For years, security practitioners have kicked and screamed about their reality. There are too many alerts to fully investigate and manually resolve every day. There is a massive talent shortage of qualified security professionals across the globe. Then couple that with analyst burnout and siloed security point-products. All of these factors are preventing security operation centers (SOCs) from operating at their full potential, with increased efficiency, performance and speed.
Phishing schemes are always evolving. This past year, email thread hijacking took phishing to new depths of subterfuge as criminals hid in plain sight within existing conversations. But no matter how well cybercriminals have refined their messaging or counterfeited legitimate logos and branding, the one constant has always been their delivery method: email. Until now. Online chat services have become a new target for cybercriminals to introduce documents loaded with malware into organizations.
In February 2020, a Time Magazine headline declared, “The Coronavirus outbreak has become the world’s largest work-from-home experiment.” Over a year later, that experiment has been a resounding success for companies and employees who found abundant upsides to less rigid workplace expectations.
If you need your teams to act, you need to alert them where they’re already looking. Yet yesterday’s DevOps practices demand individuals to wrangle with uncorrelated events, multiple UIs, and siloed technologies. Tomorrow’s DevOps must enable teams with: To practice DevSecOps, you’ll need to know where a vulnerable build has been deployed into production, and where to find the corrected build that should replace it.
AT&T Alien Labs recently analyzed the Linux version of the Darkside ransomware, one of the most active ransomware in the last quarter. Shortly after hitting Colonial Pipeline, Darkside developers announced they would be closing operations.
Capital One Financial Corporation is the nation’s largest direct bank. They have a well-earned reputation as a data and tech pioneer in the financial services industry and have long been progressive in setting a bold agenda around digital and tech transformation. This has meant operating years ahead of most enterprises in moving to the cloud, scaling in-house engineering workforce and adopting agile, microservices, open source and a modern data ecosystem.
SSL TLS are two encryption protocols that provide security for communication over the internet. SSL protocol has been around for many years, but both are still widely used today. Why is this? The answer is simple: these protocols work well to encrypt data sent between a client and server computer, which can be very important in protecting sensitive information such as credit card numbers or passwords. But what really sets them apart from each other?
