Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

Parallel Execution is a significant evolution for no-code security automation that enables you to instantly create multiple branches within an automatic workflow, and handle each concurrently before seamlessly merging back into a single flow. Security teams can now execute more tasks simultaneously to quickly enrich, analyze, contain, and resolve security threats.

Is your SOC facing the top challenges in cybersecurity as identified by the SANS 2022 SOC Survey? In this 50-minute webinar, we’ll review results from recent global surveys and examine how no-code automation can solve the most commonly reported challenges.

This workflow uses the Torq chatbot to check URLs on request, then add to a global blocklist in Zscaler if needed.

Automate the "offboarding" process for dormant contractor accounts with this workflow template. Set the workflow to run daily, weekly, or at any interval you require.

This workflow checks if an IP address is IPv4 or IPv6, adds it to the appropriate penalty list in Cloudflare, then removes it after a set duration.

Automatically generate a daily report on device compliance from Intune and deliver it to Slack using this pre-built template from Torq.

When credentials are requested by a Slack command Torq adds users to a JumpCloud user group. When the time limit for access has expired, the user's permissions will automatically be revoked - closing security gaps.

Automation can transform how security teams operate, but knowing where to start can be the most difficult part. At Torq, we help teams make these decisions every day. Using our no-code automation platform, security teams can be up and running with their first workflow in as little as a few hours. The secret to making it work is our template library. This 45 minutes webinar will show you how to begin an automation program from scratch, using Torq.

It’s been reported that 88% of all data breaches are caused by human error. Even the most security-aware employees are still susceptible to mistakes, especially when it comes to social engineering and the ubiquitous phishing email.

As recent vulnerabilities like log4j have shown, having a standardized approach to identifying vulnerabilities and applying patches is essential to organizations looking to keep their systems safe from exploits. Whether it's preventative maintenance or responding to new 0-days, a continuous vulnerability management program ensures that security teams can rapidly identify risks and work cross-functionally to deploy patches and verify successful remediation.