Device Engineering Manager

At Dragos, the mission is personal. The systems we protect deliver the water you drink, power your home, and keep the hospitals your community depends on running. Those critical infrastructure systems that power our civilization around the world are under attack every day by adversaries. When those systems fail, people are immediately at risk. We are the global leader in xOT cybersecurity, combining technology, threat intelligence, and expert services. The people here chose this work because they understand what is at stake. Here, you will find a remote-first mission-driven team across North America, Europe, the Middle East, and APAC built on authenticity, transparency, and trust. If safeguarding the systems that protect your family, friends, and community is the kind of work that matters to you, you are in the right place.

About the Role:

We are looking for a Device Engineering Manager to lead the team that builds our device intelligence: the scanning and fingerprinting that discovers and classifies every asset on a customer network, the profiles and probes that pull information off those devices, and the actions we take on them, including credential rotation, firmware updates, certificate management, and configuration change control.

A core part of this team is device reverse engineering. These engineers work out how a device actually communicates when there is no documentation to rely on and turn that understanding into automated, supported product capabilities. You will set the direction for where that reverse engineering investment goes and hold the documentation and test standards that make it reusable rather than one-off.

Responsibilities:

• Lead and mentor a team of device engineers and reverse engineers, driving their technical growth and professional development through regular 1:1s and continuous career coaching.

• Drive hiring and team growth to scale with roadmap demands.

• Own the technical strategy for device coverage: prioritize which devices and protocols get reverse engineering investment, and make sure new device work moves the module boundary forward instead of adding to what we will have to unwind later.

• Set and hold the standards for reverse engineering output, including protocol and device documentation others can build from, fingerprints and profiles, and automated tests that protect the boundary as code generation gets cheaper.

• Champion automation of the repeatable work the team does by hand today, from device-model and profile authoring to firmware and vulnerability data collection to capture-based test replay.

• Champion the adoption of AI-assisted development tools and workflows.

• Collaborate with product management and tech leads to define scope, sequence device support, and resolve blockers.