In the data-driven era, how to ensure that data is well-managed and can flow seamlessly among different systems has become increasingly crucial. Apache Airflow, an open-source technology first developed by Airbnb, has become an integral tool for Enterprise as a prominent method of managing all the data pipelines involved in both data analytics and business intelligence (BI), as well as the newer, more complex and data-intensive AI and ML tasks.
Astronomer, the biggest commercial backer of Apache Airflow, also just announced a new release of its Astro platform. This is not just a step – it’s a leap forward, to enterprise-grade data orchestration, with built-in security, management and all the other support systems needed by a mission-critical operation. As Julian LaNeve, Astronomer CTO, put it: Airflow has two strengths. The first is the ease of scripting of data pipelines. The second, and perhaps more powerful aspect of Airflow, is its freedom. With Airflow we can move pipelines out of integration tools and define them as code.
While Apache Airflow offers a wide set of integrations with traditional data and cloud platforms (Snowflake, Databricks, AWS, Microsoft, Google Cloud and so on), moving from one-time student projects to truly enterprise class operations is far from trivial. Astronomer’s value proposition is built around removing this complexity through its managed service offering. The company also enhances the core Airflow project with what they call the Astro runtime for better performance.
In our latest version of Astronomer’s Astro, we’re now providing central connection management. This allows you to build and maintain secure data connections from one place, creating an operational centre for governance and security of your data pipelines. And, just like our unrestricted access to any cloud, we’re also bringing a similar feature to data pipeline configurations, allowing for easier upgrades and rollbacks.
Astronomer plays an important role as the integration of AI workflows is still on the rise. Every month, the Astronomer engineering team builds integrations with new vendors in the AI ecosystem. In addition, the company recently built a reference architecture for deploying applications on LLMs, which can be found in the large language model (LLM) blueprint project on MLOpsHub, the company’s open-source project platform, and added support for training models using LLMs (such as GPT-4) to ask.astronomer.io, the company’s documentation portal.
Open-source remains at the very centre of innovation, too, with Apache Airflow and Astronomer providing tools and a platform for innovation today that will move forward advanced development of AI and ML tomorrow.
In open-source projects such as Apache Airflow, as in the technology itself, advances often simply emerge from the collaborative problem-solving encouraged by community contributions. Because of this openness, the technology is flexible, adaptable and subject to a pace of innovation that proprietary solutions cannot hope to match. By creating an environment that supports free dissemination of knowledge, open-source initiatives ensure that the technology remains on the leading edge, available to all who maintain an interest in using, modifying or improving it.
To conclude, Apache Airflow and Astronomer are two examples of how you can combine the power of open-source innovation with the scalability of an enterprise tool. As these platforms evolve in the future, they will become increasingly essential to AI, data analytics and business intelligence. As the world becomes more data-driven, data orchestration will become an even more important element of the digital world. The path from data to insight is long, but with the right tools in your arsenal, you will be able to traverse it faster than ever before.
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