Next-Generation Anti-Malware Testing

Bildschirmfoto 2019 08 19 um 12.46.51

How did you choose your anti-malware solution? Did you put it through the same rigorous process as your other security solutions? Or, did you simply renew your current product licensing? Perhaps you went with something you had used at a previous job. Maybe you even went so far as to read a few product reviews and third-party test results or evaluations. In other words, did you test for yourself? Did you test the anti-malware solution in your lab? Anti-malware protection just hasn’t been very exciting — until now.

In this E-Book, we explain how artificial intelligence (AI) and machine learning (ML) can help your enterprise combat malware threats in a more preventative, proactive, and radically better way than with legacy anti-malware products. We explain why you need to not take someone else’s word for it (including ours and your vendor’s). Instead, you need to test different solutions for yourself, just as you would with any other major security investment.

View E-Book
Unnamed
Provider: Blackberry Cylance   |   Size: 4.99 MB   |   Language: English
Keep Reading:
Thumb original replacinglegacyavsolutionbrief

Replacing Legacy AV - Benefits of the BlackBerry Cylance Approach

Legacy antivirus solutions are built upon several outmoded technologies ranging from byte-matching to post execution behavioral analysis. Threat actors have adapted to these well-known cybersecurity measures and responded with increasingly sophisticated attacks. For example, using byte-matching to identify malware has been foiled by attackers implementing polymorphic, single-use, and fileless attacks. Post-execution behavioral analysis is too risky of an approach when modern ransomware may encrypt vital data before malicious activity is detecte ...

Access this E-Book
Thumb original new edr capes sb d

AI-Driven Threat and Incident Prevention, Detection, and Response

Traditional cybersecurity approaches suffer from two glaring weaknesses. First, they rely on the digital signatures of known malware in order to identify threats. This approach leaves systems vulnerable to new and non-catalogued malware. Second, they are reactive in nature, ascribing to the “it’s not a matter of if, but when” mentality and often responding to the damage caused by zero-day threats only after they execute. Guarding against known threats is important but in the modern threat, landscape organizations must also address the over 350, ...

Access this Whitepaper
Thumb original sega009 fiber based ethernet final

For High-Performance Internet Connectivity, Choose Fiber

High speed connectivity is the lifeblood of today’s successful businesses and organizations. High performance internet access is fundamental for communications and a wide range of data services, and as businesses, devices and individuals all grow ever more connected, the need for fast, dependable, highly available bandwidth is essential. ...

Access this Whitepaper
Thumb original sega010 education asset final

For Educational Institutions, Segra Delivers Highly-Dependable, Secure and Easy-to-Manage Technology and Connectivity

COVID-19 has transformed every aspect of how we work and live, including how students learn, and the pandemic has highlighted the need for schools to make fast, reliable and secure internet connectivity an utmost priority. Even as education moves to a hybrid model or a return to classrooms the importance of high-capacity internet for K-12 and higher education continues to be a priority for the following reasons:

• Media-rich digital learning experiences
• Access to lessons, lectures and testing online
• Digital educational materials for co ...

Access this Whitepaper
Ams cover slide

Smart Hall Sensors for the Automotive Environment

Automotive designers naturally gravitate to Hall-effect magnetic sensors because of their light weight, small size and low cost. But cars are full of components that generate stray magnetic fields which can interfere with those sensors. Learn all about new Smart Hall-effect magnetic sensors and the critical parameters you need to understand to make them effective in automotive applications including electronic power steering (EPS), pedal sensing, chassis level sensing and gearbox/gearshift detection.

What you will learn:

Uses of Hall-effe ...

Watch On-Demand webinar