Overview

As the cloud-native AI security leader, Darktrace pioneers cutting-edge AI in cyber security—from detection, to response, to investigation—with its Immune System technology to expertly fight threats on every front, from IoT to operational technology, cloud and SaaS platforms, to email applications and on-premise or remote networks.
Released 2020, Darktrace’s SaaS module includes a new User Interface for extended SaaS coverage, SaaS-specific AI models, a new software developer’s kit that enables security teams to create additional SaaS modules to be increasingly tailored to an organization’s own environment as well as a crucial extension of the first and only autonomous response technology, Antigena, that can be deployed to cover SaaS environments on a standalone basis.
After identifying an emerging attack, Antigena surgically intervenes to contain the threat within an average of just two seconds. Every three seconds, Antigena stops an attack across Darktrace’s customer base, including ransomware and other machine-speed attacks.

With over 4.500 customers, Darktrace scales to protect organizations of all sizes across industries, announcing several new partnerships with major companies, organizations, and critical infrastructure providers including: Aptean, Korea Midland Power, City of Westland, London’s Natural History Museum, and Mandarin Airlines, as well as expanded partnerships with Fortune 500 corporations, like Micron and CBS Interactive.

Darktrace Cyber AI thrives in the rapidly shifting landscape our digital environments now face. For organizations of all types, change is the new normal. By relying on an unsupervised machine learning approach, Cyber AI learns on the job, wherever that job may be.

During the pandemic, Darktrace extended its Cyber AI Platform free of charge to the UK’s National Health Service (NHS), providing critical healthcare systems with the cyber support they need as they battle the frontlines of this crisis. Now more than ever, organizations cannot waste time trying to recover from a cyber-attack.