Octopus Systems and Bynet Communications are leveraging AI to address blind spots in infrastructure security

In early January 2026, parts of Berlin were left without power for several days after an arson attack damaged a critical section of the city’s electrical infrastructure. According to local reports, roughly 45,000 households were affected, leaving many without heat at the height of winter. The disruptions extended beyond residential areas, forcing hospitals to activate emergency protocols, disrupting public transportation services, and straining mobile networks.

What might once have been dismissed as an isolated act of vandalism escalated into a broader test of resilience and preparedness. Residents and industry experts pressed officials to explain how a single incident could disable services for days, whether contingency plans were sufficient, and how quickly authorities had identified and responded to warning signs. This event exposed more than a single point of failure; it showed what happens when systems operate in isolation. 

This reality is driving governments to reassess their approach to critical infrastructure security, as traditional defenses fail to address a threat environment where physical and cyber risks intersect. In response, agencies are turning to integrated technologies that unify intelligence and provide a shared operational view. 

The recent collaboration between Octopus Systems and Bynet Communications reflects this shift toward integrated infrastructure defense. The partnership brings Octopus’s AI-driven Data Fusion capabilities into critical infrastructure environments across Israel, starting with deployments across the energy and water sectors. 

As part of the partnership, Octopus has begun deploying its unified AI system under Project NIMBUS, a government initiative launched in 2021 to help public agencies and essential services migrate sensitive data to secure, locally hosted cloud infrastructure. This comes after Octopus’ approval to run on Amazon Web Services (AWS) under the local cloud framework, enabling advanced security tools to ensure sensitive data remains within national borders. 

Octopus’s Founder and CEO, Tal Bar Or, explains: “This milestone reflects a broader shift: national infrastructure needs digital resilience as much as physical resilience. With NIMBUS, government organizations can finally adopt modern security and operational technologies without compromising sovereignty or control.”

The scale of the challenge is significant. Recent figures from Israel’s National Cyber Directorate highlight the challenge, noting that in 2025 the country faced over 31,000 phishing attacks targeting national infrastructure, public services, banks, and credit card companies. When visibility is fragmented across disconnected teams, even contained incidents can escalate quickly. Octopus addresses the gap by consolidating alerts and operational signals into a single view, enabling officials to spot patterns, link warnings, and respond with clearer information.

Dror Marom, Bynet Data Communications IOT & Mobile BU Manager, adds: “By integrating Octopus’ advanced AI capabilities within the NIMBUS sovereign cloud, we are providing our government and utility customers with a robust defense layer. This collaboration ensures that the nation’s most vital assets are protected by real-time intelligence, maintaining operational continuity against both physical and cyber threats.”

Bad actors have grown increasingly proficient at operating below the detection threshold, using various tactics that blend into normal network noise while harm is already underway. AI-driven analysis that breaks down silos and delivers a unified operational view enables infrastructure operators to move from reactive response to earlier detection, reducing the risk that localized incidents escalate into nationwide disruptions.