Malware Analyst Tech Lead
Pubblicato il 21-08-2026 - Nozomi Networks Labs in Milano
Now is an amazing time to join Nozomi Networks as we build the future of OT and IoT cybersecurity.
Si candidi qui sotto dopo aver letto tutti i dettagli e le informazioni di supporto relative a questa possibilità di lavoro.
We defend some of the world’s largest organizations and critical infrastructure in more than 68 countries and we’re just getting started. Our AI-powered cybersecurity platform secures operational technology (OT) and Internet of Things (IoT) infrastructures for enterprises and government entities across energy, manufacturing, transportation, resources, and critical infrastructure.
As Nozomi Networks continues to expand our product portfolio and global presence, our Security Research department is looking for a Malware Analysis Tech Lead to guide and grow the team responsible for reverse engineering malicious samples, developing high-quality detection signatures, producing actionable threat intelligence, and sharing research findings with customers, partners, and the broader cybersecurity community.
This is a hands-on leadership role for someone who combines deep technical expertise in malware analysis and detection engineering with the ability to mentor others, set technical direction, and communicate complex findings clearly. You will lead a team focused on identifying, analyzing, and tracking advanced threats, with a particular emphasis on creating reliable detections that strengthen our products and help protect critical infrastructure around the world.
You could be the next “Nozomier” If this sounds like you, read on.
In this role, you will:
-
- Lead the team creatingandcuratingvarious detection rules within our product, acting as a manager andas anindividual contributor
- Help the support team addressthecustomer feedback associated with these detections
- Perform threat intelligence operations to collect andmaintainall the required knowledge to respond efficiently to advanced threats
- Contribute to the technical material shared with th