Connected vehicle
Automotive
Overview
Connected vehicles refer mostly to connected cars, however they encompass trucks, buses, planes, helicopters, ships and drones as well… While their technical maturity is different, these systems are defined by their connectivity to Internet
Challenges
Our solution
Since 2015 and the remote hacking of a Jeep by security researchers, which led to the recall of 1.4 million cars by Fiat Chrysler, cybersecurity concerns have grown and called for architecture and implementation improvements with perimetric defense, default security, secure protocols
Moabi delivers a scalable and blazing fast solution to improve product security of embedded software present in a connected vehicle. Get analytics on internal development and third party software, even when no source code is readily available across verticals:
- automotive (connected cars, construction vehicles),
- aircraft and aerospace industry (planes, helicopters, satellites, drones...)
- naval industry (ships, drones...)
- railways (trains)
- defense.
Ramifications of software supply chain is a cybersecurity challenge to develop security assurance
Moabi delivers : - Software Bill of Material (S-BOM) to verify software components whether they are sourced from internal development teams or third parties - sustainable and consistent metrics with gap analysis and remediation reports to illuminate cybersecurity weaknesses, bugs and vulnerabilities and remediate them. This enhances dramatically the cybersecurity posture and robustness of the connected vehicles.
Security coverage of software and firmware lacks breadth and depth before production. It results in higher security risk at production launch and higher cost to maintain and operate.
Moabi platform automates security analysis and interactive tests of connected vehicle firmware and software, without source code. It provides analytics relying on industry best practices and security standards, and remediation strategy with itemized implementation.
This meets the imperatives of the industry to focus their security teams on high value tasks and reduce their maintenance cost.
Results:
Continuous improvement of product security of connected vehicles. Reduced risks and maintenance costs on the long term.
