Back to Events
In-personConference

DEFCON 2026

Join Finite State at DEF CON 2026 to explore how security teams can move beyond theoretical findings and understand how vulnerabilities actually manifest across connected systems, firmware, and shipped software.

LocationLas Vegas Convention Center Las Vegas, NV
Date & timeAug 6 - Aug 9, 2026
FormatIn-person
TypeConference
Share:
Share on LinkedInShare on X

As connected systems become increasingly software-defined, security teams face growing challenges understanding what is actually deployed, identifying which vulnerabilities are operationally relevant, and responding quickly across complex software supply chains.

At DEF CON, those conversations move beyond theory. Offensive researchers, red and blue teams, embedded security practitioners, and product security engineers are focused on how systems fail in practice, where visibility breaks down, and how exploitability differs from vulnerability volume.

Finite State helps teams cut through fragmented tooling and incomplete visibility by transforming firmware, binaries, source code, supplier SBOMs, and third-party outputs into a continuous, artifact-backed security workflow grounded in what actually ships.

By unifying firmware and source intelligence in minutes, Finite State enables teams to prioritize reachable and relevant vulnerabilities, accelerate impact analysis, maintain traceable VEX decisions, and continuously generate audit-ready security outputs across evolving products and releases.

๐ŸŽฏ Join Finite State at AppSec Village at DEF CON

Weโ€™re bringing a new hands-on security challenge to DEF CON built around realistic connected device and firmware security scenarios.

Designed for the DEF CON community, the experience will focus on how vulnerabilities actually manifest in shipped software and embedded systems โ€” emphasizing exploitability, attack paths, reachability, and the difference between theoretical findings and operational risk.

This is built for practitioners who care about how systems fail in the real world: offensive researchers, product security engineers, red and blue teams, embedded security specialists, and anyone interested in the intersection of software transparency, exploit development, and connected device security.

Expect real-world scenarios, practical decision-making, and challenges grounded in the kinds of visibility and trust problems security teams face every day across modern software supply chains and IoT ecosystems.

Weโ€™ll share full game details soon. Stop by AppSec Village at DEF CON to see what weโ€™ve been building.

๐Ÿ”Ž Visit Finite State at DEF CON to See:

Live demos of artifact-backed security workflows

  • Unified product intelligence
    Analyze and connect firmware, binaries, source, and supplier inputs into a complete, continuously updated system of record grounded in what actually ships
  • Exploitability-based prioritization
    Focus on real exposure using reachability and context, with defensible rationale for what matters and what does not
  • New CVE to impacted products
    Move from vulnerability disclosure to impact analysis quickly, with consistent VEX decisions and traceable outputs across builds
  • Design-to-deployment traceability
    Connect architecture, threats, risks, and requirements directly to deployed software, and keep them aligned as systems evolve
  • Continuous compliance outputs
    Automatically generate SBOM, VEX, traceability, and audit-ready reports that stay current across releases

๐Ÿ“… Meet with the Team

Talk with Finite State about practical approaches to connected device security, firmware analysis, vulnerability prioritization, and operational product security workflows.

Meet with our team to:

  • Transform firmware and software artifacts into a continuous, audit-ready assurance workflow
  • Unify firmware, binary, and source intelligence across products and environments
  • Reduce vulnerability noise with reachability-based prioritization
  • Accelerate response from new CVE to stakeholder-ready outputs
  • Improve collaboration between offensive security, product security, PSIRT, and engineering teams
  • Maintain defensible security evidence and continuous compliance outputs across releases

๐Ÿ›ก๏ธ Why Finite State?

Finite State is the Product Security Automation Platform for connected devices. The platform unifies firmware, binary, and source intelligence, transforming product artifacts into a continuous system of record and audit-ready assurance.

By prioritizing real exposure with reachability and context and continuously generating SBOM, VEX, traceability, and compliance-ready outputs, Finite State helps security teams reduce manual effort, accelerate vulnerability response, and maintain defensible proof across modern software-driven systems and connected device ecosystems.

๐ŸŽฏ Key Takeaways

Connect with our team at DEF CON for practical guidance on firmware-grounded product security, exploitability-driven vulnerability prioritization, and understanding how modern connected systems actually fail in operational environments.

Secure every release. Prove compliance continuously.

We will be at DEF CON. Will you?

Event Details

Date & timeAug 6 - Aug 9, 2026
FormatIn-person
LocationLas Vegas Convention Center Las Vegas, NV
TypeConference

Schedule Time with Us

Finite State needs the contact information you provide to us to contact you about our products and services. You may unsubscribe from these communications at any time.

Finite StateFinite State

Finite State is the Product Security Automation Platform that functions as an autonomous Product Security OS: design โ†’ verify โ†’ prove, grounded in what you ship.

Platform

Platform Overview
Ground Truth Inventory
Exploitability-Based Prioritization
Design-Time Architecture Security
Automated Evidence-Backed Compliance

Solutions

Device Manufacturers
Automotive
Medical Devices
Energy & Utilities
Government
Industrial

Resources

Blog
Resource Library
Webinars & Videos
Events
Documentation

Company

About Us
CareersHIRING
Press & News
Contact Sales
Media Inquiries
X

ยฉ 2026 Finite State. All rights reserved.

Privacy PolicyTerms of UseCustomer Terms and Conditions
Finite StateFinite State
Finite StateFinite State