In a recent live demonstration, the TEADAL team showcased the successful deployment of the Advocate application on a Kubernetes cluster, leveraging both the TrustPlane and TEADAL platform namespaces. The demo also highlighted seamless integration with IPath and PostgresCol for data monitoring and validation.
The TEADAL project has released a new video showcasing its Automatic Shared Federated Data Product Generation (ASG) system, a key innovation designed to simplify and automate the creation of compliant Shared Federated Data Products (SFDPs).
In today’s world, sensors are everywhere – from your fitness tracker to manufacturing plants and medical monitoring devices. They collect an astonishing amount of data, constantly streaming information about our health, environments, and machines.
TEADAL has introduced a cutting-edge AI-Driven Performance Monitoring (AI-DPM) system aimed at revolutionising how IT systems are monitored and optimised. This new approach leverages AIOps to provide real-time anomaly detection and predictive insights into resource utilisation, particularly focused on enhancing efficiency and system performance.
In the vast area of data lakes and sharing ecosystems, maintaining order and ensuring efficient management processes are crucial for effective utilization of resources. This is where metadata catalogues play a pivotal role, providing structured descriptions of digital and physical assets. In this blog post, we delve into the intricacies of metadata governance within data lakes and explore how KCONG emerges as a robust solution for managing metadata for the TEADAL project in such dynamic environments.
In the era of data-driven applications, safeguarding sensitive information is paramount, giving rise to privacy and confidentiality requirements in large data processing scenarios. Tackling these issues is at the forefront of the TEADAL project, which is dedicated to the development of trustworthy and privacy-aware federated data lakes.
In today’s fast-paced and data-driven business landscape, the need for efficient and scalable data management solutions has never been more critical.
Digitalisation and data sharing are essential processes for the implementation of new mobility information services. The European Commission, through specific directives, is requesting the implementation of National Access Points (NAPs) from the transport authorities of each EU country to facilitate the sharing and re-use of transport and mobility data.
Blockchain technology, once synonymous only with cryptocurrencies, has now permeated various sectors, including data management. This article introduces the benefits of incorporating blockchain technology in federated data lakes for data sharing, the differences between public and private blockchains, and the concept of Layer 2 solutions with some examples.
