Security Researcher

Our Mission

Cellebrite’s (Nasdaq: CLBT) mission is to enable its customers to protect and save lives, accelerate justice, and preserve privacy in communities around the world. Cellebrite is a global leader in Digital Intelligence solutions for the public and private sectors, empowering organizations to master the complexities of legally sanctioned digital investigations by streamlining intelligence processes. Trusted by thousands of leading agencies and companies in more than 140 countries, Cellebrite’s Digital Intelligence platform and solutions transform how customers collect, review, analyze and manage data in legally sanctioned investigations.

What you’ll love about your mission:

You will join the industry’s leading digital intelligence Security Research Labs group. In this position, you will be taking part and leading new projects in little-explored vulnerability research territories, producing world-unique capabilities to extract evidence from phones and other embedded devices. Recent phones (from burner phones to the latest flagships) are increasingly challenging from a forensics perspective, and involve hardware-backed encryption (FDE/FBE), secure boot chains (Verified Boot/dm-verity), evolving hardened SELinux policies, as well as adventures in ARM TrustZone secure worlds. Cellebrite’s digital intelligence Security Research Labs Group is a team of passionate researchers dedicated to solving modern digital intelligence challenges, years ahead of others in the industry. Our world-class research results assist law enforcement by enabling lawful evidence extraction, putting criminals behind bars, every day.

The superpowers we are looking for:

You are a security researcher who cares about the ethical values of your work. The art of engineering and crafting a platform-wide native payload, in a fragmented ecosystem of gaping variance, is the kind of challenge you appreciate.

You are excited by the opportunity of making the world a safer place.

• Vulnerability research experience, preferably in iOS
• Experience with advanced exploitation techniques
• ARM reverse engineering
• Cryptographic primitives and weaknesses
• Hardware research/board design - advantage