Legacy vulnerability management fails because of scanner alert fatigue, unverified phantom fixes, missing CMDB asset contexts, and compliance-violating cloud egress. Oolak provides a unified on-premise operational foundation that bridges the chasm between vulnerability scanners, asset inventories, and engineering remediation workflows.
Security scanners discover IP addresses; IT teams manage configuration items. When an active IP is not registered in NetBox or Active Directory, it becomes unmanaged Shadow IT without an assigned owner, SLA, or patch policy.
Scanners dump thousands of raw IP addresses into spreadsheets. Security teams cannot determine which tenant owns the host, what business application runs on it, or whether it is in Staging or Production. Unmanaged VMs and rogue subnets bypass security controls completely.
Oolak continuously correlates live scanner discovery sweeps (Tenable, Nmap, Qualys) against NetBox DCIM/IPAM interfaces, VMware ESXi guests, and Active Directory computer objects. Any unmapped IP is automatically flagged as Shadow IT, provisioned into a staging quarantine group, and routed to the infrastructure team for ownership tagging.
Oolak_Scanned=True, Risk_Score=84) back into NetBox.CVSS measures theoretical severity in a vacuum; it does not measure real-world weaponization or attack likelihood. Remediating every CVSS 7.0+ vulnerability is mathematically impossible for enterprise engineering teams.
Vulnerability scans report 25,000+ findings every cycle. Overwhelmed engineering teams waste weeks patching theoretical, unweaponized vulnerabilities on internal test boxes, while actively exploited zero-days on perimeter gateways remain unpatched.
Oolak synchronizes daily with the CISA Known Exploited Vulnerabilities (KEV) catalog and FIRST Exploit Prediction Scoring System (EPSS). Findings are ranked by real-world weaponization probability, asset exposure (internet-facing vs isolated), and business criticality, cutting actionable alert volume by 85%.
When an engineer clicks "Closed / Resolved" in Jira or ServiceNow, it only indicates that code was deployed or a package was updated. Without scanner verification proving the vulnerability cannot be triggered, the risk remains active.
Engineers close tickets based on assumptions. When a broad monthly scan runs, if the target host was firewalled, down, or rebooting, the scanner outputs 0 findings. Systems mistakenly interpret this absence as "remediated," creating hazardous phantom fixes.
Oolak enforces the ScanCoverage Guard state machine. A finding can only transition to REMEDIATED if a targeted re-scan explicitly verifies that the host was reachable AND the specific plugin confirms the flaw is eradicated. If the host was unreachable, the finding remains truthfully OPEN.
OPEN → IN_PROGRESS → PENDING_VERIFICATION → REMEDIATED.Enterprises run Tenable for infrastructure, Burp Suite and ZAP for web DAST, Trivy for containers, Semgrep for source code, and TruffleHog for secrets. Disparate consoles create duplicate tickets, conflicting severities, and siloed triage.
Network security, application security, cloud ops, and compliance teams use disconnected portals. The same Apache OpenSSL vulnerability is flagged four times by four different tools, spawning duplicate Jira tickets and confusion over who owns remediation.
Oolak serves as the authoritative exposure data fabric. Ingesting outputs from 58+ tools, normalizes raw telemetry into canonical data models (Asset, Finding, Secret, Identity), deduplicates identical CVEs across scanners, and maps them to responsible teams.
Central banks, defense organizations, and sovereign agencies operate under strict regulatory mandates (BDDK, NIS2, DORA, PCI-DSS) that strictly forbid sending internal IP topologies, vulnerability findings, or asset configurations to third-party US/EU SaaS clouds.
Most modern RBVM platforms are pure SaaS offerings. Uploading scan files or connecting scanners to SaaS clouds violates data residency laws and risks exposing internal network vulnerabilities to external cloud breaches.
Oolak runs 100% on-premise as an isolated, containerized stack inside your datacenter. Threat intelligence feeds (CISA KEV, EPSS) can be loaded offline via signed cryptographic bundles. All passwords and tokens are encrypted with AES-256 Fernet keys in local memory.
Managing vulnerabilities requires multi-step collaboration: query assets → trigger scanners → filter CVEs → create tickets → escalate expiring SLAs → verify fixes. Hardcoded pipelines cannot adapt to varying departmental requirements.
SecOps analysts spend 60% of their workday manually copy-pasting scan details into Jira, chasing developers via email, and running manual rescans. Workflows are fragile, inconsistent, and lack unified error recovery.
Oolak Orchestra provides a visual, drag-and-drop workflow canvas powered by an enterprise Celery Canvas DAG engine. Security teams can build complex event-driven playbooks combining parallel scans, conditional branching, AI remediation generation, and multi-channel alerting.
Deploy Oolak in your on-premise lab or datacenter to experience seamless CMDB reconciliation, exploit-driven prioritization, and closed-loop verification.