Open Source In Action
Traditional infrastructure cannot handle today’s massive, diverse, and fast-moving data streams. Read how Apache Hadoop* provides a foundation you can implement today for targeted value, and then expand to meet growing needs.
Intel IT has implemented use cases for big data analysis delivering hundreds of millions of dollars in business value. Read about the technologies and strategies that make them possible.
Deploy the Apache Cassandra* NoSQL database with Intel® Xeon® processor-based and Intel® Atom™ processor-based servers, taking into account differing business scenarios, performance requirements, and TCO objectives.
Learn how to design a practical, cost-effective infrastructure for supporting data-driven decision making on an enterprise scale using all available data, including operational data and poly-structured data from logs, social networks, sensors, and many other sources.
How you analyze big data is as important as the data itself. This paper focuses on descriptive analysis, interactive queries, and predictive analytics.
Use these benchmark results on microservers based on the Intel Atom processor and on the Intel Xeon processor E3 family to help you design and build OpenStack Swift* object storage in cloud environments.
These three usage models can help you implement a flexible and efficient big data infrastructure. Intel innovations in silicon, systems, and software can help you to deploy these and other big data solutions with optimal performance, cost, and energy efficiency.
Thanks to open source software contributions by Intel, data centers can now address key security concerns associated with cloud computing.
The first Intel architecture-based open source board for the small form factor, low-cost embedded market, MinnowBoard* was named a Top Embedded Innovation and was featured on the front cover of Embedded Computing Design.
The San Diego Supercomputer Center created a massive storage cloud based on OpenStack* and other open source software that makes data easily accessible by researchers and at a low cost.
Using the Yocto Project* to create a custom embedded Linux* OS running on systems based on the Intel Atom processor saved Hydrosix development time and lowered production costs significantly.
Capitalizing on open source software deployed on Intel® architecture, Canada-based iWeb rapidly creates affordable, reliable, and scalable Internet host infrastructure solutions.
Scalability projects to tailor the Linux* kernel and stack to multi-core Intel® architecture platforms have yielded great results. Discover how developers equip Linux* for enterprise-caliber workloads.