Service Mediation Framework Using Extensible Tokens
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Solution Overview
Problem
Current private networks face challenges in providing secure, agile, and extensible connectivity for services due to manual, ad-hoc network processes and tightly coupled components, making it difficult to deploy IT systems quickly and efficiently across business domains.
Innovation Solution
Implementing a service mediation framework using extensible tokens that manage service requests and policies in a centralized repository, enabling standardized communication and processing of tasks like security, routing, and protocol bridging within a private network.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Reliability
If manual, ad-hoc network processes and tightly coupled components are used, then security can be maintained through customized point-to-point connections, but agility and speed of deployment are severely reduced
Solution Approach 1:
The patent segments the network architecture into independent, loosely coupled service components that can be individually deployed and managed. Services are broken down into discrete functional units that communicate through standardized interfaces, allowing rapid deployment without compromising security through customized point-to-point connections.
Solution Approach 2:
The patent introduces service mediation frameworks and standardized interface layers that act as intermediaries between services and network infrastructure. These mediators enable automated service provisioning and management while maintaining security policies, eliminating the need for manual customization of each connection.
2Reliability
If customized point-to-point connections are used for each service, then security can be enforced, but complexity of managing and provisioning services increases significantly
Solution Approach 1:
The patent implements universal service interfaces and standardized communication protocols that can be applied across multiple services and platforms. This universality allows a single set of security and management mechanisms to serve multiple functions, reducing the complexity of managing customized connections while maintaining security enforcement.
3Stability of the object's composition
If hard-wired and hand-configured components are deployed, then system stability is maintained, but adaptability to new services and changes is reduced
Solution Approach 1:
The patent transforms the network architecture from static, hard-wired configurations to dynamic, software-defined service compositions. Services can be dynamically provisioned, modified, and deployed without physical reconfiguration, maintaining system stability through standardized interfaces while enabling rapid adaptation to new services and business requirements.
4Productivity
If centralized service management is implemented, then agility and ease of provisioning improve, but network latency may increase due to additional processing steps
Solution Approach 1:
The patent implements preliminary service registration, policy definition, and configuration validation in centralized repositories before services are activated. Service descriptions, security policies, and routing rules are pre-processed and cached, allowing centralized management to operate efficiently without adding significant latency to actual service transactions.
Data Source
AI summary
An optimized service mediation framework may use customized tokens for reducing cost and latencies per transaction. In particular, a token service and an integration service may function together to generate customized tokens for use by network components within a transaction pathway. Each network component may access information with the token for a predetermined time period and/or for a predetermined number of service calls for service processing tasks related to mapping, security, governing, bridging, transforming, orchestrating, generating events, managing workloads, routing, validating, managing cache, encrypting, queuing and staging, commodity services, transaction management, and quality of service (QoS)/resiliency, among other things.