Key Takeaways
- Israel Aerospace Industries (IAI) considers itself a space superpower, tracing its satellite capabilities back to the late‑1970s intelligence gap after the Sinai withdrawal.
- The Ofek and Dror satellite families already give the IDF real‑time imagery for targeting and battle‑damage assessment, and a larger constellation of small satellites is under government‑approved development to provide near‑continuous, high‑resolution coverage of areas from Iran to Turkey.
- Massive data pools generated by these satellites feed artificial‑intelligence algorithms that can detect changes over time and predict future threats, turning raw sensor feeds into actionable intelligence.
- The next battlefield will rely heavily on autonomous systems, robotics, and drone swarms, reducing the human burden on soldiers while requiring advanced sensing, large databases, and seamless AI‑driven decision‑making.
- Modern conflicts are increasingly urban, meaning that militaries, hospitals, rescue services, banks and other civilian entities must share a common situational picture and operate on the same data network.
- Counter‑drone strategy must be layered—combining detection, kinetic interception, electronic warfare, and laser systems—to handle large swarms coming from multiple directions.
- While the organizational home of Israel’s missile forces (Air Force, ground forces, or a separate corps) is secondary, Levy stresses that the real priority is securing orders and funding to develop the missiles needed for moment‑by‑moment superiority.
Israel’s Space Heritage and Current Superpower Status
Boaz Levy, Chairman of Israel Aerospace Industries (IAI) and the architect of the Arrow missile defense system, opened the interview by asserting that Israel has already “conquered space.” He noted, “IAI is a space superpower. This needs to be understood.” The roots of this claim trace back to the late‑1970s, when the peace treaty with Egypt and the ensuing withdrawal from the Sinai Peninsula created a significant intelligence void. To fill that gap, IAI pioneered the idea of launching a satellite equipped with sensors to observe the region from orbit—a bold move at a time when only the United States and the Soviet Union possessed comparable capabilities. Levy recalled the Israeli chutzpah that drove the initiative: “And along comes little Israel, with extraordinary Israeli chutzpah, and says: We are going to do it.”
Ofek Satellites: Eyes in the Sky During War
The Ofek reconnaissance satellites have become a tangible manifestation of Israel’s space prowess. Levy explained that, during recent conflicts, Ofek imagery has enabled pilots to receive “an image taken from a satellite, which tells him where to fly and where to aim, and afterward it also tells him whether he hit the target or not.” In a single year of active war, Israel launched three satellites—the Dror communications satellite and two Ofek reconnaissance units—demonstrating the ability to “put more eyes in the sky” even while engaged in combat. This surge creates a massive data pool that Levy views as the foundation for the next generation of artificial‑intelligence (AI) systems.
Expanding the Satellite Constellation for Persistent Surveillance
When questioned about a plan to flood the skies with small satellites to continuously monitor areas of interest from Iran to Turkey, Levy dismissed the term “flood” but confirmed that a “many‑satellite” constellation is already in motion. He highlighted two operational questions for users: “how frequently a specific target can be observed, and at what resolution.” The technological solution under development couples space‑based sensors with the world’s most sophisticated AI‑based algorithms to deliver “exactly what is happening in our areas of interest at any given moment.” The initiative has secured government approval, with funding drawn from IAI’s R&D budget and the Defense Ministry; additional allocations will accelerate the program. Levy’s ambition is clear: “Israel needs to be a space superpower, at least among the top three in the world. I think we are approaching that big time.”
AI‑Driven Intelligence from Massive Data Pools
The sheer volume of imagery and signals collected by the expanding satellite fleet feeds enormous databases that AI algorithms can mine for patterns. Levy illustrated the power of this approach with a radar example: “The moment you see a change, you can dive backward into this data and deduce what is going to happen moving forward. That is the greatness of AI.” IAI is already constructing these data repositories and establishing dedicated units of experts who integrate AI tools into operational systems. The goal is to transform raw sensor feeds into predictive intelligence that informs targeting, threat assessment, and resource allocation in near real time.
Autonomous Systems, Robotics, and the Reducing Soldier Burden
Levy predicts that the next major shift in warfare will be less about new platforms and more about how militaries think and operate. He envisions a world where autonomous capabilities relieve soldiers of dangerous, repetitive tasks. “We need to reduce the burden on the soldier in the field by increasing the use of robots. We have seen the beginnings of this in the current war.” Effective autonomy, however, depends on highly advanced sensing capabilities and vast data pools that allow AI algorithms to analyze environments, predict adversary moves, and select optimal responses without constant human intervention.
Urban Warfare and the Need for a Shared Data Network
Contrary to the classic Yom Kippur War model where combat was confined to front lines far from civilian centers, Levy argues that future wars will happen in cities. He pointed to Ukraine and Israel as contemporary examples where the battlefield is interwoven with urban life. Consequently, the military is no longer the sole actor during combat; civilians, security forces, rescue forces, hospitals, banks all rely on the same information. Levy stressed that an ambulance, a rescue helicopter, and a military unit must “operate on the same data network and share the same situational picture.” Achieving this requires budgetary commitment to interconnect disparate systems, a challenge he acknowledges but deems essential: “If we don’t invest today, we won’t have the answer tomorrow.”
The Multi‑Layered Drone Threat and Integrated Counter‑Measures
Drone swarms represent a significant challenge that Israel initially addressed “a bit later than perhaps we should have,” largely due to budget constraints and shifting priorities. Levy outlined a three‑step approach: detection, interception, and resilience. He asserted that Israel now knows how to provide a “perfect response regarding the detection of drones.” After detection, interception can employ kinetic means, electronic warfare, and lasers, with the understanding that “the answer needs to be all of the above.” To confront large quantities and varied vectors, a resilient and robust solution must integrate multiple technologies. The Defense Ministry’s Directorate of Defense Research and Development (MAFAT) is leading an effort to create a national‑level, integrated drone defense, inviting defense industries to contribute their capabilities.
Missile Forces: Means, Not an End‑Goal
Levy addressed the perennial debate over whether Israel needs an independent missile corps. He reframed the discussion: “I don’t think the question is really whether to have a missile corps or not. A missile corps is a means.” The essential query is whether Israel requires missiles capable of delivering a decisive response in specific situations—an answer he affirms unequivocally: “Yes.” The recent war demonstrated that missiles can provide “superiority at a given moment.” Whether those missiles are operated by the Air Force, ground forces, or a separate corps is, in his view, a marginal detail; the real priority is securing the orders and funding needed to develop such missiles.
Looking Ahead: A Connected, Data‑Centric Battlefield
Summarizing his vision, Levy likened future decision‑making to playing on multiple chess boards simultaneously—considering threats from Yemen, Iran, Syria, Lebanon, and beyond. The winning formula lies in a seamless ecosystem where sensors, munitions, autonomous systems, and spatial control constantly communicate, share data, and select the optimal response based on real‑time threat assessments and available resources. He concluded that the underlying technology is not science fiction but rather “relatively uncomplicated mathematics and computing tools that already exist today.” The remaining challenge is to connect them together, backed by sustained budgetary support, to forge the battlefield of the next decade.
https://www.jpost.com/defense-and-tech/article-908424