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Stop fighting fires. Start preventing them.

Your security team runs manual playbooks, chases alerts through multiple tools, and loses critical time to toil. AI-driven security automation lets your team focus on what matters. Investigation, strategy, and threat hunting instead of repetitive response.

Discuss Automation Strategy
Program
Security Automation
Covers
Security Orchestration and Automation, Alert Triage and Risk Prioritization, Automated Threat Response, AI Security and Governance, Security Automation Engineering, Security Analytics and Threat Hunting
Delivered by
CWS engineers, by name

Sound familiar?

we hear this a lot

  1. 01

    Manual Security Operations at Scale

    Alerts flood in from multiple tools. Your SOC team manually triages each one, runs the same playbooks over and over, and spends most of its time on low-value toil. Dwell time increases because humans can't process the volume.

  2. 02

    Tool Fragmentation and Data Silos

    Your stack spans endpoint, network, cloud, code, and identity tooling. Each has its own dashboard and alert format. A single breach investigation means manual data pulls from several systems.

  3. 03

    No Consistent Playbook Enforcement

    Incident response playbooks exist in wikis and Confluence pages, but they're not enforced. Different team members follow different paths. Some escalations are missed. Some remediations are incomplete.

  4. 04

    AI Security Governance Vacuum

    You're deploying AI in development, operations, and customer-facing systems. You have no governance framework for AI security. Model security, prompt injection, AI supply chain risk, LLM data leakage.

What we do

and how we help

  • Security Orchestration and Automation

    We build SOAR platforms that ingest alerts from all your tools, deduplicate noise, enrich findings with context, and execute playbooks automatically.

  • Alert Triage and Risk Prioritization

    Not all alerts are equally urgent. We build intelligent triage workflows that score alerts by business impact, assess false positive likelihood, and route them to the right team.

  • Automated Threat Response

    High-confidence threats get automated response. Quarantine suspicious files, block malicious IPs, revoke compromised credentials, isolate affected systems. Response happens at machine speed.

  • AI Security and Governance

    AI is a tool, but it's also a vulnerability. We build AI security programs. Model governance, prompt injection detection, fine-tuning risk assessment, and LLM security posture.

  • Security Automation Engineering

    We don't hand you a tool and leave. We write playbooks, design workflows, build custom integrations, and train your team to maintain them. Your team owns automation.

  • Security Analytics and Threat Hunting

    Once routine response is automated, your team can do threat hunting. We build analytics that let your team ask where else is this pattern happening and find compromises that traditional detection misses.

What sets us apart

why us

Automation That Respects Risk

Aggressive automation creates risk. We design automation that's fast but careful. We calibrate confidence thresholds, build fallback paths, and ensure human judgment applies to decisions that matter.

Enterprise Tool Integration at Scale

Palo Alto, Tines, XSOAR. These platforms require real engineering to deploy safely. We integrate them across high alert volumes, complex business logic, and multi-team workflows.

AI Security Built for Enterprise Risk

We treat AI governance as a strategic security program. Inventory of all LLMs in use, supply chain risk assessment, prompt injection testing, data governance for models, and guardrails for AI-driven automation.

Automate Your Way to Faster, Smarter Security.

Discuss Automation Strategy

Part of the Security Automation program. Also in this program: Technology and Platform Services.

All security programs