting-edge sensors, and force protection solutions. This diversity is strategic — and it’s exactly the kind of variety a division like Skunk Works needs to keep developing integrated platforms that function across multiple domains simultaneously.
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Who was in the meetings and what went down at the events
The agenda in Israel was split into different events, each with a specific focus. One of them was organized by Lockheed Martin Israel in partnership with MAFAT, the Directorate of Defense Research and Development under the Israeli Ministry of Defense. Senior MAFAT officials attended the meeting, held in central Tel Aviv, with a focus on drones, command and control, and autonomy.
Among the companies present at this meeting were Pixelsite, which specializes in visual intelligence and passive optical systems for detecting low-signature threats; Regulus, which builds a full-spectrum counter-drone solution; and Particle Labs, a deep tech company still operating in stealth mode, meaning it keeps its operations under wraps.
Another event was run by CET Sandbox, gathering about ten startups working in electronic warfare, battlefield dominance, autonomy, and force protection. Participating companies included names like Tenna Systems, Ion Flux, Invisig, BEX Robotics, Resight, Sharksense, Asio Technologies, Airwayz, R2 Wireless, and Insignito. The range of solutions on display speaks to the sheer size and depth of the Israeli ecosystem in this space.
The day wrapped up with a public event at Start-up Nation Central, sponsored by Shibolet and Asio, in Tel Aviv. More than a hundred representatives from Israeli startups gathered to meet the Lockheed Martin team. The evening included a panel discussion about the future of the defense landscape, followed by an open Q&A session. CET Sandbox, it’s worth noting, is a defense technology innovation hub bridging the United States and Israel, connecting Israeli startups to the American defense industrial base, government agencies, and the capital markets.
What Skunk Works is really after
Paul Fogel’s visit with his team was no casual scouting trip. The agenda was carefully assembled by Lockheed Martin Israel, and the demo day held in communities along the Gaza border carries some pretty direct symbolism: Lockheed Martin wanted to see technology working as close as possible to real operational conditions. Not at a trade show booth or in a PowerPoint presentation, but in the field, with all the variables that entails. This kind of approach says a lot about what Skunk Works is looking for right now — not ideas, but solutions that are already ready to scale, or at least very close to it. The division has more than enough technical capability to develop technology from scratch; what it needs now is speed, and Israeli startups deliver exactly that.
Another relevant point is the focus on autonomy. A large share of the companies that were part of the Skunk Works agenda in Israel work with autonomous or semi-autonomous systems, which aligns directly with the direction Lockheed Martin has been heading in recent years. The MDCX platform, for instance, is a clear bet on the idea that the future of defense systems hinges on the ability to operate with minimal human intervention in complex and unpredictable environments. Integrating technologies that have already been subjected to these kinds of environments — and survived — is a shortcut that no amount of lab testing can replace. Skunk Works knows this, and that’s why this visit to Israel carries strategic weight that goes far beyond a simple networking round.
It’s worth remembering that Skunk Works has a long track record of developing technologies that seem like science fiction before they become industry standard. In operation since the 1950s, the division is responsible for milestones in aerospace engineering. As Candis Roussel, who leads Lockheed Martin‘s Automatic Ground Collision Avoidance System (Auto GCAS), put it in a previous interview, Skunk Works has always been at the forefront of cutting-edge technology and loves tackling new challenges. According to her, the division’s mission is to keep pace with a rapidly evolving environment and deliver the safety, data, and agility that pilots and warfighters need to operate quickly and effectively.
Ninety-seven percent of our work is classified, but the remaining three percent already gives you a glimpse of the complexity and advanced capabilities our teams are developing, Roussel stated.
Today, the focus is different — less on individual platforms and more on integrated, connected, and autonomous systems — but the philosophy remains the same: find what nobody else is doing and turn it into real operational capability. Israeli startups, with their fast pace and proximity to real-world conflict scenarios, are natural partners in that journey. 🚀
What this move means for the industry
When a division with the stature and reputation of Skunk Works puts together a structured agenda with more than a dozen startups in Israel, the message to the market is pretty clear: innovation in defense technology no longer happens exclusively inside big corporations. The traditional model, where companies like Lockheed Martin developed everything internally through long and costly cycles, is being replaced by a far more collaborative approach, where the speed of startups complements the scale and experience of large enterprises. This isn’t a new trend, but seeing Skunk Works — one of the most closed-off and selective divisions in the defense industry — embrace this model so openly is a significant signal of how the sector’s dynamics are shifting.
For Israeli startups, on the other hand, this kind of visit represents a real opportunity to scale into a global market. A partnership with Lockheed Martin‘s Skunk Works isn’t just a contract — it’s a stamp of validation that opens doors with institutional clients around the world. The Xtend example is telling: the integration of XOS into MDCX put the company on a completely different level of visibility and credibility in the international defense technology market. For other companies that participated in the demo day and the August 2026 meetings, this could be the start of a similar path — or confirmation that they’re already heading in the right direction.
What becomes clear, at the end of the day, is that Lockheed Martin and its Skunk Works are betting on Israel as one of the world’s leading centers for applied defense technology. Not as a supplier of parts or components, but as a strategic partner in building systems that need to work under conditions the world’s best laboratories still can’t fully replicate. This August 2026 visit may have gone unnoticed by most, but for anyone following the defense industry and tech innovation closely, it speaks volumes about where the next big transformations are going to happen. 🌐
