Mobile device security is paramount in today’s IT landscape. There are plenty of ways to be sure your employees are accessing data safely away from the office, but there is one solution we recommend considering: combining mobile security efforts with virtualization technology.

Mobile device management and virtualization

Mobile device management (MDM) is about controlling how users on any device — from laptops to internet-connected printers — view, share, and store sensitive information.

For example, if you have a user who accesses data via a company-provided laptop, an office copier, and a personal smartphone, IT administrators can install an application on each device to enforce policies from a centralized console.

There are dozens of standalone MDM solutions that consolidate device administration, but by using one that integrates with your virtualization platform, you can standardize policies for any industry across a range of company-owned, line-of-business, and personal devices.

Users are constantly picking up and discarding devices. Solutions like VMware’s AirWatch and Citrix’s XenMobile mean you no longer need to manage security settings for each device; instead, you can configure one virtualized environment for one employee, and its settings will be applied regardless of which device it’s accessed from.

What are the benefits?

Beyond a centralized approach to device management and data access rights, virtualized MDM solutions allow you to enjoy a number of other benefits. For example, IT administrators can remotely lock or erase data on employee devices if the device has been lost or stolen.

You can also benefit from Single Sign-On security. This means your users need only one set of login credentials to access all their applications. Technically, each application will still use a different username and password, but your virtualized solution will securely store each of the credentials and automatically log in users whenever they sign in to your MDM platform.

Hardware and software are evolving so fast that it’s almost impossible to secure them without extensive IT training. With a little help from trained professionals, virtualization is one of the easiest and most cost-effective ways for business owners to simplify user settings and management.

It only makes sense that the next step would be unifying virtualized desktops, laptops, smartphones and other mobile devices under a single solution. Call us today to get started.

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Healthcare companies and the vast amount of valuable patient information they hold have become a major target of cyberattacks. Hospitals must combat this with a highly trained team of technicians equipped with the following technologies and security tools.

Strict access policies
To control access to protected health information (PHI), your IT department must introduce access restriction policies. For example, accountants should not have access to the same data as physicians. This guarantees that none of your employees are viewing off-limits records or increasing the chances of a breach.

Healthcare executives must also enforce policies that reprimand staff for accessing patient data without a valid business-related reason. This coupled with strict training for IT security best practices will significantly reduce the chances of a data breach.

Full-disk encryption
Full-disk encryption is an inexpensive and quick method to secure private information. It renders stolen data indecipherable to anyone without the matching decryption key.

Even though this recommendation is old news in the healthcare sector, the recent shift to greater mobility makes encryption a top priority more than ever, particularly because stolen or lost devices pose a massive security risk.

Let’s say a healthcare provider’s laptop got stolen. The thief could sell PHI for over $350 per record. By comparison, encrypted devices would never be subjected to such a scenario.

Resilient infrastructure
Your primary goal is to reduce potential entryways into your network. Since email and unsecured websites are the most common malware distribution systems, you need to set up proper safeguards, such as advanced firewalls, intrusion prevention systems, and email filtering software.

If malware does manage to infiltrate your network, you must stop it from spreading. This means you’ll need next-gen anti-malware software that can detect and quarantine any signs of a breach. If such systems fail, you’d also need a data backup and recovery plan so you can continue caring for your patients during a major incident.

Your patients trust you with their lives and their privacy. If the strategies in this article sound too technical for you, just give us a call and we’ll make sure these cybersecurity measures have your back.

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