Finite State Brings Product Security Automation and Software-Defined Vehicle Security Expertise to Auto-ISAC Cybersecurity Summit 2026

--(BUSINESS WIRE)--Finite State: Auto-ISAC Booth #10

WHAT:

Finite State, a Silver Sponsor of the 10th Annual Auto-ISAC Cybersecurity Summit, will be on site in Novi, Michigan, October 7–8 to discuss how automotive organizations can secure increasingly complex software-defined vehicles while keeping pace with vulnerability disclosures, supply-chain risk, and evolving cybersecurity requirements.

This year’s summit, themed “The Cost of Vigilance,” brings together automotive manufacturers, suppliers, cybersecurity practitioners, policymakers, and technology leaders to examine the practical challenges of protecting the modern automotive ecosystem. Finite State will showcase how security teams can move beyond fragmented, point-in-time security processes by continuously understanding what software is actually deployed, prioritizing vulnerabilities based on real exposure, accelerating PSIRT response, and maintaining audit-ready security evidence.

WHEN & WHERE:

Auto-ISAC Cybersecurity Summit 2026
October 6–9, 2026
Vibe Credit Union Showplace
Novi, Michigan

Visit Finite State
In person: Booth #10, October 7–8

WHY IT MATTERS:

Software-defined vehicles are increasing the volume and complexity of software across vehicles, ECUs, and supplier ecosystems, making it harder for automotive organizations to know what is actually deployed and quickly determine whether newly disclosed vulnerabilities affect real products.

Finite State helps address these challenges by unifying firmware, binaries, source code, supplier SBOMs, and third-party security outputs into a continuously updated view of what is actually deployed. The platform enables teams to prioritize vulnerabilities using reachability and exploitability context, accelerate analysis from CVE disclosure to impacted vehicle platforms, and continuously generate SBOMs, VEX, traceability, and compliance-ready evidence.

MEDIA OPPORTUNITY:

Media attending the summit can meet with Finite State representatives to discuss:

• How automotive organizations can reduce vulnerability noise and focus on real exposure
• Why visibility into deployed firmware and software is critical for modern vehicle security
• How automotive PSIRT teams can accelerate vulnerability impact analysis and response
• The challenges of securing software across OEM, ECU, and supplier ecosystems
• How organizations can continuously generate security evidence for customers, regulators and internal stakeholders
• What the rise in software-defined vehicles means for product security and supply-chain risk

For additional background, watch Finite State's on-demand webinar with SAE Media Group, Securing the Connected Vehicle Supply Chain with Agentic AI.

We invite you to meet with Finite State to learn how automotive manufacturers and suppliers can strengthen product security, streamline vulnerability response, and maintain continuous compliance without slowing development. Stop by Booth #10, or schedule a briefing in advance.

ABOUT THE AUTO-ISAC CYBERSECURITY SUMMIT:

The 10th Annual Auto-ISAC Cybersecurity Summit runs October 6–9, 2026, at the Vibe Credit Union Showplace in Novi, Michigan. The summit brings together manufacturers, suppliers, thought leaders, policymakers, and cybersecurity practitioners from across the automotive ecosystem. Speakers include representatives from General Motors, Toyota, Honda, Ford, NHTSA, CISA, Congress, FBI, SAE, Carnegie Mellon University’s Software Engineering Institute, and other leading organizations.

ABOUT FINITE STATE:

Finite State is the Product Security Automation Platform for connected devices. The platform helps organizations transform firmware, binary, and source artifacts into continuous product security intelligence and audit-ready assurance. By unifying product intelligence, prioritizing real exposure, and continuously generating security and compliance evidence, Finite State helps connected-device manufacturers secure every release and prove compliance continuously.