Government,
Industry Specific,
Next-Generation Technologies & Secure Development
Startup Secures $75M to Expand Dual-Use Technology Against GPS Jamming Threats

A cybersecurity startup focused on military and transportation security has successfully raised $75 million in funding aimed at mitigating vulnerabilities in critical infrastructure and defense systems. Founded by a former U.S. Army captain, Shift5 aims to leverage this Series C funding to enhance cybersecurity measures and operational intelligence as adversaries increasingly target outdated systems not designed with modern cyber threats in mind.
Shift5, headquartered in the Washington D.C. area, plans to utilize the funding to scale its technological offerings, improve analytics, and expand into new sectors. Co-CTO Ronak Shah emphasized the urgency of fortifying critical infrastructure amidst a surge in cyber adversaries particularly focusing on transportation systems and military weaponry. Shah stated, “We’re beginning to see a significant increase in cyber threats directed at our critical infrastructure, and while the time to act was long ago, it’s never too late.”
Since its establishment in 2018, Shift5 has grown to employ 132 individuals and has raised a total of $180.5 million from outside funding, including a $33 million Series B funding extension last June led by Moore Strategic Ventures. The company is spearheaded by Josh Lospinoso, a former member of the National Security Agency’s Tailored Access Operations team.
The MODERN adversary landscape demonstrates a growing risk to aviation, maritime, and rail sectors, where legacy systems designed without cybersecurity in mind create significant vulnerabilities. These outdated systems lack essential security features, enhancing the threat landscape for malicious actors. Shift5 is actively working on threat detection libraries and developing methods for clients to identify both known and unknown threats through advanced data analytics.
Commercial sectors such as oil and gas and water treatment facilities face similar challenges, as their operational technology was not built with cybersecurity principles in mind. Shah noted that significant investment is currently being poured into securing these critical systems, with transportation and military sectors beginning to follow suit.
The Series C funding, led by Hedosophia, is expected to empower Shift5 to deepen its foothold in the defense sector while seeking expansion into commercial fields like aviation and maritime. Each of these sectors presents unique regulatory and technical complexities, necessitating a careful approach to ensure compliance and functionality.
Embedded systems within aviation and maritime are often as susceptible to cyber threats as their military counterparts, yet they typically lack the rigorous protections found in defense applications. This presents serious implications for public safety, particularly as commercial aviation systems are seldom equipped with robust GPS technologies capable of enduring interference.
Operational data can serve as a vital tool in predicting equipment failures and optimizing maintenance schedules, shifting from a predominantly reactive approach to a condition-based methodology. This proactive strategy not only enhances safety but also reduces costs and downtime, enabling organizations to better manage their resources.
For Shift5, the primary metric for success derived from this round of funding will revolve around improving mission outcomes and safety in both defense and commercial applications. Rather than concentrating solely on revenue growth, Shift5 is focused on resolving critical operational challenges—ranging from cybersecurity vulnerabilities to maintenance inefficiencies—using its advanced analytics platform. This mission aims to ensure that customers derive substantial value from the data-driven solutions provided by the firm.
As reported, various adversary tactics from the MITRE ATT&CK framework may have been relevant in these cybersecurity challenges. Techniques like initial access and persistence could facilitate ongoing risks to these critical infrastructures, emphasizing the pressing need for effective cybersecurity measures across industries.