IBM unveiled a cloud-based Blockchain offering on Monday along with governance and developer tools.
Calling it the first enterprise-ready blockchain service, the company said that the technology makes it possible for developers to build and host production of blockchain networks on the IBM Cloud in a secure environment.
The U.S. technology company said on Monday its new product called IBM Blockchain was the first service for developers to build enterprise-grade technology using Hyperledger Fabric, the first code set to be released by the open source group.
IBM today announced the new release of IBM Blockchain, the first enterprise-ready blockchain service based on the Linux Foundation's Hyperledger Fabric version 1.0. The service enables developers to quickly build and host security-rich production blockchain networks on the IBM Cloud, and is underpinned by IBM LinuxONE, the industry's most secure Linux server.
IT virtualization has radically changed the face of compute, storage, and network services in data centers and beyond. In response, Colt -- a network and communications service provider -- back in 2015 began developing a program that has transformed the way the company offers network services to customers, says Javier Benitez, Senior Network Architect, Colt Technology Services, who will be speaking at Open Networking Summit.
According to Benitez, the aim was to move away from a traditional consumption model to one where network services are consumed through an on-demand model based on software defined networking (SDN) and network function virtualization (NFV) technologies. Here, Benitez explains more about Colt’s SDN and NFV solutions, focusing on current development efforts and future plans.
Internet of Things (IoT) can be transformative for businesses, by opening up novel ways to connect with customers, creating new avenues and converting data into insights. Several organizations have already moved beyond the experimental phase to actual deployments of IoT. Government, healthcare, retail, transportation and many more industries have come up with innovative applications for improved customer experience and competitive differentiation.
However, considering its vast scope, IoT has currently not achieved its full potential. Enterprises are grappling with multiple issues. Nevertheless, IoT enthusiasts believe that open source plays a key role in ensuring that the technology moves past the hype cycle to become a disruptive trend for enterprises.
The more cores you can use, the better -- especially with big data. But the easier a big data framework is to work with, the harder it is for the resulting pipelines, such as TensorFlow plus Apache Spark, to run in parallel as a single unit.
Researchers from MIT CSAIL, the home of envelope-pushing big data acceleration projects like Milk and Tapir, have paired with the Stanford InfoLab to create a possible solution. Written in the Rust language, Weld generates code for an entire data analysis workflow that runs efficiently in parallel using the LLVM compiler framework.