Enterprises under constant attack

  • Kubernetes increases the attack surface

  • Teams bridge islands of data like native cloud logs, Host EDR to detect

  • By the time they narrow down on true positive it's too late to respond

Think Differently.

Turn the problem upside down.

Autonomous Application-Centric Security

Ship every K8s app with built-in security. A K8s-native firewall that gives identity (authentication) to every service and finds what minimum privileges (authorization) are needed to get the job done.

Leads to runtime security and visibility across your K8s clusters that is high performance, fully automated and causes no business disruption.

 

Security Evolution Over Time

Security for Static and Dynamic Infrastructure

Static Infrastructure

 

  • Perimeter and firewall security

  • Based on IP and Port

  • Open inside

Dynamic Infrastructure

 

  • Perimeter/Firewall rules written as code (k8s yaml) but with broad privileges

  • Policies based on IPs and Ports/Security groups/ IAM roles, given to a node VM

  • If there is node VM to VM connectivity, then even malware and APT can move around

 

Security for Dynamic and Araali protected Infrastructure

Dynamic Infrastructure

 

  • Manually writing K8s security as part of yaml file

  • No good visibility and understanding of the apps

  • Sea of Alerts based on IP, lacking context

  • Zoo of siloed tools makes it time-consuming and irritating to correlate data to events

  • Constant worry about compromise and data breach

Infrastructure with Application-Centric Security

 

  • Tight policies auto-discovered in preproduction

  • Real-time visibility of your attack surface a-kin to pentest, with vulnerability and privileges

  • Manageable set of intelligently routed contextual alerts to the right team

  • Correlate what app process led network activity vs. manual work across EDR, IAM, Firewall, etc.

  • Control on egress to eliminate breaches and C2

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