Server Vulnerability Countermeasure Tailoring

The patent applies local quality by customizing vulnerability countermeasures according to specific network environments. Different information processing apparatuses receive different countermeasure recommendations based on their individual network conditions (e.g., whether connected to corporate network, public network, or isolated network), rather than applying uniform countermeasures to all devices. This ensures appropriate security measures are applied locally to each device's actual risk profile.

The patent changes parameters by introducing network environment characteristics as additional parameters for determining countermeasure necessity. The system evaluates multiple parameters including vulnerability severity, attack vector, and network environment type to dynamically adjust countermeasure recommendations. This parameter-based approach allows flexible adaptation of security measures to match actual risk levels without unnecessarily impacting usability.

The patent applies universality by creating a standardized countermeasure recommendation framework that works across diverse network environments and apparatus types. The system uses a universal evaluation methodology that can handle various vulnerability types and network configurations through a consistent process, simplifying management while maintaining comprehensive security coverage.

The patent segments the vulnerability assessment process into distinct evaluation stages: network environment identification, vulnerability information acquisition, countermeasure necessity determination, and recommendation generation. This segmentation allows complex security management to be broken down into manageable steps, reducing overall system complexity while maintaining thorough security coverage.