Automate Decisions.Orchestrate Response.Eliminate Manual Bottlenecks.
Spakto SOAR transforms alerts into automated workflows. Conditional logic, risk-based branching, and real-time containment actions execute in seconds — reducing analyst fatigue and shrinking response latency across your entire security stack.
Platform Overview
Detect. Decide. Respond.
Fully Automated.
Spakto SOAR ingests signals from every security layer, runs ML-assisted triage, and executes governed multi-system response — without analyst intervention on routine threats.
Automation Engine
Structured logic.
Deterministic response.
Five discrete pipeline stages convert raw telemetry into contained, verified response — every decision deterministic, every action auditable.
Unified alert aggregation from SIEM, EDR, cloud, identity, and network detection sources. Deduplication and normalisation into a canonical schema.
Playbook Execution Studio
Response encoded
in executable logic.
Every threat scenario maps to a sequence-verified playbook. Steps execute atomically, with per-action audit, parallel branching, and human-gate support.
Five-layer automation stack. Precision-engineered.
Each layer is independently scalable, replaceable, and observable — built around open standards for maximum interoperability with your existing security stack.
Integration Ecosystem
240+ connectors.
Zero integration debt.
Pre-built, maintained connectors across every major security layer. Every route is authenticated, rate-limited, and health-monitored in real time.
Every threat mapped. Every response encoded.
Quantified automation coverage across 8 critical threat categories — precise MTTC benchmarks, per-scenario action sequences, ML-scored risk indices, and live playbook telemetry.
Case Lifecycle Management
Detect to close.
Fully orchestrated.
Every incident follows a structured five-phase lifecycle with SLA-bound automation, escalation paths, and forensic evidence management from trigger to closure.
Governance & Audit
Automation with authority.
Oversight. Accountability.
Every automated action operates within a governed boundary — gated by role, logged immutably, reversible on demand, and aligned to your regulatory framework.
Role-Based Access Control
Granular permission model covering playbook authoring, approval, execution, and reporting. Least-privilege enforced across every automation context.
Operational Metrics
Real-time performance
intelligence.
Live telemetry from production deployments. Every metric reflects actual SOAR performance across enterprise SOC environments.
SOAR Maturity Framework
Where does your SOC
stand today?
Four progressive maturity levels map the path from ad-hoc manual response to fully autonomous, ML-driven security operations — each tier benchmarked against quantified KPI thresholds.
Processes are documented and repeatable. Initial SOAR deployment covers high-volume, low-complexity scenarios.
SOAR Platform FAQ
Frequently asked
questions.
answered
No. SOAR augments analysts by automating high-volume, repetitive triage, enrichment, and containment tasks. Human expertise remains critical for complex adversary investigations, strategic response decisions, and novel threat analysis — SOAR redirects analyst effort toward these higher-value activities.
Yes. Our platform ships with 240+ native connectors covering SIEM, XDR, EDR, identity providers, cloud platforms, firewalls, ITSM, threat intelligence, and vulnerability scanners. Custom integrations via REST, webhook, or Python connector SDK are also supported.
Key indicators include Mean Time to Contain (MTTC), automation coverage rate, analyst workload reduction (hours/week), alert noise suppression percentage, cost per incident, and false-positive rate reduction. Our deployments average 88% automation rate within 90 days.
All automated actions produce immutable, hash-chained audit records. Playbooks are version-controlled with change attribution. RBAC enforces least-privilege across authoring, execution, and reporting. The platform aligns with ISO 27001, SOC 2, NIST CSF 2.0, PCI DSS, and HIPAA requirements.
SIEM collects and correlates logs to generate alerts. SOAR orchestrates multi-system response workflows — executing containment actions, enrichment steps, case management, escalation logic, and post-action verification automatically. SOAR acts on what SIEM detects.
Every playbook includes configurable guardrails: risk-threshold gates, simulation/dry-run mode, approval checkpoints for destructive actions, staged rollout policies, and automated rollback handlers. Pre-action snapshots allow one-click revert if a containment action produces unintended side effects.
Initial deployment with priority use-case playbooks typically runs 4–6 weeks. Full production deployment with enterprise integrations and custom playbooks is 8–12 weeks depending on environment complexity, SIEM maturity, and the number of orchestrated systems.
Yes. Every playbook supports a dry-run mode that executes all decision and enrichment logic while mocking the action layer. Simulation results are presented identically to live execution, allowing teams to validate logic, timing, and edge-case handling before authorising live deployment.