Proxy Inspection for Micro Front-End Compatibility
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Solution Overview
Problem
In micro front-end (MFE) architectures, development teams face challenges in ensuring compatibility and security as dependencies can introduce vulnerabilities and performance issues due to differing versions, leading to unpredictable user experiences and increased debugging efforts.
Innovation Solution
A predetermined proxy is used to inspect requests for loading child components in an MFE architecture, checking for compatibility and security vulnerabilities, and performing mitigating actions to prevent performance losses by blocking or alerting on potential issues.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Productivity
If microservices are allowed to independently load child components without inspection, then development flexibility and deployment speed are improved, but system compatibility and security are worsened due to version conflicts and vulnerabilities
Solution Approach 1:
The patent implements a proxy that performs preliminary inspection of child component requests before they are fulfilled. The proxy checks compatibility conditions, validates versions, and identifies security vulnerabilities in advance, preventing incompatible or malicious components from being loaded into the MFE architecture.
Solution Approach 2:
The patent introduces a proxy as an intermediary component between the client device requesting child components and the MFE services providing them. This intermediary inspects requests, enforces compatibility rules, and mediates the loading process to ensure system-wide consistency while allowing independent development.
2Reliability
If a proxy inspection mechanism is implemented to check compatibility, then system reliability is improved, but request processing time and system complexity are worsened
Solution Approach 1:
Compatibility conditions and version constraints are established in advance before runtime. The proxy uses these pre-defined rules to perform rapid inspections, avoiding complex real-time analysis and minimizing additional processing time while ensuring reliability.
3Object-affected harmful factors
If strict compatibility checking is performed on all requests, then security vulnerabilities are reduced, but development flexibility and ease of operation are worsened
Solution Approach 1:
The patent applies different inspection strictness levels to different MFE services and child components based on their specific requirements and risk profiles. Critical services undergo rigorous compatibility checking, while less critical services allow more flexibility, optimizing both security and development ease.
Data Source
AI summary
A computer-implemented method, according to one embodiment, includes identifying a first request, from a first client device to a first micro-front-end (MFE) service of a MFE architecture, for loading a first child component associated with the first MFE service. The method further includes causing the first request for loading the first child component to be inspected by a predetermined proxy before being potentially fulfilled. The predetermined proxy is configured to inspect content and/or behavior of other MFE services of the architecture. A determination is made, based on results of the inspection of the first request by the predetermined proxy, whether fulfillment of the first request violates predetermined compatibility conditions associated with the other MFE services. In response to a determination that fulfillment of the first request violates at least a predetermined portion of the predetermined compatibility conditions, a predetermined mitigating operation is performed for mitigating performance losses in the architecture.