DEEPCHECKS GLOSSARY

Model Observability

What is Model Observability?

Model observability is the ability to track and analyze how machine learning models perform and behave in real-world settings. It requires gathering and evaluating data on the models’ input, output, and internal status, as well as the environment in which they work, in order to discover abnormalities, diagnose issues, and enhance performance.

  • Observability ensures that machine learning models perform as expected, delivering accurate and trustworthy results without introducing unforeseen effects or biases.

This is particularly significant in production contexts, where models are often deployed at scale and incorporated into complex systems, making it harder to identify and comprehend problems.

Additionally, it encompasses a variety of techniques and tools, such as logging and monitoring model inputs and outputs, tracking model metrics and performance indicators, visualizing model behavior and decision-making processes, and analyzing model performance over time and in different contexts.

In general, it is a critical feature of machine learning model creation and deployment, allowing companies to assure the quality and dependability of their models while also improving their performance over time.

ML Observability Platform

An ML observability platform is a software solution that provides visibility and insights into machine learning models’ behavior and performance in operational contexts. It usually contains a set of tools and capabilities for data recording, monitoring, analysis, visualization, and communication, with the goal of assisting data scientists and machine learning engineers in diagnosing and resolving problems, optimizing performance, and ensuring the dependability and correctness of their models.

Some well-known examples of machine learning observability platforms are:

  • TensorBoard– A TensorFlow visualization toolkit that lets users display many elements of model performance and behavior.
  • DataRobot– A cloud-based machine learning platform with model construction, deployment, monitoring capabilities, and automated machine learning tools.
  • MLflow– An open-source machine learning platform that allows you to organize and manage experiments, package and distribute models, and monitor and analyze their performance.
  • Algorithmia– Is a platform that enables data scientists and engineers to design, deploy, and manage machine learning models at scale, including features such as model monitoring, versioning, and governance.

A machine learning observability platform may assist businesses in improving the quality, dependability, and efficacy of their machine learning models, as well as ensuring that they create value and satisfy business objectives.

Code observability

The activity of monitoring and analyzing the behavior of software systems at runtime is known as code observability. It requires employing tools and methods to get insight into how code is executed and to discover and fix problems in real time.

The following are some typical methodologies and tools for code observability:

  • Logging is the process of recording data produced by a program while it is running.
  • Tracing is the process of tracing the movement of data and requests through a system.
  • Metrics are quantitative metrics of system activity that include reaction times, error rates, and throughput.
  • Profiling is the process of evaluating the runtime behavior of code to find performance bottlenecks and areas for improvement.

AI observability

The discipline of monitoring and analyzing the internal status of artificial intelligence (AI) systems and processes is known as AI observability. It includes various activities and tools that allow AI developers and engineers to monitor, assess, and improve the performance of their models and pipelines.

AI engineers may obtain insights into the behavior of their models and discover areas for development by monitoring this data.

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MLOps observability

The discipline of monitoring and comprehending the internal status of machine learning systems and processes is known as MLOps observability. It includes a wide range of activities and tools that allow data scientists and machine learning engineers to monitor, assess, and improve the performance of their models and pipelines.

  • MLOps observability is critical for enterprises wishing to create and deploy machine learning models at scale.

Data scientists and ML engineers may use observability tools and platforms to monitor the performance of their models and pipelines in real-time, spot abnormalities, and fix problems rapidly. These technologies often provide dashboards and visualizations, allowing data scientists to monitor important parameters and detect trends and patterns. They also allow team members to collaborate and communicate with one another, encouraging the exchange of information and best practices.