Tag: malware

Michelle Drolet

Deep learning can be a vital supplementary tool for cybersecurity. The meteoric rise of malware has put us all at risk. We are engaged in a never-ending race with cybercriminals to protect systems, plug gaps, and eradicate vulnerabilities before they can gain access. The front line grows by the day as we share more data and employ

Michelle Drolet

Coming to a future near you: software code that mutates and evolves. We often talk about computer systems and information security in biological terms. Threats and defenses evolve, viruses run rampant, and machines learn by emulating the neural networks in our brains. Cybersecurity is an endless war between attackers and defenders, just as biology is

Michelle Drolet

Towerwall & SnoopWall Complimentary Webinar: Breach Prevention & Near-Term ROI Tuesday, July 26 11:00am – 12:00pm EST Register Now > Today’s hyper-aggressive cyber landscape finds 40% of organizations are breached and the threat of regulatory and compliance fines are impacting productivity and business operations. 95% of these breaches occur behind firewalls on antivirus protected endpoints.

Michelle Drolet

Thanks to all who attended and sponsored our 2016 Information Security Summit. It was a great turnout where we discussed a number of issues and threats facing infosec today. We were happy to see attendees share ideas and continue the discussion online with #summitbuzz16 Here are some of the topics discussed at this year’s summit:

Michelle Drolet

Higher education institutions are a prime target for cybercriminals, and IT needs resources to prevent attacks and provide a proper level of security No industry or sector is immune to data breaches, but some are targeted more often than others. Education came ahead of government, retail and financial sectors, and it was second only to

Michelle Drolet

Sophos Researcher James Wyke recently did an analysis of the malware Vawtrak. He found that Vawtrak has been targeting financial institutions, especially banks. Vawtrak injects a DLL code into the targeted bank’s website, which allows a bypass of the victim’s two-factor authentication and infects the victim with a mobile malware. The malware then automatically transfers