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SOC

Torq Agentic AI ✓

AI Agents automate SOC operations 24/7.

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Agent Security Operations Center Agentic AI
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Threat Investigation AI In Cybersecurity Hyperautomation SOC
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Verdict

A quick read before you dig into the full page.

Best if
AI Agents automate SOC operations 24/7
Skip if
Limited to SOC-related operations
Pick this when
Security operations enhancement

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Overview

Torq Agentic AI for Security Operations is an advanced tool specifically designed to enhance security operations centers' (SOC) efficiency. It employs specialized AI agents to triage alerts, investigate threats, and automate responses in real-time.

These agents not only plan and reason but also act autonomously to investigate and remediate issues using hyperautomation. By doing so, the tool allows the SecOps team to gain control while significantly boosting their capacity.

The Torq HyperAgents, which are part of this platform, automate repetitive tasks and infuse agentic reasoning into security workflows to expedite analysis, response, and communication.

The AI agents can also interact together and expand the capabilities of security operations with their specialized skills. Agentic analysis offloads repetitive tasks, heightening speed and scale to deal more accurately with alerts across the entire threat lifecycle.

The platform, Torq Socrates, serves as the core orchestrator on the platform. It coordinates the work of HyperAgents across the threat lifecycle, which results in faster security operations end-to-end.

Socrates also manages a force of specialized AI agents to investigate threats, take actions, and improve the existing team of experts by learning from historical data and recognizing patterns to adapt to emerging threats.

Socrates can also initiate response actions across the security stack, reducing Mean Time to Resolution (MTTR), containing threats, and ensuring a more efficient use of the human resources for high severity threats.

Torq Agentic AI website

Access & connections

Where you can use Torq Agentic AI.

Platforms

Web

Capabilities

What this tool accepts, produces, and is strongest at.

Input

  • Tabular

Output

  • Text

Pros & cons

Pros

  • Security operations enhancement
  • Real-time threat responses
  • Hyperautomation deployment
  • Increases SecOps team control
  • Boosts security capacity
  • Automates repetitive tasks
  • Enhances speed and scale
  • Covers entire threat lifecycle
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  • Orchestrates work of HyperAgents
  • Improves team with learning
  • Reduces Mean Time to Resolution
  • Human resource efficiency improvement
  • Offers Agentic analysis
  • Implementable alert triage
  • Adaptive learning and pattern recognition
  • Specialized in threat investigation
  • Streamlines security orchestration
  • 24/7 SOC operations automation
  • Agentic reasoning in workflows
  • Initiates response actions
  • Auditable logs of actions
  • Real-world results feedback loop
  • Infuses agentic reasoning into workflows
  • Offloads repetitive tasks
  • Context-aware action execution
  • Faster end-to-end security operations
  • Autonomous threat remediation
  • Natural language command capability
  • Contains threats efficiently
  • Threat hunting with precision
  • Enhanced communication and collaboration
  • Multi-agent coordination
  • Investigates and remediates issues
  • Expands SOC Capacity
  • Agents learn from history
  • Automated runbooks execution
  • Threat prioritization decisions
  • Handles Tier-1 security alerts
  • Declarative Instruction for HyperAgents
  • Agentic case management
  • Transparency in decision making
  • Accelerates incident response
  • Seamless agent interaction
  • Proactive threat hunting
  • Customizable templates available
  • Reasoning and action visibility

Cons

  • Limited adaptability to edge cases
  • Requires manual tuning upkeep
  • Dependency on human-on-loop confirmation
  • Limited to SOC-related operations
  • Over-reliance on historical data
  • HyperAgents require specific instructions

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Releases 1

Initial release December 11, 2024 Current
Initial release of Torq Agentic AI.

FAQ 12

What does Torq Agentic AI for Security Operations do?
Torq Agentic AI for Security Operations is designed to enhance the efficiency of security operations centers (SOC). It utilizes specialized AI agents to sort out alerts, scrutinize threats, and automate responses in real-time. These AI agents plan, reason, and autonomously act to investigate and rectify issues using hyperautomation.
How does Torq Agentic AI improve SOC efficiency?
Torq Agentic AI improves SOC efficiency by automating repetitive tasks, accelerating analysis, response, and communication. It enables the SecOps teams to gain control and significantly increase their capacity. It utilizes agentic analysis to scale up and deal more accurately with alerts through the whole threat lifecycle.
What are the roles of specialized AI agents in Torq Agentic AI?
In Torq Agentic AI, specialized AI agents are responsible for alert triage, threat investigation, and automating real-time responses. They plan, rationalize, and act independently to study and remedy issues by employing hyperautomation. They have an ability to interact with each other, which expands the capabilities of the security operations.
What is the role of hyperautomation in Torq Agentic AI system?
Hyperautomation is an integral part of the Torq Agentic AI system. It is instilled in the AI agents, also known as Torq HyperAgents, to automate repetitive tasks and execute context-aware actions to speed up analysis, response, and communication in security workflows.
Can the AI agents of Torq Agentic AI interact together?
Yes, the AI agents of Torq Agentic AI have the capacity to interact with each other. Their interaction aids in expanding the capabilities of security operations with their specialized skills.
What is the purpose of Torq HyperAgents?
Torq HyperAgents play a crucial role in infusing agentic reasoning into security workflows. They are designed to automatically carry out repetitive tasks and execute context-aware actions which help accelerate analysis, response, and communication in security operations.
What is the function of Torq Socrates on the platform?
Torq Socrates serves as the central orchestrator on the Torq platform. It manages the work of HyperAgents across the threat lifecycle, resulting in faster security operations from start to finish. Socrates handles a force of specialized AI agents to investigate threats, take actions, and improve the existing team of experts by learning from historical data.
How does Torq Socrates manage to reduce MTTR?
Torq Socrates contributes to reducing Mean Time to Resolution (MTTR) by initiating response actions across the security stack. This action contains threats, ensuring a more efficient use of human resources for high severity threats and leading to lower resolution times.
How does Torq's AI platform automate SOC operations?
Torq automates SOC operations through its specialized AI agents. They work 24/7 to triage alerts, investigate threats, and automate responses as soon as they arise. The system integrates hyperautomation to automate repetitive tasks, enhance analysis, response, and communication, and offload these tasks from security staff.
What are the benefits of having Torq HyperAgents in my SecOps team?
Incorporating Torq HyperAgents into your SecOps team can bring multiple benefits. They automate repetitive tasks, thus freeing up your team to focus on high-priority issues. They also efficiently manage tasks within the threat lifecycle, leading to faster security operations. Additionally, HyperAgents can interact and expand the capabilities of security operations with their specialized skills.
How do AI agents infuse agentic reasoning into security workflows?
In the Torq Agentic AI system, AI agents infuse agentic reasoning into security workflows by automating repetitive tasks, accelerating analysis, response, and communication. They act autonomously, planning, and reasoning to investigate issues using hyperautomation.
How does the Torq Agentic AI system adapt to emerging threats?
The Torq Agentic AI system, through its core orchestrator - Torq Socrates, adapts to emerging threats by learning from historical data and recognizing patterns. This allows for continuous updates and adaptations to counter evolving threats.
Torq Agentic AI
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