Interprogram Communication TRIZ Cases

A unified vehicle database combines telematics, accounting, and vehicle data to automate rule alerts across multiple locations.

A scanning driver enables concurrent cloud workload analysis and runtime module loading without privileged agents.

RAP behavior definitions and event specifications become ABAP event structures, reducing manual coding and human errors.

This case uses browser interrogation and allow lists to inject tracing headers selectively, preserving telemetry across distributed servers.

A delayed re-enable message and compact state tracking reduce processor message overload without doubling storage.

Dynamic service layers translate payment messages for compliant off-network access.

Automated simulated user inputs and API requests validate application servers, detect missing data, and restart affected servers.

A data-driven layer unifies embedded application access while preserving data persistence.

Share applications across diverse endpoints using notification-triggered streams.

An event proxy stabilizes host–compute card messaging without device code changes.

A field server uses update flags to manage certificate validation, reducing authentication failures and connection delays.

Internal file templates create records in one transaction, reducing locks, log data, storage needs, and energy use.

Filter eyewear notifications with low-power visual alerts to reduce distraction.

Format conversion bridges local batch apps and cloud events for secure scaling.

A processor element controller cycles address modes to update subsets efficiently, reducing message size and bandwidth demands.

Monitoring and suspending custom-logic message flows protects other tenants while preserving shared container resources.

A native mobile app and headless browser securely access bank data while masking server identity and reducing mobile processing.

A blocking queue, load-balanced producer buffer, and shared commits support low-latency processing without event loss.

A screenshot layer supports OCR, highlighting, and drag transfer to extract discontinuous text without repeated entry and exit.

A distributed API framework uses attack trees and containers to expand attack coverage, including telephony protocols, with less tuning.

This case uses a USB-connected auxiliary modem to neutralize wireless outputs, protect data, and retain legacy communication.

Framework owner lists verify broadcast senders to block unauthorized application events.

This case uses data stream identifiers, shared-memory buffers, and bitmap polling to synchronize processes without system-call overhead.

The case uses pruning, RPC insertion, and section renaming to bridge binary-incompatible CPU ISAs without rewriting application code.

Authorized graphic codes speed group migration while limiting access to approved users.

A collapsed notification card expands to preview multiple messages, reducing swipes and simplifying message-group management.

A queue mapping table maps multiple server queues to fewer DPU queues, simplifying control plane design and reducing resource use.

An NFV event collector uses rule matches, hit counters, expiration timers, and priority queues to adapt event forwarding.

A distributed pipeline routes compatible tasks directly and stages unprocessable files for normalized, sequential message processing.

A prebuilt configuration data structure generates service-specific code, reducing manual rebuilds across application and storage services.

Historical errors and real-time resource signals refine forecasts, helping facilities reallocate resources during disruptions.

An HTTP agent routes requests through configured proxies, where client IP, host, and port identify users without interactive login.

This case uses backend-updated widget caches at an intermediary server to serve current UI data across multiple clients.

A cloud data platform links runtime and non-runtime workload data to detect threats while limiting agent-related security and scaling risks.

Segment recommendation and service cards to reduce push-information viewing time.

A privacy service transfers user activity data to local storage, then purges records to balance access speed, security, and retention.

This case uses APIs and subscriptions to share RAN analytics with transport networks for routing and resource adjustment.

This case combines ultrasound fingerprint imaging and automatic calibration for reliable user identification despite moisture.

Hardware communication primitives and MLSL simplify gradient transfers between GPUs, supporting scalable distributed machine learning.

This case uses separate metadata and policy stores to create secure data pipelines automatically for scalable cross-product analytics.

Annotation-based bus routing decouples Android components for faster application development.

Specialized decoy APIs detect unauthorized function calls while reducing computational overhead in API intrusion monitoring.

A DPU-hosted VIRTIOFS process uses DMA controllers across host and DPU operating systems to preserve shared directory access.

Pixel pretraining and fine-tuning let a sequence model navigate changing GUIs from images and natural-language instructions without APIs.

Event filters and state machines keep users in one workflow step, reducing redundant messages while preserving personalized automation.

A shared-memory bitmap and busy-wait polling let one process acquire data without system-call notification overhead.

A BMC package management service verifies updates and deploys them through read-write partitions without full system reboots.

QoD requests let the API check network support, return responses, and enable bandwidth and latency control for applications.

A preprocessing and postprocessing framework coordinates lightweight models to reduce latency, memory, bandwidth, and energy demands.

A bipartite-graph manager matches model portions to available resources, limiting inter-system communication during distributed inference.