Currently, Cheminformatics Microservice is available to the public via and in the back end, the container is running on a compute server with the processor Intel(R) Xeon(R) Gold 6226R CPU @ 2.90GHz and 16GB of RAM. To determine scalability, stress testing was performed using Vegeta . To determine the maximum throughput Cheminformatics Microservice can handle when deployed on a machine with Intel(R) Xeon(R) Gold 6226R CPU @ 2.90GHz and 16GB of RAM, requests in small increments were added using Vegeta and the delivered throughput was measured until a limit was reached (Figure ). This stress test indicated that the service reached its maximum capacity when handling approximately 2500 requests per second for echo requests, after which the success rate began to decline. When queried with the task to generate 2D coordinates for a molecular structure given as a SMILES string using RDKit, Figure clearly demonstrates that the microservice can effectively handle a wide range of requests, ranging from 50 to 500 per second. With an increase in the input molecule size and number of requests per second, this rate starts to deteriorate. A detailed description of the stress test can be found in the supplementary information. Nevertheless, the default configuration of Cheminformatics Microservice ensures excellent stability in handling user requests and effectively manages to execute the computation required.