Darktrace Wins ‘Best Application of AI in the Enterprise’ at the AIconics Awards
Darktrace, the world’s leading AI company for cyber defense, has today announced that it was awarded ‘Best Application of AI in the Enterprise’ at the 2019 AIconics Awards in London last night.
The world-renowned AIconics Awards celebrate the innovation, drive, and hard work of the international artificial intelligence for business community. Darktrace was selected by the panel of judges for its self-defending cyber AI, which is trusted by more than 3,000 organizations to identify and contain sophisticated cyber-threats. Darktrace’s AI now responds to a cyber-threat every three seconds, neutralizing emerging attacks before it can escalate into a crisis.
Darktrace’s world-beating technology sets the gold standard for enterprise AI,” commented Poppy Gustafsson, CEO, Darktrace. “This award serves as a testament to the unique power of our cyber AI and its ability to defend thousands of customers from never-seen-before attacks. In a new era of sophisticated threats targeting the digital business, from cloud to industrial to IoT, Darktrace empowers organizations around the world to stay one step ahead of cyber-criminals.”
Darktrace is the leading industry partner for the 2019 AI Summit taking place in London from June 12th – 13th. Dave Palmer, Director of Technology at Darktrace, gave the keynote this morning in a presentation titled ‘The Future Impact of AI on Cybercrime’.
Darktrace is the world’s leading cyber AI company and the creator of Autonomous Response technology. Its self-learning AI is modeled on the human immune system and used by over 3,000 organizations to protect against threats to the cloud, email, IoT, networks and industrial systems. This includes insider threat, industrial espionage, IoT compromises, zero-day malware, data loss, supply chain risk and long-term infrastructure vulnerabilities. The company has over 900 employees, 40 offices and headquarters in San Francisco and Cambridge, UK. Every 3 seconds, Darktrace AI fights back against a cyber-threat, preventing it from causing damage.