Open Telemetry

OpenTelemetry is an open-source observability framework used to instrument, generate, collect, and export telemetry data such as tracing, metrics, and logging in distributed systems and microservices architectures. It provides developers with a standardized way to understand the performance and behavior of their applications and to identify and diagnose problems in complex environments.

Benefits of

Open Telemetry

  • Standardisation and Interoperability: OpenTelemetry provides a standardized set of instrumentation libraries and specifications for collecting telemetry data, promoting interoperability across observability tools and platforms.
  • In-depth insight into application performance: With OpenTelemetry, developers can gain in-depth insight into the performance of their applications by using tracing, metrics, and logging to generate and analyze telemetry data, helping them identify issues and make optimizations.
  • Scalability and Flexibility: OpenTelemetry is designed to scale with distributed systems and microservices architectures, allowing developers to take advantage of observability functionality in a range of environments, from small applications to large scalable systems.

Disadvantages of

Open Telemetry

  • Deployment Complexity: Implementing OpenTelemetry into an existing application or infrastructure can be complex and may require changes to the application code and architecture to correctly generate and collect telemetry data.
  • Performance overhead: Instrumenting applications with OpenTelemetry can lead to some level of performance overhead, especially when using tracing and logging, which can affect application and infrastructure performance.

Scorecard

Open Telemetry

Get a quick picture of adoption, maturity and learning curve via the Scorecard. This way you can easily qualify the applicability if you want to get started with it.

Adoption
Mate van acceptatie en gebruik van de technologie; 0 tot 100 geeft snelheid en gebruik aan.
25
Maturity
Graad van stabiliteit en ontwikkeling van een product; 0 tot 100 geeft volwassenheidsniveau aan.
55
Learning curve
Snelheid waarmee men kennis van technologie krijgt; 0 tot 100 geeft efficiƫntie van het leerproces aan.
35

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