Even enterprise and midmarket companies, who traditionally have been able to afford to purchase and run their own IT infrastructure, have seen the writing on the wall: it is soon going to be too cost-prohibitive and time consuming to buy and administrate their own on-premise systems. While not everyone is cloud-first, hybrid is starting to gain significant ground.
At the same time, storage requirements are ballooning rapidly. As more devices are connected, more data is collected, and more of business processes go digital, storage needs continue to pile up (plus there’s all that pesky backup data you’ve been holding onto for decades already).
What does the future of enterprise IT storage look like, then? Increasingly, it will be software-defined. Gartner reports that by 2019, 70% of existing storage array products will be available as software-only versions. Software defined storage (SDS) technology enables both object and block/file level storage to be moved across virtualized environments, enabling portability, scalability, vendor agnosticism, and the ability to reuse old or commodity hardware as additional storage.
The writing was on the wall as far back as the ‘80s: IPv4, the fourth version of the Internet Protocol, a standards-based routing method for the vast majority of Internet traffic, was going to run out of addresses. Finally, last year, the American Registry for Internet Numbers (ARIN) ran out of their supply of IPv4 addresses. Although official exhaustion was reached in 2011, network design and routing tricks prolonged the supply, as did the trading of IP addresses on the open market.
Read on to learn how the switch to the relatively new IPv6 affects data centers. But first, a quick primer on IP addresses in general.
What grabbed your attention the most in 2015? Our most popular posts from the year are below, along with a wrap up of the industry's biggest headlines.
This year didn't bring massive upheaval in the data center realm, but there was a fair share of news that caused ripples or at least garnered a lot of clicks and retweets. In the industry at large, big news included the Dell-EMC merger, telcos selling off data centers, and the Uptime Institute killing off tiers.
On our humble blog, our most popular posts covered Ubuntu VM optimization, CloudStack vs. vCloud, disaster recovery, and more. Read on for a full list of 2015's biggest data center stories.
Snapchats themselves are actually pretty small fish in the world of mobile data, with images using just tens of kilobytes and videos about 2 MB. But combined, social media activity and streaming media account for an insane amount of data use, which in turn has a heftier environmental impact than you might think. If current trends continue, a family of four will have the same CO2 emissions from their combined cellular data as they will from the family minivan within 3 years.
The electricity at stake isn’t simply charging your phone: when you send that Snap of your cat falling off the counter (which is admittedly pretty hilarious), it’s beaming over various paths through wireless networks that use a ton of energy to a data center that uses a ton of energy and back to those dozens of other phones.
Like many data center providers, Green House Data works closely with government organizations large and small. In the past few years this trend has accelerated dramatically, as the federal government pursues data center consolidation projects and government CIOs, like their private counterparts, realize the attractive flexibility and ease of use found in the cloud.
Early this year, Department of Defense CIO Terry Halvorsen even mentioned his intent to pilot a public-private partnership, where private hosting companies operate within a highly secure DoD data center. What might a public-private partnership for IT services look like, and how else can government organizations and hosting service providers cooperate to reach their respective goals?