The SEC is proposing new regulations for cybersecurity GRC. This is forcing CEOs and board members to assess and understand how, in the Atomized Network, coverage and compliance is difficult to achieve.
Latest detections include attempted scanning to discover OpenSLP servers, large data transfer from common database ports leaving the network, and inbound attempts to connect to SSH and RDP ports from ITAR-listed countries.
The Netography Threat Research Team has released its latest detections. Netography Detection Models (NDMs) detect botnets, malware, P2P, data exfiltration, ransomware, phishing, SPAM, DDoS activity, and more.
As networks change, many expected NDR outcomes are falling short, even after security teams put in the work and research to correctly deploy them. Environments have become too dispersed, ephemeral, encrypted, and diverse to make…
To be effective, threat hunters need a unified view of all data across the entire ecosystem to give gap-free, real-time visibility into east-west traffic.
It’s common today for encryption to make it more difficult to detect evidence of data being stolen or to assess what part of the organization or network has been compromised –failing to actually protect the…
Trying to secure today’s Atomized Networks with network security architectures designed decades ago and pieced together is like bringing a knife to a gunfight.
As the use of social media expands, so does the risk of having it used on devices that touch your network, making social media traffic monitoring an important endeavor for security teams.
Unleash a superpower for threat hunters with Atomized Visibility and Control Platforms (AVCP), which provide real-time visibility of all flow records, plus retrospective searches, enabling teams to search millions of flow records in just seconds…
There are a number of good reasons why organizations choose multi-cloud, but these also can create pain for security teams needing consistent visibility into network traffic moving to, from, between, and within clouds.
A big challenge with developing enterprise software fast and deploying quickly is drift – when the infrastructure does not match what was designed and tested.
Given how enterprise networks have become atomized, and how traditional network security technologies have been engineered, we’re dealing with far too many blind spots.
