Cyberbit , the wholly owned subsidiary of Elbit Systems (NASDAQ: ESLT) (TASE: ESLT), whose cybersecurity solutions protect the world's most sensitive systems, has been selected by the Arison Group - Solel Boneh Infrastructure, one of Israel's most prominent construction and infrastructure companies, to provide its cybersecurity product suite for the new Ram Compound, an ultra-secure facility under construction in the Israeli capital. The Ram Compound will serve as headquarters for sensitive government ministries and will integrate physical and cybersecurity to achieve unprecedented resilience.
Deloitte was contracted to lead the cybersecurity aspects of the project. The team performed comprehensive hazard analysis to determine the core elements of the IT and operational (OT) infrastructure that must remain operational to survive an attack. The analysis was then used to define the cybersecurity requirements for ensuring undisrupted operation of these core assets. Deloitte selected the entire Cyberbit product suite to provide integrated security across the converged network.
"Attackers are always looking for the weakest link to exploit, so security must be implemented seamlessly across both the IT and OT networks," said Lior Kalev, information security expert and head of cyber risk services at Deloitte. "We selected Cyberbit due to the technical superiority of its portfolio and ability to provide integrated, end-to-end cyber security across the entire IT/OT stack."
"Physical and cyber security are blending," explained Cyberbit CEO Adi Dar. "The most severe cyberattacks are those that move from the IT realm into the physical. This project, with Deloitte and the Arison Group, is an extraordinary opportunity for collaboration of domain leaders to build a first-of-its-kind secure facility."
The Ram Compound will implement the following Cyberbit products:
The facility's cyber security team will train in a local training center powered by the Cyberbit Range, the most widely deployed cybersecurity training and simulation platform.