Enable Adaptive AI and Decision Intelligence with Helicon

In this regard, Helicon as an Adaptive AI-enabler is instrumental in implementing Decision Intelligence, a conceptual and technological framework that evolves organizational decision-making by including the application of machine learning at scale and the integration of self-learning models and data streaming. Thanks to Decision Intelligence, organizations can rely on protean data-driven practices and self-learning analytical techniques to respond not only to ever-changing business needs, but also to concept & data drift. This in turn accelerates value from real-time data and drastically reduces time-to-market.

To maintain flexibility and responsiveness to real-world scenarios it is also important to ensure integration with different data sources. Helicon offers two different API sets: on the one hand, high-level, easy-to-use APIs catering to non-engineering professionals such as data scientists; on the other hand, Helicon includes low level APIs designed for data and software engineers, allowing to leverage industry-standard data integration and ETL/ELT tools.

To maintain flexibility and responsiveness to real-world scenarios it is also important to ensure integration with different data sources. Helicon offers two different API sets: on the one hand, high-level, easy-to-use APIs catering to non-engineering professionals such as data scientists; on the other hand, Helicon includes low level APIs designed for data and software engineers, allowing to leverage industry-standard data integration and ETL/ELT tools.

Drawing on the notions of Adaptive AI and Decision Intelligence, we set out to drive sustainable innovation by combining simplification, automation and artificial intelligence. This mission is reflected in Helicon’s latest developments, which and can summarized as follows:

• Streams
  • Kafka Consumer & Producer native, standard, production-ready and cloud-based APIs, simplifying and accelerating data integration
  • Improved Avro schema management, including real-time data inspection, advanced merging schema strategies, and inferring schema definition by tabular (CSV) or JSON file dataset example upload
  • Stream metrics, observing KPIs like storage, production, consumption, and throughput for any single partition

• MLOps
  • Possibility to make inferences by calling deployed models using a secure and easy-to-use HTTP API
  • Improved models serving based on brand new Seldon Core V2
  • Models signature (schema) management both for input and output
  • Real-time data exploration on any pipeline topology node, for both input and output schema. This feature is particularly useful for monitoring deployed models

• Pipelines
  • Possibility to manually scale up and down the workload on Helicon’s internal Kubernetes cluster by leveraging the pipeline instances number per job
  • Ad-hoc Python operator to write single message transformations function, ideal for use cases such as pre-processing and post-processing complex model features on top of streaming data
  • Improved Pipelines metrics for KPIs like Throughput, Latency, CPU Usage, and Memory Usage

In the coming months, we’ll continue to evolve Helicon in order to efficiently respond to ever-changing business and technological challenges. If you want to see for yourself how it can increase productivity and collaboration among data teams, visit our website to learn more and start your free Helicon trial!