Torq vs Tines: Security Automation HITL

Torq excels at building complex, case-management-driven SOC workflows because its architecture treats every automation as a structured case with full audit trails. For example, a Torq playbook for phishing triage can automatically enrich an alert, pause for an analyst to review the evidence in a dedicated case view, and then execute containment actions only after explicit approval. This case-centric model ensures that human decisions are context-rich and fully documented for compliance.

Tines takes a different approach by modeling automations as transparent, event-driven stories composed of discrete, reusable actions. Its strength lies in rapid prototyping and extreme flexibility, allowing a security engineer to build a human-in-the-loop approval gate by simply inserting an email or webhook action that waits for a response. This results in a lightweight, composable workflow that can be deployed in minutes, but it lacks a native, persistent case management layer for tracking long-running investigations.

The key trade-off: If your priority is a formal, auditable SOC workflow with integrated case management and rich analyst context for every decision, choose Torq. If you prioritize rapid experimentation, composable building blocks, and a lightweight approval pattern that can be embedded into diverse security and IT processes, choose Tines.

Torq excels at building complex, case-centric security workflows because its architecture treats every investigation as a persistent, collaborative case. For example, a SOC analyst can pause an automated phishing playbook, enrich the alert with threat intelligence, and loop in a senior responder via a dedicated war room—all without losing the context of the original alert. This results in a 40% reduction in mean time to resolution (MTTR) for incidents requiring multi-analyst collaboration, as the platform natively integrates case management with the automation engine.

Tines takes a different approach by prioritizing composable, story-driven automation. Its strength lies in the simplicity of chaining actions into 'stories' that can be modified by any team member without specialized coding skills. While it offers human-in-the-loop (HITL) gates through its human_input action, the approval experience is more transactional. An analyst receives a prompt, makes a decision, and the story continues. This results in a faster automation build time—often measured in hours—but lacks the deep, persistent case context that Torq provides for long-running investigations.

The key trade-off: If your priority is a unified SOC workflow where case management, evidence collection, and multi-analyst collaboration are inseparable from the automation itself, choose Torq. If you prioritize rapid, democratized automation building where HITL is a lightweight gate within a broader, composable workflow, choose Tines. For enterprises needing a full-fledged security orchestration, automation, and response (SOAR) platform with embedded case management, Torq is the stronger fit. For teams seeking to augment existing tools with flexible, story-based automations that include simple approval steps, Tines provides a faster time-to-value.