SOAR
Respond to Security Threats in Seconds — Not the Months It Takes on Average
The average organization takes 197 days to identify a breach and 69 days to contain it — 280 days total (according to the IBM Cost of a Data Breach Report). Meanwhile, security teams are buried under thousands of alerts per week, the majority of which are false positives. SOAR (Security Orchestration, Automation, and Response) automates alert triage, threat investigation, and incident response — reducing mean time to respond from hours to seconds. Companies deploying SOAR report 85% faster incident response, 60% reduction in manual investigations, and $2.7M average savings in breach costs. The global cybersecurity SOAR market reaches $3.2 billion by 2027.
Security Teams Are Drowning in Alerts and Can't Respond Fast Enough
Your SIEM generates 10,000 alerts per week. Your security team investigates 500. The other 9,500 are triaged as 'low priority' or ignored. Somewhere in those 9,500 alerts is a real attack.
Manual investigation takes 30-60 minutes per alert: checking threat intelligence, correlating across logs, verifying indicators of compromise, and determining if the alert is real. Even when a real threat is confirmed, containment requires logging into multiple systems to block IPs, disable accounts, and isolate hosts.
The cybersecurity skills gap means you can't hire enough analysts. The global shortage exceeds 3.5 million positions. And attackers don't wait for business hours — threats arrive at 3 AM on weekends when your team is sleeping.
Automated Security Orchestration from Detection to Containment
We build SOAR systems that automate the security operations lifecycle.
Automated triage enriches every alert with threat intelligence, reputation scores, and contextual data within seconds. AI classifies alerts as true positive, false positive, or needs investigation — eliminating 60-80% of manual triage work.
Playbook-driven response executes predefined response procedures automatically. Phishing email detected → extract indicators → check all mailboxes for similar messages → quarantine → block sender → notify affected users → create incident ticket. All within 60 seconds.
Cross-platform orchestration connects your security tools (SIEM, EDR, firewall, IAM, email) into coordinated response workflows. Block an attacker IP across all firewalls simultaneously. Disable a compromised account in Active Directory and all connected SaaS applications.
Threat intelligence integration automatically checks indicators against 20+ threat feeds and your internal threat database. Known malicious indicators trigger automatic blocking. Unknown indicators are flagged for analyst investigation.
Case management tracks every incident from detection through remediation, maintaining evidence chain and compliance documentation automatically.
Human-in-the-loop controls ensure critical actions (quarantining production servers, disabling executive accounts) require analyst approval before execution.
SOAR Implementation Process
1
Security Operations Assessment(1-2 weeks)
We analyze your security stack, alert volumes, current response processes, and team capacity. We identify the highest-volume, most automatable alert types.
2
Playbook Design(2-3 weeks)
We design automation playbooks for your top alert types: phishing, malware, account compromise, vulnerability, and network anomaly. Each playbook defines triage steps, response actions, and escalation criteria.
3
SOAR Platform Development(5-7 weeks)
We build the SOAR platform, integrate with your security tools, implement playbooks, and configure threat intelligence feeds. Testing covers every playbook scenario including edge cases.
4
Monitored Deployment(3-4 weeks)
SOAR deploys in monitoring mode — automating triage and recommending actions without executing them. After analyst validation, we progressively enable automated response.
Cybersecurity SOAR Technology Stack
S
Shuffle / TheHive
Open-source SOAR platform for playbook execution, case management, and orchestration
M
MISP / OpenCTI
Threat intelligence platforms for indicator enrichment and threat feed aggregation
E
Elasticsearch / Splunk
SIEM integration for log collection, correlation, and alert generation
W
Wazuh
Open-source security monitoring with intrusion detection and compliance checking
P
Python
Custom integration scripts, playbook actions, and API connectors for security tools
P
PostgreSQL
Case management database, incident timeline, and compliance audit trail
Ready to Automate?
No commitments. Tell us what you need and we'll tell you how we'd solve it.
Cybersecurity SOAR Use Cases
Financial Services
Challenge: SOC received 15,000 alerts/week with 3-person team — critical alerts buried in noise, average investigation time 45 minutes, and after-hours coverage gaps
Solution: SOAR automating triage of all alerts, enriching with threat intelligence, and executing playbooks for phishing, credential abuse, and endpoint malware automatically
Result: 80% of alerts auto-triaged; analyst investigation time reduced from 45 to 12 minutes; 24/7 response capability without additional staff; MTTR dropped from 4 hours to 15 minutes
Healthcare
Challenge: HIPAA compliance required incident response within 1 hour for potential PHI breaches — manual process averaged 6 hours and documentation was inconsistent
Solution: SOAR playbook for PHI breach scenarios: automatic scope assessment, affected record identification, containment actions, and compliance documentation generation
Result: PHI breach response time reduced from 6 hours to 45 minutes; documentation completeness improved to 100%; zero HIPAA audit findings related to incident response
E-commerce
Challenge: Account takeover attacks spiked during holiday season — manual review of suspicious logins couldn't keep pace, resulting in $800K in fraudulent orders
Solution: Real-time login anomaly detection with automated response: suspicious logins trigger MFA challenge, credential stuffing attacks trigger IP blocks, and confirmed compromises trigger account lockout
Result: Account takeover incidents reduced 92%; fraudulent order losses dropped from $800K to $65K; customer friction minimized with risk-based authentication
Why idataweb for Cybersecurity SOAR
Modern Production Stack
Built on the same Next.js 16 + PostgreSQL + PM2 stack we use to run our own infrastructure. Our monitoring, CI/CD, and deployment pipelines are automated end-to-end — the systems we build for you come from real operational experience, not theoretical knowledge.
AI-Native Team
We use Claude, GPT-4o, Deepgram, and ElevenLabs in production daily — for coding, content generation, voice automation, and customer interactions. We're not consultants who read about AI; we're practitioners who ship AI systems every week.
Self-Hosted Infrastructure
Self-hosted infrastructure means your data stays where you control it. No vendor lock-in to SaaS platforms that can change pricing or terms. Full PostgreSQL audit trails, your own backups, and GDPR compliance built into the architecture.
End-to-End Delivery
Strategy, architecture, development, deployment, and ongoing support — all from one team. No handoffs between consultants, designers, and developers. The engineers who build your system are the same ones who maintain it.
Automation-First Operations
Our own infrastructure runs on automated CI/CD, PM2 process management, memory watchdog scripts, daily PostgreSQL backups, and UFW firewall management. Every DevOps practice we implement for clients is one we use internally — proven in production, not just in documentation.
Transparent Fixed Pricing
Fixed-price projects with clear milestones and deliverables. You approve each phase before we proceed to the next. No open-ended hourly billing, no scope creep surprises. Ongoing support is a separate, transparent monthly agreement.
Frequently Asked Questions
What security events can SOAR automate?
Common automated playbooks: phishing email triage and response, malware detection and containment, account compromise (credential stuffing, brute force) response, suspicious login investigation, vulnerability scan triage and patch prioritization, DDoS detection and mitigation, insider threat investigation, data loss prevention alerts, and compliance incident documentation. The highest-volume, most repetitive security tasks benefit most from automation.
Does SOAR replace our security team?
No. SOAR handles the high-volume, repetitive work that consumes 60-80% of analyst time: alert triage, indicator enrichment, routine containment actions, and documentation. Analysts focus on complex investigations, threat hunting, security architecture, and strategic decisions that require human judgment. SOAR makes your existing team 3-5x more effective, not redundant.
How does SOAR integrate with our existing security tools?
SOAR connects via APIs to your SIEM (Splunk, Elastic, QRadar), EDR (CrowdStrike, SentinelOne), firewall (Palo Alto, Fortinet), email security (Proofpoint, Mimecast), IAM (Okta, Azure AD), and ticketing (Jira, ServiceNow). Most enterprise security tools have well-documented APIs. We build custom connectors for tools that lack standard integrations. The orchestration layer enables cross-tool actions that would require an analyst to log into 5+ consoles manually.
What about false positive actions — won't automation block legitimate users?
How Many Security Alerts Does Your Team Investigate vs Ignore?
Share your alert volume, team size, and current response capabilities. We'll identify which security operations would benefit most from automation and estimate the response time improvement.
Free security assessment · 85% faster response · Progressive automation