Apache Flink — Technology Profile & Architecture

Core Information

#core_information

Name, description, vendor website, logo, technology type and tags.

Overview & Role

Apache Flink is an open-source, distributed stream processing framework for stateful computations over unbounded and bounded data streams. It is designed to run stateful stream processing applications at any scale, performing computations such as real-time analytics, continuous data pipelines, and event-driven applications with high throughput and low latency.

Domain Classification & Tags

Parallel Processing Real Time

Performance Profile

#performance_profile

Typical read and write throughput, payload size and processing latency.

Read Performance Profile

Throughput: Millions of events/sec per node

Payload Size: 100 bytes - 1 KB (typical event size)

Processing Latency: Low single-digit milliseconds (for stream processing)

Write Performance Profile

Throughput: Millions of events/sec per node

Payload Size: 100 bytes - 1 KB (typical event size)

Processing Latency: Low single-digit milliseconds (for stream processing)

Architecture Diagram

#architecture_diagram

Reference diagram of the technology's internal architecture.

Component Architecture & Topology

Features

#features

Catalogued product capabilities and what each one does.

Empirical data for features is currently being compiled in the global catalog.

Typical Use Cases

#typical_use_cases

Scenarios the technology is commonly chosen for.

Empirical data for typical use cases is currently being compiled in the global catalog.

Known Customers

#known_customers

Publicly referenced organisations using the technology.

Empirical data for known customers is currently being compiled in the global catalog.

Known Integrations

#known_integrations

Other products and services it is documented to work with.

Empirical data for known integrations is currently being compiled in the global catalog.

Connectors

#connectors

Directional data connections to other technologies, with direction and maturity.

Empirical data for connectors is currently being compiled in the global catalog.

Reference Architectures

#reference_architectures

Published architectures where the technology is used or mentioned.

Associated with 1 verified reference architecture blueprint:

Fraud Detection and Security Logging

Cassandra's capability to ingest and store massive amounts of event data, such as transaction logs and security events, makes it a strong candidate for fraud detection systems and security information and event management (SIEM) solutions that require real-time analysis of large datasets.

Security Features

#security_features

Built-in security and access-control capabilities.

Empirical data for security features is currently being compiled in the global catalog.

Known Issues

#known_issues

Documented limitations, defects and operational pitfalls.

Empirical data for known issues is currently being compiled in the global catalog.

Guidelines

#guidelines

Recommended practices for adopting and operating the technology.

Empirical data for guidelines is currently being compiled in the global catalog.

Standards & Compliance

#standards_and_compliance

Standards, certifications and control requirements it maps to.

Empirical data for standards & compliance is currently being compiled in the global catalog.

Sources

#sources

Documentation and research references behind the recorded information.

Empirical data for sources is currently being compiled in the global catalog.

Expert Validation

#expert_validation

Whether domain experts reviewed and confirmed the content.

Empirical data for expert validation is currently being compiled in the global catalog.