Artificially Intelligent Endpoint Security
Redefine your organisations endpoint security with CylancePROTECT, the first AV of its kind that prevents malware from executing on your endpoints in real time. While traditional AV’s rely on signatures, heuristic rulesets and cloud connections, Cylance takes a mathematical approach leveraging machine learning techniques to identify malcious files and prevent their execution.
This revolutionary approach to endpoint security allows CylancePROTECT to defend against new malware, viruses, bots and unknown future variants even without an active internet connection. Powering Cylance is a revolutionary machine learning research platform analysing and classifying hundreds of thousands of characteristics per file. This enables CylancePROTECT to diagnose on an atomic level whether files are good or bad in real time.
|No Signatures||No Routine Updates
Cylance uses AI and machine learning to determine if files are harmful instead of traditional methods such as signatures. This means no routine updates and no internet connection required.
|Machine Learning with Predictive Analysis||Always Up-to-Date
AI and machine learning allow Cylance to determine if any files it comes across are malicious. This enables CylancePROTECT to defend from Malware it has never seen before.
|Autonomous||Set and Forget
There is no fiddling with Cylance once its installed. Once Cylance is loaded onto an Endpoint it will autonomously work in the background pre-analysing all files before they run.
|Pre-execution Prevention in under 100ms||Reliable Endpoint Protection
Instead of waiting for harmful files to execute Cylance stops Malware pre-execution. If Cylance detects a malicious file attempting to execute it is blocked and quarantined from ever running.
|No Daily Scans||Increased Efficiency
Traditional AVs still rely on daily scans for complete protection which are notoriously resource intensive. CylancePROTECT uses a combination of Background Threat Detection, File Watcher and Execution Control to ensure that Endpoints are protected without the need for excessive scanning.