How often is cyber risk data refreshed?
Cyber risk data is refreshed at different intervals across the market. Some providers refresh cached profiles on a schedule. Others rescan when a user requests an assessment. For underwriting, the decisive question is whether the data was observed at the moment the risk was being assessed. A frequent refresh cycle can still leave a gap if the specific organisation was last observed days or weeks earlier. KYND Risk Assessment starts from a single domain and scans live at the point of request. The assessment returns confirmed risk signals based on what is externally observable then, rather than relying on a cached profile.
Cyber risk data may be refreshed daily, weekly, monthly, continuously, or only when a new assessment is requested. Refresh frequency matters, but the stronger test is freshness at the point of decision.
In cyber underwriting, freshness changes the meaning of the output. A scan from last month may still contain useful context, but it does not prove the organisation looks the same today.
Examples of freshness gaps
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Old issue, fixed risk: a cached profile still reports vulnerable software after the business has patched it. The data may make the company look riskier than the current evidence supports.
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New issue, missing risk: a new service appears after the last scheduled scan. The stored profile may look clean while the current footprint has changed.
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New CVE, changed relevance: public-facing software may become more important after a newly disclosed Common Vulnerabilities and Exposures (CVE) issue, especially if it later appears in CISA's Known Exploited Vulnerabilities catalogue.
Why cyber risk data freshness matters in underwriting
Cyber risk data freshness matters because many loss-driving exposures are dynamic. They appear, disappear, and change as businesses update systems, add suppliers, launch web properties, reconfigure email, or patch software.
For cyber insurance, the freshness question affects whether the data describes the current risk at the moment of assessment. If a provider refreshed a profile recently but the organisation changed after that refresh, the underwriting view may already be behind.
This is especially relevant for SMB cyber insurance. Smaller businesses often have less documented footprints and may be less consistently represented in large pre-scanned databases.
Live scan vs cached cyber risk data
Data approach |
How it can be useful |
Freshness risk |
Scheduled refresh |
Supports broad monitoring and periodic comparison. |
The specific organisation may change between refreshes. |
Cached profile |
Fast to retrieve when the company is already known. |
The output may describe an earlier version of the risk; new organisations may take days to be added. |
Continuous monitoring |
Useful for tracking change across a bound book. |
Scope and alert logic still determine what gets surfaced. |
Live assessment |
Observes the organisation at the point of request. |
Limited to what is externally observable. |
Low-context technical data |
Raw vulnerabilities can be noisy without attribution or loss relevance. |
Risk signals filtered for material exploitability and insurance relevance. |
What can change between refreshes?
- A newly exposed remote access service
- A vulnerability that has already been fixed may still appear as an active risk
- Unpatched or end-of-life software appearing on a public-facing asset
- Email security changes involving SPF, DKIM, or DMARC
- Certificate expiry or configuration changes
- New subdomains or forgotten web properties becoming visible
- Vulnerability exposure linked to newly disclosed CVEs
- Relevance to CISA's Known Exploited Vulnerabilities catalogue
Not every finding has the same underwriting value. KYND focuses on confirmed risk signals that are materially exploitable, attributable to the right organisation, and relevant to loss-driving exposure.
Why 'how fresh is the data?' beats ‘how often is it refreshed?’
Refresh frequency sounds precise, but it can hide the more important issue. A provider may refresh data often, while still serving a cached profile when a specific organisation is assessed.
For cyber risk assessment, the stronger question is: what was observed, when was it observed, and was the organisation scanned at the moment the risk was being assessed?
KYND scans live when requested. Any organisation with a URL can be assessed, with no cached-data dependency and no need for the organisation to already exist in a pre-scanned library.
Where this framing does not fully apply
Live external scanning does not show everything about an organisation's cyber risk. It does not inspect internal networks, endpoint telemetry, employee behaviour, dark web sources, private cloud configurations, or operational security maturity.
That limitation is also what makes the method practical for insurance assessment. It does not require agent installation, internal access, or cooperation from the insured. It gives a current view of the externally observable footprint.
KYND Monitor extends freshness beyond the point-in-time assessment by surfacing posture changes, new exposures, and emerging vulnerabilities across a bound book. Risk Assessment and Monitor answer different timing questions.
Frequently asked questions
Is cyber risk data usually real-time?
Not always. Some cyber risk data is based on periodic scanning or cached profiles. KYND Risk Assessment scans live at the point of request, so the assessment reflects what is externally observable then.
Why does cached cyber risk data matter?
Cached cyber risk data can be useful, but it may describe an older version of the organisation's exposure. In underwriting, that creates a freshness gap between the data being reviewed and the risk being assessed.
How quickly does KYND return a cyber risk assessment?
KYND assessments are generated from a live scan and returned in under five minutes.
Does KYND rely on questionnaires?
KYND's confirmed external scan is the foundation. A questionnaire option is available for clients who want to layer self-reported information alongside scan findings, but scan-based findings do not depend on insured-provided answers.
See the current risk, not the cached one
Cyber risk data is refreshed on different schedules across the market. For underwriting, the decisive question is whether the data was observed when the risk was assessed.