Aftermarket Automotive Protocol & Binary Systems Architect

Job opportunity

Expected salary range

Apply with your own terms

Job status

Permanent

Location

Salvo Software
Denver, CO, United States

Workplace

On site

Job Description

Join Salvo Software as an Aftermarket Automotive Protocol & Binary Systems Architect

Salvo Software is pioneering automotive technology with innovative cloud and diagnostic solutions that create safer, smarter, and more connected vehicles. We're seeking a senior engineer who excels in both low-level vehicle systems and cloud-based software development. You'll decode ECU binaries, master communication protocols, and architect cloud features interacting with vehicle control modules. Bring your 7+ years of automotive software expertise and join a collaborative team focused on aftermarket innovation. Must be US-based.

Key Skills: Binary reverse engineering, UDS, J1939, CAN communication, firmware analysis, checksum validation, cloud services development, OEM diagnostic protocols.

Become a vital force driving the future of automotive technology with a talented and passionate team!

Share this job

Salvo Software

Salvo Software

🚗 Ready to revolutionize automotive tech? Join Salvo Software as a Senior Automotive Protocol & Binary Systems Architect! Use your expertise in ECU firmware, CAN protocols, and cloud services to shape safer, smarter vehicles. Collaborate with experts and lead innovation in the aftermarket industry—all from the US. Apply today! 🔧☁️

Fill the form below to apply for this job

Job offer are open to all, without discrimination and in gender equality.

Throughout the website, gender-specific terms may be used in order to ease the text flow.

Cookies and Privacy

We use cookies to ensure that we give you the best experience on our website.
By continuing to use our site, you accept our cookies policy terms

Advanced settings
Essential cookies

Necessary for the site to function

Performance cookies

Help improve the user experience

Marketing cookies

Used for advertising and analysis