Software Image Recipes With Embedded Security Packages
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Solution Overview
Problem
Existing solutions for securing software components often fail to provide adequate protection when deployed in environments lacking security tools or when these tools malfunction, leaving software components defenseless against cybersecurity threats.
Innovation Solution
Software image recipes are defined with embedded security packages that include discrete units of code configured to perform specific cybersecurity functions, allowing software components to defend themselves and be rebuilt quickly to address emerging threats.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Reliability
If software components rely on external security tools for protection, then security functions can be provided by specialized tools, but the software components become defenseless when these tools are unavailable or malfunctioning
Solution Approach 1:
The software component is modified to include built-in security functions that enable it to defend itself independently. The component includes code that can detect security threats and execute security responses without requiring external security tools, making the system self-sufficient for security protection.
Solution Approach 2:
Security functions are merged directly into the software component by modifying its code. The security functionality is combined with the component's core functionality, creating an integrated solution where security protection is embedded within the component itself rather than being provided by separate external tools.
2Reliability
If security packages are integrated into software image recipes, then security protection is inherent and continuous, but the software image building process becomes more complex
Solution Approach 1:
Security packages are pre-configured and integrated into the software image recipe during the build process. The security functionality is prepared in advance as part of the software image definition, so that when the software component is deployed, it already has security protection built-in without requiring additional configuration or external tools.
3Productivity
If discrete units of code for security functions are used, then security can be updated rapidly to address emerging threats, but the software package structure becomes more complex
Solution Approach 1:
The security functionality is divided into discrete, modular units of code that can be independently managed and updated. Each security function is packaged as a separate unit within the software package structure, allowing individual security components to be updated rapidly without requiring updates to the entire software system.
Data Source
AI summary
A system and method for software image management. A method includes generating a plurality of software packages including a plurality of units of code, wherein each software package is generated using a respective unit of code of the plurality of units of code, wherein the plurality of software packages includes a security package, wherein the respective unit of code for the security package configures a processing circuitry to perform at least one cybersecurity function when executed by the processing circuitry; and building a software image based on the plurality of software packages by executing a set of instructions of a file, wherein the set of instructions causes the plurality of software packages to be combined in order to build the software image when executed.