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Connected Vehicles

Enhance product cyber resilience without slowing down production times.

eliminate-manual-testing

Reduce or eliminate manual testing

Drastically reduce time-to-market by automating your testing processes.

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Meet evolving industry regulations

Maintain compliance with UNECE WP.29, EO 14028, and other standards and regulations for connected vehicles.

manage-product-supply-chain-risk

Manage product and supply chain risk

See all of your device components, where your code is coming from, and how it could expose you to risk.

Get a free SBOM

Simply send us your firmware and we'll handle the rest.

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Enhance cyber resilience

Discover and remediate security issues such as hard-coded credentials, known open source vulnerabilities, configuration errors, and crypto materials.

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Automated, scalable, fast.

Free your processes from costly, slow, and cumbersome manual testing. Simply upload firmware and our automated platform will do the rest. All within one business day.

What's in your firmware?

Typical embedded system firmware, including the firmware used in connected vehicles, is composed of 80-95% third party and open source components.

The supply chain for these components is complex and opaque, leaving vehicle manufacturers in the dark when it comes to security issues inherited from these components. In an environment with long product lifecycles and limited opportunities for firmware updates, today’s connected vehicles must be secure by design.

Connected Vehicle Solution Brief
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Connected Vehicle Solution Brief

See how Finite State helps vehicle manufacturers produce secure, compliant products.

Why AppSec tools aren't enough
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Why AppSec tools aren't enough

Discover what traditional AppSec tools fail to uncover in embedded products.

Visibility

Uncover product and supply chain risks.

Finite State tackles some of the most complex and daunting product security challenges for connected vehicles. Specifically, Finite State will identify and give guidance on how to remediate:

Known Vulnerabilities (CVEs)

Known vulnerabilities often exist for years in firmware code, leaving potential backdoors open to black hats or even nation-state level attackers. 
Known Vulnerabilities (CVEs)

Common Weaknesses (CWEs)

CWEs are software and hardware vulnerabilities that serve as a baseline for weakness identification, mitigation, and prevention efforts within connected devices.
Common Weaknesses (CWEs)

Hard Coded Credentials

When passwords or other authentication is hard-coded in firmware, attackers may use these credentials to gain trust and access to key systems.
Hard Coded Credentials

Cryptographic Materials

Poorly configured systems may contain files such as private keys that may serve as a backdoor or let attackers impersonate the system, and expired or self-signed certificates can present weaknesses attackers can use to compromise the system.
Cryptographic Materials

Insecure Configurations

Some security issues are generated during the build process, such as not using compiler flags for exploit mitigations. Binary analysis allows these weaknesses to be identified and remediated. Other security issues may be introduced after the build process, such as network facing service configurations that leave the device open to attackers.
Insecure Configurations

Unsafe Function Calls

Code containing unsafe function calls can leave firmware vulnerable to injection attacks that can cause denial of service, privilege escalation, or full takeover of the system.
Unsafe Function Calls
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