Abstract: A computerized method for implementing distributed application security mesh systems comprising: providing a service graph; and providing an underlying mesh graph with a pre-defined paths.

Abstract: A computerized method for securing an application based on auto-learning and auto-mapping of application services and application programming interfaces (APIs), includes the step of providing a distributed application security mesh system. The method includes the step of implementing a learning mode of the distributed application security mesh system. This includes learning a set of services and a set of APIs that are used by the set of services to interact with each other. The service comprises an application service. This includes creating a record of the set of services. The record comprises a list of services that are currently active in a specified environment of the distributed application security mesh system, and a list of interactions of the services. The method includes the step of implementing an enforcing mode of the distributed application security mesh system.

Abstract: A computerized method for implementing distributed application security mesh systems comprising: providing a service graph; and providing an underlying mesh graph with a pre-defined paths.

Abstract: A system, method and computer program product is presented for controlling a denial of service attack on one or more servers. The method involves intercepting, via an interface unit, a client request for information from the server; determining, by the interface unit, whether the client request is a valid request via a challenge-response mechanism; and forwarding the client request to the server if the client request is a valid request. The client request may be a HTTP request. The challenge-response mechanism involves forwarding an executable response to the client; and receiving the client request with some additional verifiable information if the client request is a valid request.