Following Up on Key Considerations for Selecting an API Management Solution
1. Stability & Reliability
High reliability means that API users can always access the API. To ensure this, the API Gateway must operate stably. Some API Gateways use open-source solutions or Java-based Web Application Servers (WAS). Java-based programs have inherent weaknesses, such asย Garbage Collection (GC) inefficiencies and high dependency on JDK, which can make it difficult toย apply the latest SSL/TLS security updates. This poses challenges in securing stability and reliability. A senior executive from a global service companyย rated stability as the most important factor.
2. Performance & Speed
An API management solution does not handle just one or two APIsโit mustย serve numerous APIs to a large number of users. API consumers expect fast and consistent responses under all conditions. Therefore, the API Gateway must be capable of reducing response time (latency) and increasing throughput. In BMT (Benchmark Testing), stress tests are conducted to evaluate performance.
3. Flexibility & Convenience
API administrators should be able toย easily modify APIs, deploy or roll them back in real time, and manage versions effortlessly through a UI. To enable quick and seamless application of changes, the API management solution must have a well-structured architecture.
4. Agility & Maintainability
The solution must quickly incorporate customer requirements. If customization is needed or new feature requests arise, the system should allow for rapid implementation. Time is a competitive advantage, and a PM I recently met also rated customization and maintainability highly.
5. Efficiency & Cost
If an API management solution consumes excessive CPU, memory, or other system resources, its efficiency decreases while costs increase. This is particularly important when migrating to cloud environments, as resource-heavy solutions can become a major cost burden for customers.
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Following Up on Key Considerations for Selecting an API Management Solution
1. Stability & Reliability
High reliability means that API users can always access the API. To ensure this, the API Gateway must operate stably. Some API Gateways use open-source solutions or Java-based Web Application Servers (WAS). Java-based programs have inherent weaknesses, such asย Garbage Collection (GC) inefficiencies and high dependency on JDK, which can make it difficult toย apply the latest SSL/TLS security updates. This poses challenges in securing stability and reliability. A senior executive from a global service companyย rated stability as the most important factor.
2. Performance & Speed
An API management solution does not handle just one or two APIsโit mustย serve numerous APIs to a large number of users. API consumers expect fast and consistent responses under all conditions. Therefore, the API Gateway must be capable of reducing response time (latency) and increasing throughput. In BMT (Benchmark Testing), stress tests are conducted to evaluate performance.
3. Flexibility & Convenience
API administrators should be able toย easily modify APIs, deploy or roll them back in real time, and manage versions effortlessly through a UI. To enable quick and seamless application of changes, the API management solution must have a well-structured architecture.
4. Agility & Maintainability
The solution must quickly incorporate customer requirements. If customization is needed or new feature requests arise, the system should allow for rapid implementation. Time is a competitive advantage, and a PM I recently met also rated customization and maintainability highly.
5. Efficiency & Cost
If an API management solution consumes excessive CPU, memory, or other system resources, its efficiency decreases while costs increase. This is particularly important when migrating to cloud environments, as resource-heavy solutions can become a major cost burden for customers.