Risk Prioritisation

Know the 10 things to fix today.

Business Risk Register

likelihood × impact, traced to the exposure driving it

ID	Business Risk	Band	L	I	Top Driver	Owner	Treatment
BR-1	Data Breach & Confidentiality	High	5	3	Unrestricted file upload on portal	CISO	Mitigate
BR-2	Operational Disruption	High	5	3	Unrestricted file upload on portal	CTO	Mitigate
BR-3	Fraud & Financial Loss	High	5	3	Unrestricted file upload on portal	CFO	Accept
BR-4	Regulatory & Legal Exposure	High	5	3	Deprecated TLS 1.0 on gateway	CLO	Mitigate
BR-5	Reputational & Brand Damage	High	5	3	Deprecated TLS 1.0 on gateway	CMO	Mitigate
BR-6	Intellectual Property Theft	High	5	3	Unrestricted file upload on portal	CISO	Mitigate

Every band traces back to a specific, validated exposure — so the treatment decision is defensible.

Traced to 2 exposures behind all six risks

Why do severity scores fail to prioritise real risk?

Security tools produce more findings than any team can action, ranked by scores that ignore whether an exposure is reachable in your environment. The queue grows faster than it clears.

High volume, low-quality alerts
Traditional tools generate floods of findings based on raw CVSS scores or isolated scans, with false positive rates often exceeding 80%.
Resource Drain
SecOps teams waste time chasing noise instead of mitigating critical risks, slowing cloud migrations and increasing exposure.
Lack of Context & Correlation
No unified view across cloud, on-prem, identities, and third-party assets; missing connections to attack paths, threat intel, or business impact.

How does Panop rank findings by reachability and business impact?

Panop connects exposure signals to business impact, allowing security teams to prioritise what truly matters.

Identify critical exposures

Validate findings through context, exploitability analysis, and autonomous testing.

Risk Evolution

exploitable chains, critical chokepoints & assets at risk over 30 days

Exploitable chains Critical chokepoints Assets at risk

Daily snapshots accrue over time — the trend fills in as history is recorded.

Actionable Insights & Automation

Prioritised remediation recommendations with automated workflows into ITSM/SOC/CI/CD pipelines.

+326/06 – 21/08

Critical 27 High 203 Medium 259 Low 99

Attack Path & Blast Radius Analysis

Maps how exposures chain together across hybrid/cloud environments to reach critical assets.

Firewalls & Security Groups

what is actually reachable across each boundary

Three boundaries, one route that actually connects — validated, not inferred from configuration.

Seamless integration

Fits into your existing workflows and technology stack, reducing implementation effort and accelerating time to value.

Why can a medium CVSS finding outrank a critical one?

An illustrative pair. Both findings are real conditions on real assets, and a queue sorted by CVSS would put A first. Panop puts B first. See CVSS vs EPSS for what each signal does and does not establish.

Illustrative comparison of two findings showing why CVSS severity alone misorders a remediation queue
Signal	Finding A — critical CVSS	Finding B — medium CVSS
CVSS base score	9.8, critical band	6.5, medium band
EPSS exploitation probability	2% over the next 30 days	68% over the next 30 days
CISA KEV catalogue	Not listed	Listed as actively exploited
Reachability in your environment	No route from any untrusted network	Unauthenticated public endpoint
Result of active validation	Exploit attempt does not succeed	Exploitation confirmed, reproduction path recorded
Business context	Non-production host, no sensitive data	Processes customer records, owned by payments
Position in the Panop queue	Deferred and tracked, not escalated	Top of the queue, routed to the asset owner