In the world of modern cybersecurity, speed and scale aren’t just "nice-to-haves"—they are requirements. As organizations grow, so does the volume of telemetry. If you’re a Netskope customer, you already know that our platform generates incredible insights into your data movement and threat landscape. However,the real magic happens when you can automate the response to those insights at scale.
Today, I want to highlight two new incredible workflows in Tines created by my colleague, Andre Srinivasan. These stories represent the "gold standard" of how to bridge the gap between cloud security and automated response.
1. Create Tines Cases for Netskope DLP Incidents (with AI!)
This workflow is a game-changer for SOC teams. It doesn’t just pull DLP incidents; it uses Tines’ AI Agent action to intelligently parse the incident details and automatically create a Tines Case.
Instead of an analyst manually triaging all sensitive data movement, the AI agent can help summarize the risk and prepare the case for investigation. It’s a perfect example of how AI can remove the "drudge work" from the security desk.
2. Publish CrowdStrike File Indicators to Netskope
Security is a team sport, and your endpoint and cloud security should always be in sync. This story automates the process of taking file indicators (IOCs) discovered by CrowdStrike and publishing them directly to Netskope.
By closing this loop, you ensure that a threat detected on a laptop is instantly blocked at the cloud edge, preventing that same file from being uploaded to a corporate SaaS app or web destination.
When to Choose Tines Over Cloud Exchange
Many of our customers use Netskope Cloud Exchange (CE) for various types of integrations, and for many use cases, it’s a fantastic, robust solution. However, as your environment grows, so do the system requirements for maintaining on-prem or self-hosted infrastructure.
According to the Netskope Cloud Exchange Sizing Guide, scaling up to handle a high volume of alerts requires significant hardware. For instance:
- Medium Profile: (<100k EPM) requires 8 CPUs and 16GB RAM.
- Large Profile: (100k - 200k EPM) requires 16 CPUs and 32GB RAM.
- Massive Scale: If your environment generates over 300,000 alerts/events per minute, you are looking at needing multiple Large servers to handle the load effectively.
This is exactly where a cloud-native automation platform like Tines shines. When you hit those massive scale requirements (300k+ EPM), moving to Tines allows you to scale beyond the specs of a standard CE server without the overhead of managing massive VM clusters. Tines handles the backend scaling for you, ensuring your workflows remain snappy and reliable no matter how much data you throw at them.
Final Thoughts
A huge shoutout to Andre Srinivasan for the work put into these workflows. They are elegant, powerful, and ready for you to import into your Tines tenant today.
If you find yourself hitting the upper limits of your Cloud Exchange deployment or simply want to leverage the power of AI-driven orchestration, these Tines stories are the perfect place to start.
Ready to try them out? Head over to the Tines Library and search for "Netskope" to get started!
https://www.tines.com/library/
