Continuously validate howattackers can movethrough your environment.
Spakto AEV is the continuous adversarial exposure engine that maps real attack paths across identity, cloud, endpoint, and external surface — showing you what attackers see, where they move, and what you must fix first.
Your security stack
generates noise.
Attackers operate
in signal.
There are 14 steps between a phishing email and domain controller takeover. Traditional tools alert on some of them individually. Spakto maps all 14 — in sequence, causally linked, against your live environment.
Correlation is the missing layer.
A failed login at 2:14am. A privilege change at 2:31am. A cloud API call from a different machine at 2:49am. Individually — noise. Sequenced — a targeted intrusion in progress. Your tools saw three separate events. Spakto saw one attack.
CVSS scores miss the point entirely.
A CVSS 4.2 misconfiguration that bridges identity to lateral movement is more critical than a CVSS 9.8 finding on an air-gapped system. Exploitability only exists in context. Spakto shows you context — not scores.
Assumptions expire. Emulation doesn't.
Your environment changes daily. A new cloud deployment, a rotated credential, a modified IAM policy — each one reshapes your attack surface. Spakto re-runs the full adversary playbook against every change, automatically.
Average dwell time your tools miss
Path needed for domain compromise
ATT&CK techniques emulated live
Production systems disrupted
Five deterministic stages.
One continuous loop.
Every environment change — new asset, modified permission, cloud deployment — triggers a full pipeline re-run automatically. No manual intervention. No stale findings.
Telemetry Ingestion
50+ native connectors stream normalized telemetry from EDR, IAM, cloud, and SIEM into a unified event schema in under 30 seconds.
Graph Construction
Builds a living directed graph of every asset, identity, permission, trust chain, and network path — updated on every environment change.
Adversary Emulation
Executes 300+ MITRE ATT&CK techniques safely against your live graph — verifying real exploitability without touching production workloads.
Path Prioritization
Scores each discovered path by blast radius, reachability, and business criticality — reducing hundreds of findings to the paths that demand action.
Intelligence Delivery
Layered findings for every audience — attack path maps for engineers, risk dashboards for CISOs, compliance evidence for auditors.
Real attacker movement,
traced in real time.
Spakto continuously maps every viable attack path — from initial access vectors through lateral movement and privilege escalation to high-value targets — updating live as your environment changes.
317 adversary techniques.
284 continuously validated.
Every emulation run maps against the full MITRE ATT&CK® matrix across all 11 tactical categories — from Reconnaissance to Impact. Coverage expands automatically as the live adversary library grows.
Six core engines.
Always running.
Each capability is a purpose-built engine — not a dashboard widget. They run concurrently, share state, and feed into each other continuously.
Your entire attack surface.
Continuously mapped.
Spakto validates your security controls across every domain of your attack surface — identity, cloud, endpoints, network, external, and application — showing real coverage, real gaps, real risk.
Platform architecture
Three isolated processing layers connected by a typed event bus. Zero-trust data flow from raw telemetry to prioritized action.
Ingestion & Normalization
Parallel connectors ingest raw telemetry, normalize to Spakto Asset Schema, deduplicate at source with vector fingerprinting.
Graph Engine & AI Synthesis
Constructs live attack graphs from normalized assets. Dijkstra-variant path computation finds exploitable chains. LLM synthesizes realistic adversary scenarios.
Prioritization & Delivery
Risk-scored findings routed to ticketing systems, compliance frameworks, and executive dashboards. Full remediation lifecycle tracked automatically.
Every technique tested.
Every control validated.
Spakto's validation engine executes real attack scenarios against your live environment — verifying whether each control detects, blocks, or misses each technique — automatically, every hour.
Operator profiles
Four distinct operator contexts. Each receives role-scoped data, custom output formats, and permission-gated dashboards.
CISO
Receives board-ready risk narratives automatically generated from live attack path data. Quantified exposure scores replace manual status reports.
SecOps / SOC
Alert triage prioritized by real attack-path context — not severity scores alone. Detection gaps surfaced before adversaries exploit them.
Red Teams
Continuous attack path discovery removes the need for manual reconnaissance. Automated MITRE-mapped scenarios extend coverage across the full kill chain.
GRC / Compliance
Control effectiveness proven with live telemetry, not point-in-time assessments. Audit evidence packages generated on demand for any major compliance framework.
Exec dashboards, PDF reports
Live alerts, SIEM enrichment, playbooks
Full graph access, scenario builder
Framework maps, evidence bundles
Scenario execution log
Three operational contexts where Spakto intervenes with machine-speed analysis, evidence generation, and path-aware remediation.
Before Board Audit
72h window before audit. Manual evidence collection typically takes 3 weeks. Controls assumed compliant — not verified against live telemetry.
Compliance PDF · Control Map · Risk Narrative
After a Near-Miss Incident
Credential stuffing attempt partially blocked. SOC unsure of full blast radius. Forensic reconstruction typically takes days — exposure continues.
Incident Report · Path Diagram · Detection Fixes
M&A Due Diligence
Acquisition target has 8,000 assets across 3 cloud providers. Traditional pentest takes 6 weeks. Risk inheritance is unknown before deal close.
Risk Report · Hardening Roadmap · Deal Flags
Frequently Asked Questions
Frequently asked
questions.
answered
Spakto AEV (Adversarial Exposure Validation) is a continuous security validation platform that emulates real attacker techniques across your environment to discover attack paths, validate controls, and prioritize remediation based on actual exploitability.
No. Spakto uses safe emulation techniques designed to test security controls without causing operational impact. All simulations are monitored and controlled.
Continuously. Spakto re-evaluates attack paths in real time as your environment changes — new assets, permission changes, cloud deployments all trigger re-analysis.
Most customers are fully integrated and producing findings within 2-4 weeks, depending on environment complexity.
Vulnerability scanners find individual weaknesses. Spakto shows how those weaknesses combine into exploitable attack chains. A CVE with no reachable path is low priority; a low-severity config issue that enables domain compromise is critical.
EDR/XDR (CrowdStrike, SentinelOne, Defender), IAM (Okta, Azure AD, CyberArk), Cloud (AWS, Azure, GCP), SIEM (Splunk, QRadar, Sentinel), and 40+ additional sources.
Technical teams get attack path visualizations, TTP heatmaps, and remediation guidance. CISOs get risk reduction dashboards. Compliance teams get control validation evidence mapped to frameworks.
No. Spakto integrates with your existing stack and makes your current investments more effective by correlating their signals into actionable attack intelligence.