As the virtues of cloud-based data backup and disaster recovery/business continuity become increasingly apparent, it’s important to remember that moving some or all of your backup and DR functionality to cloud services involves more than a quick signup.
Here are eight cloud disaster recovery best practices that can make the difference between success and failure:
It is that time of year again. The seasons are changing, the days are getting shorter and the end of the year is fast approaching. Customers are wrapping up projects, closing out budgets and starting to plan operations for the New Year. Procurement decisions have been made and the project cycle will continue into the winter.
If you’re turning to cloud services to handle your data backup and disaster recovery needs, you’re not alone.
According to one survey conducted a few months ago by TechTarget and Computer Weekly, the adoption of cloud services for DR and business continuity will jump from just under 18% of enterprises to more than 28% in a mere six months.
Last year, disasters in the United States caused more than $60 billion in damage . And the future promises plenty more of the same, says a recent report from Swiss reinsurer Munich Re — especially in North America, where weather-related loss events have quintupled in the last 30 years.
Now add in concerns about inadequate backup of the data on employees’ smartphones and tablets, wayward virtual machines, cyberattacks and other security incidents …
As the end of Windows XP support looms ever closer, I’m getting more questions about DaaS — desktops as a service.
And for good reason: With cloud-based desktops as a service , you can tick several boxes at once and save money in the process — as much as 20%-to-30% over five years when you move from a physical desktop infrastructure to DaaS.
Of course, since DaaS is a hosted service, you avoid the upfront CapEx of a homegrown virtual desktop infrastructure. But three other major benefits may be even more important to some organizations:
The way you do business is changing fast.
It’s not just that you’re replacing your face-to-face interactions with a range of digital modes like email, instant messaging, and videoconferencing —now you need to insist that those modes be available anytime, anywhere on devices that are familiar, mobile and allow us to access and communicate any and all of your data at will.
Problem: How to keep up — affordably
You need communications capabilities that can stay apace of all this, which the plain old telephone system (POTS) cannot. The alternative has been IP PBXs that replace bundles of physical wires with a session initiation protocol (SIP) service called trunking.
