Interprogram Communication TRIZ Cases

Adapter flow models visualize hidden processing logic, resolving the trade-off between system complexity and behavioral understanding.

An abstraction layer combines independent server nodes into a unified virtual device, resolving static configuration bottlenecks to increase processing power.

Predefined intent classes reduce development time by eliminating manual intent specification while maintaining precise third-party integration.

A data sharing unit transmits image data to multiple selected applications simultaneously.

A dynamic service module manages .jar files to add functionality to agents without restarting the Java Virtual Machine.

A service proxy acts as an intermediary to capture Local Procedure Call communications between clients and services.

Generic bulk update APIs import and update resource data across multiple view instances, eliminating manual instance-by-instance operations.

Network interface card processes SSL operations inline, eliminating multiple PCI bus traversals and reducing CPU processing power.

An obfuscator API renames endpoints using a polarization library to maintain structural compatibility while hiding intellectual property.

A scalable automated testing system routes JSON command messages to target devices for concurrent SDK API execution.

A unified application interface merges multiple program functions into a single platform for seamless interaction.

Universal computing elements process data through standardized interfaces, enabling real-time scalability while reducing device complexity.

A correlation engine and policy manager separates business logic from technical layers using modular event processing components.

A standard data component uses structured definition language to access native application data entities across multiple devices.

Native component intercepts web requests to pass data without reflowing the document, improving message passing speed.

A websocket server deployed on a device acts as a proxy to enable bidirectional data exchange between applications running on separate networked devices.

Delegation module routes API calls to legacy or new services based on feature selectors, reducing production adoption risks.

Harvested content objects store interface links enabling usage data synchronization that standard protocols like OAI-PMH cannot support.

A system shares configured gadgets between users to enable seamless synchronization of settings and parameters.

Security plug-ins analyze incoming web content segments to selectively prevent malicious portions from being processed by applications.

Instrumented virtual machine analyzes browser context to detect malicious web content evading traditional signature-based detection methods.

A secondary input box displays partial or full user data when the primary field cannot accommodate it.

Shared memory banks coordinate data transfer between processor cores, reducing image reading time during convolution operations.

Framework interface routes application data through logical channels to external devices via physical communication modules.

Distributed computing system aggregates handwritten strokes from portable devices to display parallel student annotations.

A machine learning system generates digital file names by analyzing existing folder patterns and user preferences.

A virtual memory object binds local memory blocks to a network session, enabling direct read and write operations via file system commands.

An event-driven system routes events to contextualizers for near real-time processing and de-duplication.

Cloning child processes for speculative execution reduces application wait times without requiring data model refactoring.

An API analytics engine generates consumption prediction models using user history and social network relationships.

Prioritized cell blocks with counters manage free spaces in associative list processing units.

A cloud incident response module intercepts virtual machine and hypervisor communication streams to extract forensic data transparently.

A vehicle safety electronic control system switches between simplex communication modes to enable high-speed data transfer.

A network regulator intercepts client requests to detect device types and assign security policies automatically.

A remote collaboration system transfers mouse interactions between master and slave computers across split screens.

Middleware enables automated end-to-end processes by routing external requests through a controlled internal gateway, maintaining network security boundaries.

A global context-based instrumentation system captures and filters operating system, GUI, and network events through a unified dashboard.