RSA Security isn't just named after an encryption algorithm - it built the RSA cryptosystem in 1982, then spent the next four decades turning public-key cryptography into enterprise infrastructure. Today the company operates as an identity-first security vendor, and the core threat model is clear: credential compromise, lateral movement, and the sprawl of access rights across hybrid environments. If you're working here, you're defending the perimeter that replaced the perimeter - the identity layer itself.
The technical stack centers on Unified Identity Platform, which bundles multi-factor authentication, passwordless authentication, single sign-on, identity governance, and lifecycle management into a single control plane. Domains run deep: encryption, authentication protocols, identity federation, and public-key cryptography are foundational, not bolted on. Teams are building for enterprises managing 25 million identities across 12,000 organizations worldwide, with particular density in financial services, healthcare, energy, and technology sectors.
Geographic footprint is global. The product surface is broad enough that engineers here touch everything from cryptographic primitives to policy engines to federation protocols - if you want to understand how authentication actually scales across industries and threat surfaces, RSA is one of the places where that problem is lived, not theorized.
