Darktrace Wins ‘Best Enterprise AI Solution’ at the 2020 AIconics Awards
Darktrace, the world’s leading cyber AI company, has today announced that its Darktrace Immune System has been named ‘Best Enterprise AI Solution’ by the AIconics, the flagship global awards program for breakthrough technologies in AI.
Now in its fourth year, the AIconics is part of the AI Summit New York, the world’s leading AI for enterprise event. The ‘Best Enterprise AI Solution’ category recognizes the leading companies building and applying the most innovative AI solutions in any industry, and was awarded to Darktrace’s AI-powered Immune System for its unique ability to defend against the most novel and sophisticated cyber-attacks.
The company’s Cyber AI Analyst technology, the world’s first AI-powered security analyst, was also highly commended in the ‘Best Innovation in Natural Language Processing (NLP)’ category.
“We are proud to advance the power of artificial intelligence to keep critical data and systems secure, particularly at a time when cyber-attacks are getting more and more sophisticated,” commented Poppy Gustafsson, CEO of Darktrace. “Our self-learning platform approach to enterprise security means that we protect organizations and their workforces wherever they are working, whatever technologies they lean on, and however they operate.”
Darktrace is the world’s leading cyber AI company and the creator of Autonomous Response technology. It provides comprehensive, enterprise-wide cyber defense to over 4,000 organizations worldwide, protecting the cloud, email, IoT, traditional networks, endpoints and industrial systems.
A self-learning technology, Darktrace AI autonomously detects, investigates and responds to advanced cyber-threats, including insider threat, remote working risks, ransomware, data loss and supply chain vulnerabilities.
The company has 1,300 employees and 44 office locations, with headquarters in Cambridge, UK and San Francisco. Every 3 seconds, Darktrace AI fights back against a cyber-threat, preventing it from causing damage.