Navy Awards Integer Technologies $23.1 Million for Shipboard Power Cybersecurity

On October 29, 2026, the U.S. Navy’s Office of Naval Research (ONR) awarded Integer Technologies a $23.1 million contract for TRIDENT, a research and prototyping effort aimed at protecting shipboard power systems through threat-informed, zero-trust cybersecurity. The work brings together cyber-physical security, operational technology, power systems, and low-latency controls—areas where cyber intrusions can have consequences beyond data loss, potentially affecting the operation of critical electrical infrastructure. Florida State University’s Center for Advanced Power Systems is participating in the effort. The award is relevant to contractors developing cyber defenses for military operational technology and resilient energy systems, but it should be understood as research and prototyping, not a contract to deploy the resulting capability aboard Navy vessels.

The Navy obligated $10.1 million for the base period, while approximately $13 million is associated with an option. Work is expected to continue through October 2030. This funding structure gives the government a defined initial commitment while preserving the option to support additional work, subject to the contract’s terms and the Navy’s decisions. For industry, the distinction matters: the full announced contract value is not equivalent to the amount obligated at award, and the option-related portion should not be treated as guaranteed funding. Companies assessing the opportunity should track subsequent obligation and performance announcements for evidence of how the effort advances.

TRIDENT sits at the intersection of several GovCon markets: naval cybersecurity, operational technology protection, power-system resilience, and control systems that must operate with low latency. These requirements can create technical and integration challenges distinct from conventional information-technology security, particularly where protective measures must account for the performance and continuity needs of power infrastructure. The source describes a threat-informed, zero-trust approach, signaling research priorities around security architectures that assume potential compromise and adapt defenses to identified threats. Contractors with relevant technologies, research capabilities, or experience in cyber-physical environments may find the program informative when shaping future Navy-facing offerings, while avoiding assumptions that the research itself establishes a deployment procurement.

ONR’s year-round science-and-technology broad agency announcement (BAA) is identified as a route for related research opportunities. Prospective bidders can review the announcement, assess whether their capabilities align with the Navy’s science-and-technology needs, and develop proposals relevant to naval cybersecurity and resilient energy research. Related awards also indicate continued Navy interest in advanced electrical power and platform resilience: separate activity includes an $88 million NAVSEA effort focused on advanced shipboard electrical power and energy systems, as well as a $10.2 million option on a cyber-physical resilience effort. These are separate actions, not components of the Integer Technologies award, but together they provide useful market context for companies tracking investment across naval power, energy, and resilience.

• Awarding office: ONR awarded Integer Technologies a $23.1 million contract for TRIDENT research and prototyping.
• Initial funding: The Navy obligated $10.1 million for the base period; approximately $13 million is associated with an option.
• Schedule: Work is expected to continue through October 2030.
• Technical focus: Threat-informed, zero-trust cybersecurity for shipboard power systems, spanning cyber-physical security, operational technology, power systems, and low-latency controls.
• Research participant: Florida State University’s Center for Advanced Power Systems is participating in the effort.
• Deployment caveat: TRIDENT is a research and prototyping effort, not a shipboard deployment contract.
• Opportunity pathway: ONR’s year-round science-and-technology BAA is identified as a route to pursue related research opportunities; contractors should review its requirements and develop aligned proposals.
• Market context: Separate Navy actions include an $88 million NAVSEA effort on advanced shipboard electrical power and energy systems and a $10.2 million option for cyber-physical resilience.
• Action for industry: Firms pursuing naval cybersecurity or resilient-energy research can assess their capabilities against the technical focus areas and monitor future obligations, options, and related solicitations.