Move beyond endpoint detection and response, stop the breach post infection in real-time
Dealing with today’s cyber threats requires a fundamentally different approach. One that is layered and offers unified prevention, detection and response in a single platform. Organizations should be able to detect malicious behavior across all vectors of attack, eliminate threats in real time, with integrated response capabilities, and adapt their defenses against the most advanced cyber-attacks.
Unfortunately, antivirus and next-gen antivirus comes up short when it comes to the constantly evolving tactics of these cyber-criminals. Security systems that solely focus on prevention will continue to face the consequences of compromise. Prevention is the first line of defense, it shouldn’t ever be the primary strategy. The reality is nearly 81% of businesses don’t have a proper system in place to self-detect a data breach, so how can they expect to respond properly?
We have to come to grips with the world we live in. Compromise is inevitable, but the consequences don’t have to be.
Endpoint Detection and Response (EDR) has been a huge tool when it comes to end point protection, but when it’s reliant on an extensive security team to utilize it, it can be a lot for a business to handle.
So, what next? Is your business either left blind to these dangerous threats or burdened by the weight of dealing with them?
WHY IS IDEALSTOR MDR DIFFERENT?
Stop malware post and pre infection in a single endpoint security platform.
WHAT'S IN IT FOR YOU?
Improved protection against breaches. Lower operational expense.
Advance malware infection is inevitable. EDR tools let you know how malware works but does nothing to stop the breach associated with malware real-time.
IDEALSTOR MDR provides a multi-layered, post and pre infection protection, that stops advanced malware real-time. A suite of unified features at your fingertips to stop the breach.
PROTECTION PLATFORM HIGHLIGHTS
Managed Detection and Response that stops malware pre- and post-infection in real-time.