Security tools see issues.Attackers see paths.Spakto sees both.
The Exposure Discovery Engine continuously analyzes your entire environment — identity, cloud, endpoints, and network — to discover toxic risk combinations and real, exploitable attack paths that no scanner, audit, or SIEM can surface.
Individual findings are noise.
Combined exposures are risk.
A single over-privileged identity isn't a breach. A misconfigured S3 bucket alone isn't a breach. But chain them together with a stolen credential and a database endpoint — that's a complete attack path. The Exposure Discovery Engine finds these toxic combinations before attackers do.
Every layer.
Every relationship.
The Exposure Discovery Engine ingests and models six layers of your environment simultaneously — mapping every relationship that could contribute to an exploitable attack path.
Every identity and its privilege chain — from AD users to IAM roles to OAuth tokens.
This is what attackers
actually look for.
Attackers don't exploit individual vulnerabilities — they chain combinations. Each finding below looks low-severity alone. Together they form a verified breach path.
Developer account — MFA not enforced
Developer IAM role has access to prod S3
Prod S3 contains .env with DB credentials
From environment data
to ranked attack paths.
Discover
Enumerate every entity across all layers
- Connects to identity providers: AD, Azure AD, Okta, LDAP
- Ingests cloud accounts: AWS, Azure, GCP (read-only API)
- Pulls endpoint telemetry: CrowdStrike, SentinelOne, Defender
- Maps network topology from firewall APIs and flow logs
Fix the 3% that creates
80% of your risk.
Traditional vulnerability management floods teams with thousands of uncontextualized findings. The Exposure Discovery Engine surfaces only the paths that matter — ranked by actual exploitability.
Real attack path probability based on live configuration — not theoretical CVE severity. A CVSS 9.0 with no viable path ranks below a CVSS 4.0 with a proven chain.
Number of assets compromised if the path is fully exploited. Paths to domain controllers or production databases rank higher than paths to isolated dev systems.
Attack path hops from the entry point to your most critical assets. Paths one hop from a production database are critical; five hops away may be acceptable risk.
Built for teams who need
answers, not more findings.
Whether you're hunting for real attack chains, prioritizing remediation, or reporting exposure to the board — the Engine gives each team exactly the context they need.
Red teams waste time on dead-end paths. The Exposure Discovery Engine pre-maps every viable attack chain across the full environment — so you enter every engagement knowing exactly which three paths lead to the crown jewels.
- Pre-enumerate all viable attack paths before the engagement begins
- Validate finding chains automatically across full environment scope
- MITRE ATT&CK technique mapping for every path step
- Export full chain evidence directly to pentest report format
We walk into every engagement knowing the three paths that lead to domain admin. Game changer.
Every exposure mapped as
a traversable attack graph.
The engine builds a live property graph of your environment — identities, hosts, cloud resources, network paths — and computes all attacker-traversable routes to crown-jewel assets. Select a path or node below to trace the risk chain.
Raw signals in.
Correlated exposures out.
The engine continuously ingests signals from every source — AD, cloud IAM, EDR, network — and runs correlation logic to surface toxic combinations that no single source can see alone.
Select an asset. See every
path that reaches it.
For any crown-jewel asset, the engine computes all exploitable inbound paths, minimum hop distance, entry-point origin, and the precise remediations that would reduce the most attack surface.
EXPOSURE DISCOVERY ENGINE FAQs
Frequently asked
questions.
answered
Vulnerability scanners find individual CVEs and misconfigurations. The Exposure Discovery Engine finds the combinations of issues that chain into real attack paths. A CVE alone may be low priority; that same CVE combined with a privilege escalation path to a domain controller is critical.
The engine is designed for enterprise scale. Graph computation is optimized for environments with millions of assets and relationships. Most customers see full environment analysis complete within minutes of initial ingestion.
The opposite. By focusing on exploitable attack paths rather than individual findings, the engine typically surfaces 20-50 high-priority paths across environments with thousands of individual vulnerabilities.
Yes. Findings can be exported to Jira, ServiceNow, Splunk SOAR, Palo Alto XSOAR, and other platforms via API or native connectors, with full attack path context attached to each ticket.
Identity providers (Active Directory, Azure AD, Okta), cloud accounts (AWS/Azure/GCP), endpoint telemetry (EDR), and network configuration. The engine becomes more powerful with each additional source, but provides value from partial connectivity.
Continuously. As your environment changes — new identities created, IAM roles modified, cloud resources deployed — the engine automatically recomputes affected attack paths within seconds.
You define your most critical assets (production databases, domain controllers, customer data stores, financial systems). The engine then maps all paths that lead to those assets and prioritizes accordingly.