Addressing IT challenges in remote locations.

Article | February 10, 2020

Cloud computing continues to dominate the technology space, with cloud migration yielding a rain of opportunities and benefits. To date, achieving massive scale in computing power and data storage is a priority for organizations looking to mature in digital transformation. Hyperscale infrastructure is designed exclusively for that purpose, and it offers increasingly relevant features such as high levels of performance and high tolerance and room for error as well as redundancy. A recent report showed enterprises are leaning towards hyperscalers for cloud services as compared to second-tier providers.

Article | April 20, 2020

Pacific Electric Wire & Cable Co. (PEWC) is a manufacturer in Taiwan with subsidiaries in China, Singapore, Thailand, and Australia. Like many companies, they had been facing the looming change over to SAP HANA. They were ready to switch over from their older SAP software and take advantage of SAP HANA apps and databases. They also had a goal of speeding up operational analytics and insights. But with the change to HANA, they needed all new infrastructure, certified by SAP, to support it.

Article | March 16, 2020

Just as graphs make it easier for us to understand and act on complex data, graph machine learning can take graph theory a giant step further. But can it even help today’s service providers to improve reliability and predict anomalous behaviors in complicated distributed systems? Find out below…How much do you know about graph representation of data? Over the last two decades, graph theory has become increasingly popular in both research and industry. Among other areas, it has been used in epidemiology, medicine genetics, healthcare, banking and engineering to solve challenges such as routing, finding relation, path etc.

Article | March 9, 2020

Fiber Optic and Copper are pretty much the only options when it comes to networking communications cables. Today we focus on what makes them different. Let’s begin with the key characteristics of the old reliable copper phone lines — the same basic infrastructure that we’ve been using since the beginning of the 20th-century. Copper is highly conductive. This is what makes it so great for carrying the power to your home. Copper wires use the movement of electrons to carry signals by modulating a waveform at one end then demodulating it at the other end. And converting the patterns in the waveform into an analog or digital signal.