Today’s Solutions Fail to Adequately Mitigate Product Security Risks — Here’s Why
The Recall Risk From Unseen Vulnerabilities
The closed nature of the automotive industry leaves many vulnerabilities undisclosed. Focusing only on known risks doesn’t address the evolving threats in today’s software-defined vehicles.
Response Delays From Non-Actionable Insights
Limited attack path insights force OEMs and Tier 1 suppliers to heavily depend on manual efforts for attack path analysis and vulnerability mapping, which is time-consuming.
Challenges From Countries of Concern
The US has issued a new rule on connected vehicles with software sourced from countries of concern. But how can the software’s country of origin be verified with minimal manual effort?
See xZETA in Action
Request Your Demo
Find out how xZETA can help you proactively secure your supply chain.
The automotive cybersecurity landscape is evolving fast — and hidden vulnerabilities are already being exploited. Traditional security tools can’t keep up. With xZETA, you can automate attack path analysis, uncover hidden threats, and prioritize critical fixes — before hackers strike.
What You’ll Get in Your Demo:
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Live walkthrough of xZETA’s attack path mapping and threat intelligence capabilities
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Real-world examples of how xZETA detects vulnerabilities that traditional tools miss
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See how xZETA integrates threat intelligence, vulnerability management, and SBOM management in a single solution — automating product security at scale.
Automated Product Security Management Starts Here
Threat Intelligence
Instantly and effortlessly identify exploitable vulnerabilities, map attack paths, and prioritize fixes — saving manual data collection time.
Vulnerability Management
Get early warnings and exclusive insights into zero-day vulnerabilities that only VicOne’s xZETA can detect.
SBOM Management
Eliminate blindspots to identify product security risks with complete visibility. No more manual management.
Meet Your Personal Rep
Hi, I’m Zia. Are you open to a quick discussion on automating and enhancing product security efficiency? I’d love to share how we’re helping top automotive companies accelerate response and mitigation—effortlessly.
Zia Elia
Sr. Account Executive, North America
zia_elia@vicone.com
www.vicone.com
linkedin.com/in/ziaelia
Shifting Gears
VicOne 2025 AUTOMOTIVE CYBERSECURITY REPORT
See How xZETA Delivers Results
Tin T. Nguyen
Director of the Automotive Cybersecurity Divison of VinCSS
We utilize xZETA system to demonstrate our effective vulnerability management capabilities to auditors, which helps us meet the requirements of UN R155.
Jason Hsu
Vice President of Primax’s Connected Mobility
Business Unit
VicOne xZETA swiftly addresses unknown cybersecurity vulnerabilities, enhancing our proactive management and product security.
YC Chang
Senior Director at Askey’s Automotive Product Unit
The XZETA system delivers almost immediate results ... accelerating our product development efficiency ... In a recent case, we went from vulnerability scan to patch deployment in just two weeks, a major improvement from the previous six-month time frame.
Still Have Questions? We’re Here to Help
Is the source code required for xZETA to perform vulnerability scanning?
No source code required. The customer can upload either an SBOM or firmware for vulnerability scanning. xZETA employs binary scanning technology to analyze ECU firmware.
If a source code scanning tool is already in use, why is it necessary to add a binary scanning tool?
Even with a source code scanning tool in place, a binary scanning tool is essential for comprehensive vulnerability detection. While source code scanning addresses vulnerabilities in the code during development, binary scanning evaluates the entire firmware, covering areas that source code tools might miss.
- No source code from suppliers: Allows detection of vulnerabilities in firmware when source code is unavailable from suppliers.
- Shadow codes: Identifies vulnerabilities in open-source components, third-party libraries, and OS/kernel issues.
- False alerts: Binary scanning produces fewer false alerts since it analyzes the actual binary files in the firmware.
With an existing vulnerability scanning tool, why is xZETA still needed?
Because the existing vulnerability scanning tool narrowly addresses known open-source vulnerabilities only, lacking visibility into zero-day vulnerabilities, undisclosed vulnerabilities, Common Weakness Enumeration (CWE), advanced persistent threats (APTs), and ransomware.
Does xZETA have the capability to automatically generate an SBOM?
Yes. After scanning firmware or binaries, xZETA automatically generates an SBOM. It supports standard formats such as SPDX and CycloneDX to facilitate easy sharing with OEMs or Tier 1 suppliers and is compliant with NTIA SBOM requirements.




