Darktrace Named ‘Best Cybersecurity Company, North America’ in Cybersecurity Excellence Awards
Darktrace, a leading autonomous cyber security AI company, today announced that it has won two ‘Gold’ awards at the 2021 Cybersecurity Excellence Awards.
The commendations are:
- Best Cybersecurity Company, North America – Darktrace
- Artificial Intelligence Security – Cyber AI Analyst
The Cybersecurity Excellence Awards recognize the companies, products and professionals that demonstrate excellence, innovation and leadership in information security.
Darktrace is a world-leading provider of Autonomous Cyber AI technology, which harnesses unsupervised machine learning to understand the ‘digital DNA’ of an organization in order to detect, investigate and respond to cyber-threats in real time. The company’s Cyber AI Analyst technology is the world’s first at scale AI-powered security analyst, and currently runs over 1.4 million security investigations per week.
“We congratulate Darktrace as a Gold award winner in the 2021 Cybersecurity Excellence Awards,” said Holger Schulze, CEO of Cybersecurity Insiders. “With over 600 entries in more than 100 award categories, the 2021 Cybersecurity Excellence Awards program is highly competitive and all winners reflect the very best in innovation and excellence in tackling today’s urgent cybersecurity challenges.”
Darktrace is a leading autonomous cyber security AI company and the creator of Autonomous Response technology. It provides comprehensive, enterprise-wide cyber defense to over 4,500 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 1,500 employees and 44 office locations, with headquarters in Cambridge, UK. Every second, Darktrace AI detects a cyber-threat, preventing it from causing damage.