The most common concern around the cloud is data security. Companies need to be continuously aware of how and where their data is stored in the cloud, all while ensuring they’re compliant with any regulations which apply to them.
Enterprises are struggling to understand the data security and compliance impact of organizational, departmental, and especially rogue or “shadow” adoption of cloud applications. This is where a Cloud Access Security Broker (CASB) comes into play.
Most enterprises rely on VMware to run applications in their vSphere-based private clouds. Many of these same customers also run applications on Amazon Web Services (AWS). Increasingly, customers have asked both companies to make it easier to run their existing on-premises environments alongside AWS, using the VMware software and tools they’ve come to rely on.
With the recent announcement of VMware Cloud on AWS, the strategic alliance between VMware and AWS formed in response to this obvious demand is beginning to bear fruit.
Currently in Technology Preview, VMware Cloud on AWS is a vSphere-based cloud service that will bring VMware’s enterprise-class Software-Defined Data Center (SDDC) software to the AWS cloud. VMware Cloud on AWS will give customers the full SDDC experience from the leader in the private cloud, running on the world’s most popular, trusted, and robust public cloud. Zones will begin offering VMware Cloud on AWS in mid-2017, with pricing available closer to the general availability date. Continue reading →
Hyper-converged appliances simplify the design, deployment and management of complex infrastructures, easing pressure on IT staff and leadership. With components designed and built from the ground up to function as a pre-validated system, hyper-converged appliances eliminate the risk of incompatibility you run when rolling out a converged infrastructure.
Hyper-convergence delivers three key benefits:
Faster Deployment – You’re acquiring a single appliance from a single vendor. That means no finger-pointing among component manufacturers when you need support.
Simplified Management – A hyper-converged system provides true single-pane-of-glass management for the entire system.
Rapid Scalability – When you need to scale, you simply deploy additional building blocks.
An excellent example of state-of-the-art hyper-converged appliances is Cisco’s HyperFlex System. These appliances evolved to bring new levels of efficiency and adaptability to the data center, allowing IT to deploy in less than an hour, create clones in seconds, and save on data storage day after day, year after year.
Unified communications improves connections with your customers, prospects, and workforce
A comprehensive UC solution helps you enhance customer experience and team collaboration while reducing travel costs, speeding product development cycles, and simplifying IT administration activities.
For more than a decade, unified communications (UC) and voice over internet protocol (VoIP) have been seen as ways businesses can reduce telecom and infrastructure costs by merging voice and data into a single network.
Today’s on-premises and cloud-based UC platforms take savings and efficiency to a higher level, going beyond voice, email, web chat, and instant messaging to include multimedia collaboration capabilities as well.
Navigating the move from per-processor to per-core licensing
With the arrival of Windows Server 2016, customers can soon be running a cloud optimized operating system that supports current workloads, and offers new technologies to simplify the transition to cloud computing.
In addition to the many networking, compute and storage advances included in Windows Server 2016, Microsoft is also transitioning from per-processor to per-core licensing.
Moving Windows Server and Microsoft System Center 2016 to per-core licensing aligns the servers to a common and consistent licensing denomination that is already a standard measure for capacity across environments: cores. This also brings Windows Server into alignment with the per-core licensing model that applies to Microsoft’s SQL Server 2016 and Azure products.
On October 21, we announced our acquisition of nfrastructure Technologies, a provider of core-to-edge technical and managed services.
By acquiring nfrastructure, we’re extending our robust solutions and services capabilities. As a wholly-owned subsidiary of Zones, nfrastructure will expand globally and nationally, significantly enhancing its product fulfillment and technical capabilities.
“Acquiring nfrastructure accelerates Zones’ evolution as a services-led solutions provider with deep customer relationships and global capabilities,” said Firoz Lalji, chairman, president and CEO of Zones. “We welcome nfrastructure’s talented team to our organization. With similar cultures squarely focused on delivering a positive customer experience, we’re well-aligned to seize growth in the market.”
Planning for an efficient, effective mobile infrastructure
Today – whether by accident or design – virtually every business relies on mobile technology to get through the workday.
From a small business owner’s smartphone, to a retail associate’s line-busting mobile point-of-sale device, to a web-enabled delivery truck, mobile technology is changing how and where work gets done. But making sure all of those devices deliver the expected return on investment is no accident. It takes sound planning and design, backed by coordinated implementation and management, to do business mobility right.
The Zones mobility practice is committed to helping customers take business mobility from ad hoc to advanced. It begins with solution architects, systems engineers and product specialists assessing an organization’s business needs and existing mobile infrastructure.
Often – and sometimes at surprisingly large organizations – the team will find that the mobile “strategy” in place is a loosely assembled bring-your-own-device (BYOD) scenario, with the organization perhaps picking up the carrier bill for employees. While such a system may keep people connected, it’s probably costing more than it should, and it does little to keep their devices – or the organization – protected.
Virtualize the infrastructure to transform your business
Until about the year 2000, each server in a data center ran a single application. While this approach ensured application performance, as processing capability increased, it often left a lot of a server’s processing power sitting idle much of the time. This one application per server approach also uses up a lot of real estate in the data center, not to mention the attendant power and cooling costs.
Taking advantage of available excess capacity, software engineers adapted a concept from the world of supercomputers that provides a layer of abstraction between the hardware and the applications running on it. This allows for a single physical server to be divided into multiple “virtual” servers or virtual machines. This virtualization allows administrators to run multiple applications on a single physical server, recapturing underutilized processing capacity and reducing the data center footprint. It also allowed multiple virtual servers across multiple physical servers to be viewed, managed, and utilized as pooled resources.
Data breaches are on the rise. According to a recent Ponemon Group/IBM study, the average cost of a data breach was nearly $3.79 million in 2015, and that amount is predicted to increase exponentially in the foreseeable future.
In the past year, we witnessed major commercial and government organizations receiving alarming cybersecurity breaches and attacks. Well-known organizations such as Home Depot, T-Mobile/ Experian, Ashley Madison, Sony Pictures, Anthem, Premera Blue Cross, the Democratic National Committee, and the Federal Government’s Office of Personnel Management experienced cybersecurity issues. Even the IRS wasn’t safe from attack. Despite the fact that these organizations had specialized degrees of preparedness and cyber protection in place, they still fell victim. Continue reading →
For more than a decade, unified communications (UC) technologies from industry leaders like Cisco and Avaya have been helping businesses collaborate remotely while reducing telecom and infrastructure costs by merging voice and data into a single network.
Today’s on-premises and cloud-based UC platforms take savings and efficiency to a higher level, going beyond voice, email, web chat and instant messaging to include multimedia collaboration capabilities as well. Best of all, the cost of endpoint technology is coming down, enabling small and medium size businesses to deploy sophisticated UC systems more affordably than ever. Continue reading →