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Satellite images show secretive Israel nuclear facility undergoing major construction

A secretive Israeli nuclear facility at the center of the nation’s undeclared atomic weapons program is undergoing what appears to be its biggest construction project in decades, satellite photos analyzed by The Associated Press show.
A dig about the size of a soccer field and likely several stories deep now sits just meters from the aging reactor at the Shimon Peres Negev Nuclear Research Center near the city of Dimona. The facility is already home to decades-old underground laboratories that reprocess the reactor’s spent rods to obtain weapons-grade plutonium for Israel’s nuclear bomb program.What the construction is for, however, remains unclear. The Israeli government did not respond to detailed questions from the AP about the work. Under its policy of nuclear ambiguity, Israel neither confirms nor denies having atomic weapons. It is among just four countries that have never joined the Non-Proliferation Treaty, a landmark international accord meant to stop the spread of nuclear arms.

The construction comes as Israel — under Prime Minister Benjamin Netanyahu — maintains its scathing criticism of Iran’s nuclear program, which remains under the watch of United Nations inspectors unlike its own. That has renewed calls among experts for Israel to publicly declare details of its program.
What “the Israeli government is doing at this secret nuclear weapons plant is something for the Israeli government to come clean about,” said Daryl G. Kimball, executive director of the Washington-based Arms Control Association.
With French assistance, Israel began secretly building the nuclear site in the late 1950s in empty desert near Dimona, a city some 90 kilometers (55 miles) south of Jerusalem. It hid the military purpose of the site for years from America, now Israel’s chief ally, even referring to it as a textile factory.

With plutonium from Dimona, Israel is widely believed to have become one of only nine nuclear-armed countries in the world. Given the secrecy surrounding its program, it remains unclear how many weapons it possesses. Analysts estimate Israel has material for at least 80 bombs. Those weapons likely could be delivered by land-based ballistic missiles, fighter jets or submarines.
For decades, the Dimona facility’s layout has remained the same. However, last week, the International Panel on Fissile Materials at Princeton University noted it had seen “significant new construction” at the site via commercially available satellite photos, though few details could be made out.
Satellite images captured Monday by Planet Labs Inc. after a request from the AP provide the clearest view yet of the activity. Just southwest of the reactor, workers have dug a hole some 150 meters long and 60 meters wide. Tailings from the dig can be seen next to the site. A trench some 330 meters runs near the dig.
Some 2 kilometers west of the reactor, boxes are stacked in two rectangular holes that appear to have concrete bases. Tailings from the dig can be seen nearby. Similar concrete pads are often used to entomb nuclear waste.
Other images from Planet Labs suggest the dig near the reactor began in early 2019 and has progressed slowly since then.

“I believe that the Israeli government is concerned to preserve and maintain the nation’s current nuclear capabilities,” said Avner Cohen, a professor of nonproliferation studies at the Middlebury Institute of International Studies at Monterey, who has written extensively on Dimona.
“If indeed the Dimona reactor is getting closer to decommissioned, as I believe it is, one would expect Israel to make sure that certain functions of the reactor, which are still indispensable, will be fully replaced.”
Kimball, of the Arms Control Association, suggested Israel may want to produce more tritium, a relatively faster-decaying radioactive byproduct used to boost the explosive yield of some nuclear warheads. It also could want fresh plutonium “to replace or extend the life of warheads already in the Israeli nuclear arsenal,” he added.
source: The Associated Press
Image source: AP
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BENEFIT Sponsors Gulf Uni...
- April 17, 2025
BENEFIT, the Kingdom’s innovator and leading company in Fintech and electronic financial transactions service, has announced its sponsorship of the “Innovation and Sustainable Technology Solutions Competition (GU - IST Solutions), hosted by Gulf University at its main campus.
This strategic sponsorship reflects BENEFIT’s active role in advancing technological innovation and fostering sustainable solutions to future challenges. It also seeks to empower Bahraini youth by enhancing their skills, capabilities, and competitiveness in innovation and solution development—contributing meaningfully to the broader goals of sustainable development across all sectors.
As part of BENEFIT’s active involvement in the competition, the company has announced that Hanan Abdulla Hasan, Senior Manager of Public Relations and Communication, will serve on the competition’s supervisory committee. Her upcoming participation reflects BENEFIT’s forward-looking commitment to championing academic and professional excellence.
Commenting on the occasion, Hanan Abdulla Hasan, Senior Manager of Public Relations and Communication at BENEFIT, said, “We are privileged to support this pioneering initiative, which aligns seamlessly with BENEFIT’s enduring commitment to fostering innovation and nurturing the potential of Bahrain’s youth. Our participation is rooted in a deep sense of social responsibility and a firm belief in the pivotal role of innovation in shaping a sustainable future. Through such platforms, we seek to empower the next generation with the knowledge, skills, and foresight required to develop impactful solutions that address future challenges, in line with the United Nations Sustainable Development Goals 2030.”
Dr. Aseel Al Ayash Dean of the College of Engineering in Gulf University commented, “We extend our sincere gratitude to BENEFIT for their generous sponsorship and support of the Innovation and Sustainable Technology Solutions Competition. This contribution plays an instrumental role in helping us achieve the strategic goals of this initiative, namely, cultivating a culture of innovation and sustainability, encouraging efforts that address the imperatives of sustainable development, and enhancing the practical and professional capabilities of our students and participants.”
The event will bring together a diverse spectrum of participants, including secondary school students, university undergraduates, engineers, industry professionals, entrepreneurs, academic researchers, and subject matter experts representing a wide range of disciplines.
The competition seeks to inspire participants to develop and present innovative, sustainable technologies aimed at addressing pressing environmental, social, and economic challenges. It encourages the formulation of business models that integrate advanced technological solutions with core principles of sustainability. Moreover, it serves as a platform for emerging leaders, entrepreneurs, and innovators to contribute to the advancement of the Sustainable Development Goals, promote the ethos of responsible technology, and demonstrate its transformative potential across various sectors.
Attendees will have the opportunity to view a series of project presentations submitted by participants, covering diverse areas such as eco-friendly product design, smart and sustainable innovations, renewable energy technologies, water conservation and management, waste minimisation and recycling, green architectural solutions, and sustainable transportation systems. Outstanding projects will be formally recognised and awarded at the conclusion of the event.
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