Vulnerability management built to move risk toward closure.

Vulnerability scanning identifies potential weaknesses. Vulnerability management is the continuing process that turns those signals into decisions and verified action. That process has to survive handoffs between security, infrastructure, application, cloud, and service-provider teams.

SolrSunrise keeps the operational record connected from first observation through closure. A finding can carry target and asset context, technical evidence, vulnerability identifiers, severity, exploit context, assignment, due date, remediation notes, patch handoff state, exception status, and retest results. Teams can see both the technical issue and the work required to address it.

• Maintain tenant- and workspace-aware asset and finding records
• Normalize and deduplicate findings from supported scan types
• Preserve evidence and scanner context for technical review
• Assign owners, target dates, and remediation states
• Request a retest and record verified closure

A useful program needs more than one view of risk. SolrSunrise supports authorized application and vulnerability scanning across internet-facing systems and can organize findings from application, network, dependency, container, infrastructure-as-code, and secret-scanning workflows. Teams can start with the exposure they can act on now, then broaden coverage without changing the remediation model.

CVSS is useful technical context, but a severity number alone does not tell a team what to fix first. SolrSunrise risk decisions can combine severity with CISA Known Exploited Vulnerabilities status, EPSS probability, exploit availability, internet exposure, asset importance, finding age, evidence quality, available remediation, and the presence or absence of an accountable owner.

This creates a review queue based on the conditions surrounding a finding, not only its label. An internet-exposed vulnerability with known exploitation and no assigned owner should rise above a theoretical issue on a low-value isolated asset, even when both arrived with a similar base score.

• CVE, CWE, CVSS, EPSS, and advisory context where available
• CISA KEV and exploit-availability indicators
• External exposure and asset-criticality signals
• Evidence confidence and validation state
• Patch availability, SLA age, and remediation ownership
• Accepted-risk, false-positive, and verification status

Detection is the beginning of the vulnerability management process. SolrSunrise gives teams a structured path for triage, assignment, remediation, exception handling, retesting, and closure. The same record stays available as work moves between people, reducing the translation loss that happens when a scanner result becomes a ticket with little technical context.

Remediation does not always mean applying a patch. A team may update configuration, remove an exposed service, change an application control, mitigate access, accept a documented risk, or determine that a finding is a false positive. SolrSunrise supports those different outcomes while keeping the rationale and approval trail visible.

• Confirm that the target and authorization match the intended scope.
• Review the evidence and decide whether the finding is confirmed, needs validation, or is not actionable.
• Assign the remediation to a responsible owner with priority and timing.
• Record the recommended fix, compensating control, patch handoff, or approved exception.
• Request a focused retest when the change is ready.
• Preserve the verification result and closure evidence.

Security analysts need validation evidence and exploit context. Engineers need the affected component, reproduction detail, and a clear fix path. Program owners need aging, ownership, SLA, and risk-reduction trends. MSSPs need separation between clients, technician work queues, and evidence that can be shared without mixing tenant records.

SolrSunrise is designed around those handoffs. Technical evidence remains attached to the finding while reporting can summarize exposure by workspace, asset, severity, owner, vulnerability context, remediation status, and verification state. This makes it possible to communicate progress without turning executive reporting into a second system of record.

• Analyst-ready findings with retained evidence
• Owner and team views for remediation coordination
• Exposure, age, SLA, and verification reporting
• Tenant-aware workflows for MSP and MSSP delivery
• Audit records for important status and closure changes

Automated vulnerability management provides repeatable coverage and helps teams monitor known classes of weakness at scale. Application scanning adds runtime testing of web applications and APIs. A human-led penetration test goes deeper when business logic, chained attack paths, complex authorization, or a high-stakes release needs adversarial judgment.

SolrSunrise supports all three motions without treating them as interchangeable. Run recurring authorized scans to maintain visibility. Use the same evidence and remediation workflow to manage the findings. Request a scoped penetration test when automated coverage cannot answer the security question on its own.

SolrSunrise is a strong fit for security and IT teams that need a direct path from detection to action, engineering groups that want findings with enough evidence to fix, and MSPs or MSSPs building a repeatable vulnerability service across clients. It is especially useful when the current program has scanners but still relies on spreadsheets, manually rewritten tickets, or status meetings to determine whether important risk was resolved.

It is not a promise of complete asset visibility, complete detection, compliance, or breach prevention. Scanning must remain within authorized scope, high-impact decisions require human review, and every result should be evaluated in the context of the organization that owns the risk.