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Illustration for Cloud computing Infrastructure as a Service connected to the world wide web

Have you considered connectivity when choosing an Infrastructure as a Service (IaaS) provider? What many don’t realize is that not all IaaS providers offer the same standard of connectivity, and it can make or break the success of your Cloud service.

In this blog, we explain why connectivity is essential for IaaS and what new developments to know about the future of connectivity.

Why Connectivity is Key to Infrastructure as a Service

With Infrastructure as a Service, a third-party provider delivers use of data center infrastructure to you via the Internet. Thus, poor quality network connectivity means that IaaS simply won’t function and you can expect:

  • Slow or halted operations
  • Increased downtime
  • Frustrated clients that depend on you for success
  • Lost revenue

If you want to find an IaaS provider with connectivity you can depend on, there are three main qualities to consider, all impacting IaaS for better or worse:

1. Speed. No one wants a slow connection, especially when it comes to Cloud hosting. To ensure your business’s productivity and revenue don’t take a hit, be sure that your provider offers lighting fast speed with a large amount of scalable bandwidth available. You may also want a provider that offers the option of dark and lit fiber-optic connections for faster speeds and lower latency.

2. Redundancy. If you want to minimize downtime and lost revenue for your business, redundancy is key. Your provider should be able to automatically and seamlessly route your packets to one of many other local and international carriers if a connection is lost to achieve 24/7/365 uptime.

3. Sourcing. Choose a carrier-neutral provider that handles both network services and IaaS. Not all providers handle both, especially many larger national providers who are unable to control and manage the breadth of service. Single-source providers are beneficial because they can diagnose and fix issues holistically and manage traffic to and from all carriers. Plus, they have direct relationships with the carriers that you’ll need in the long-term to make sure data is captured securely and error-free.

Reliable, high-performing Internet access is non-negotiable because IaaS depends on quality connectivity. Only choose a provider that can ensure your mission-critical business functions stay connected.

Network connection technology in the city with 5g internet networking sign

What to Know About the Future of Connectivity and IaaS

How are technologies changing connectivity? Megaport and 5G are playing a huge role in the future of Infrastructure as a Service.

Megaport as the Next Wave of Connectivity for the Cloud

Want a simple way to achieve fast, easy connectivity? Megaport is the next wave of connectivity for Cloud and may be the solution you’ve been looking for. It’s described as “the easiest way to connect to the services that power your business.”

Megaport can:

  • Speed up your setup and simplify the process of building and deploying connections to the services your business runs on
  • Enable quick and easy network creation instead of typical siloed and complex configuration tasks
  • Connect you to cloud services, managed services, and between data centers almost instantly
  • Move your workloads in real time
  • Reach the cloud from wherever you are and transport your data between global locations easily
  • Scale your bandwidth up and down at any time, matching your connection speed with your workloads

5G as the Enabler of the Future

As described by TechRadar, “5G networks are the next generation of mobile internet connectivity, offering faster speeds and more reliable connections on smartphones and other devices than ever before.”

By 2020, 5G networks are expected to launch across the world, not to replace 4G and 3G networks, but work alongside them—at least at first. 5G is expected to contribute to the development of advanced technologies and encourage the growth of Internet of Things (IoT) with the improved connectivity it offers.

Network of physical devices with network connectivity as global network and IoT (Internet of Things) concept

Want an IaaS Provider with Connectivity You Can Count On?

Excellent connectivity is a non-negotiable for Infrastructure as a Service in cloud computing, making it equally important to choose a provider that can offer the speed, redundancy, and single-source service you can trust for peace of mind. At LightBound, we offer both network and IaaS, plus top-notch service delivery and support for the best in connectivity.

Want to learn more about the connectivity needed for IaaS success? Contact LightBound today! We’d love to answer any questions you have.

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Design of a cloud with digital features to illustrate cloud computing technology, data storage, or data transfer to the cloud

Disaster Recovery as a Service (DRaaS) is a champion among disaster recovery solutions for protecting your business’s data and applications. But how exactly does this service work? With terms like RPO, hypervisor, and more, it’s easy to get lost in the technical details or even sidetracked by myths about DRaaS.

In this blog, we share what LightBound’s DRaaS is, the technology behind it, and a basic breakdown of what DRaaS looks like in action. This will help you gain a clear understanding of how this business continuity and disaster recovery (BC/DR) service keeps your data safe.

What is DRaaS?

Every second it takes for your business to recover from data loss or downtime matters to your bottom line. That’s why it’s key to be able to achieve a quick and easy recovery from a crisis, which is exactly what Disaster Recovery as a Service is designed to do.

With DRaaS, a third-party provider like LightBound hosts and continually replicates your servers. This allows your business to failover in a disaster scenario so you can continue normal business operations until your on-premises environment is restored to normal.

DRaaS protects both your data and infrastructure. Any time there are file changes, DRaaS automatically replicates those changes to a different location geographically—that of your provider.

All in all, DRaaS means that any time you experience downtime, it won’t be for long. With basic backup procedures, downtime can last hours or even days, but DRaaS reduces downtime to mere minutes:

  • RTO (Recovery Time Objective) is the time in the future your business will be up again, which is measured in only minutes with DRaaS
  • RPO (Recovery Point Objective) is the point in time you recover to in the past, which is measured in only seconds with DRaaS
Orange and blue document icon symbolizing a Copy, Duplicate, or Replication

How Does the Replication Technology Behind DRaaS Work?

From a more technical standpoint, LightBound’s Disaster Recovery as a Service is what’s known as a hypervisor-based replication solution. With hypervisor-based replication, each time a virtual machine (VM) writes to its virtual disk, the written command is automatically and continuously captured, cloned, and sent to the recovery site with no impact on application performance.

Regardless of underlying infrastructure at a virtual level for both storage and server locations, enterprise applications are recovered with consistency through hypervisor-based replication. The replication technology consists of:

  • A virtual manager that manages disaster recovery, business continuity, and offsite backup functionality at the site level
  • A virtual replication appliance that replicates the VMs and associated virtual disks and copies I/O (input/output) as it is created before it leaves the hypervisor

Other physically-bound disaster recovery solutions, including array-based replication and appliance-based replication, work in the virtual environment, but they aren’t optimized for it. This prevents the full benefits and capabilities of virtualization from being received.

Hypervisor-based replication bridges this gap in the data protection strategy because it is perfectly optimized for virtual environments, offering major benefits without the drawbacks of other solutions.

Benefits of hypervisor-based replication include:

  • The virtual manager, installed directly inside the virtual infrastructure, is able to tap into a virtual machine’s IO stream, making it more efficient, accurate, and responsive than prior methods
  • Continuous replication with zero impact on application performance
  • There are no guest-host requirements or additional hardware footprint
  • You can quickly move virtual machines around from one physical server or array logical unit (data store) to another
  • It’s fully hardware-agnostic to storage source and destination, able to replicate to anything from anything
  • Achieves RPO in seconds and RTO in minutes
The word "recovery" written on a notepad for disaster recovery as a service (DRaaS)

How Does Disaster Recovery as a Service Work?

1. Getting started with LightBound’s DRaaS.

Choosing your provider is a crucial first step and can make or break your DRaaS experience. Once you’ve found the right provider, it’s time to get set up.

With LightBound as your provider, we will work personally with you to create a custom plan for your company. Deployment is extremely fast, only taking a fraction of the time needed for traditional disaster recovery setups. The failover is fully configured to simplify your recovery process to only a few clicks.

Once deployed, your servers will be continuously replicated over LightBound’s private fiber optics. With LightBound you can expect:

  • Testing 2x annually to ensure a fast and efficient recovery
  • Your data is stored in an SSAE 16 SOC 2 Certified data center
  • 24/7/365  monitoring by skilled support staff
  • Guaranteed resource pool reservation

2. Disaster strikes your business.

You never know when disaster will strike your business, but when it does, you’ll want to be ready. Whether an employee accidentally formats a company hard drive or a major hurricane strikes your office building, disaster can take on many forms, big and small. Thankfully, choosing DRaaS means that no matter the cause of the disaster, you are ready.

3. Automated switch to failover operations.

Even after a disaster has struck your business, your applications are still being served through the cloud with minimal or no data loss thanks to the seconds-long RPO DRaaS is able to provide.

DRaaS fails over processing to the cloud so your organization can continue to operate during a disaster. The failover notice can be automated or manual. In a high-pressure scenario, your IT can count on DRaaS to provide automated and orchestrated processes that can be executed in just a few clicks.

For manual initiation of failover, the process is simple:

  1. Click “failover” in your management console
  2. Select the applications that need recovery
  3. Choose the point in time to which your apps need to be restored (to the point when they were not corrupted)
  4. Start the failover process

4. Automated failback.

The DRaaS operation remains in effect until your IT team can repair the on-premises environment and issue a failback order. Many businesses without DRaaS avoid failover because failback can be a huge ordeal, but LightBound’s DRaaS makes failback easy. After your environment is back up and running, it is only a few clicks to failback.

Ready to Get Started with DRaaS?

DRaaS makes recovering from disaster affordable, achievable, and fast. If you’re interested in learning more about Disaster Recovery as a Service or its benefits, contact LightBound today. Our experts will help answer any questions you might have about cloud data recovery and more.


Businessman escaping the disaster of his hot air balloon catching fire by clinging to a red balloon and flying up into air as a disaster recovery concept

From increased uptime and data security to peace of mind, the reasons to seek out a Disaster Recovery as a Service (DRaaS) provider are numerous. But unfortunately, there’s a catch: in order for your DRaaS services to be a success, you’ll want to make sure you choose the right provider. By carefully vetting potential providers for cloud data recovery, you can save yourself from headaches and know you have a solution you can count on.

Every provider is different, so how do you choose the right one? In this blog, we share eight attributes to look for in a DRaaS provider.

What is Disaster Recovery as a Service (DRaaS)?

Disaster Recovery as a Service (DRaaS) is a service provided by a third-party provider that hosts and continually replicates your servers to a different location geographically in order to enable failover in the event of a natural or man-made catastrophe.

DRaaS ensures excellent business continuity and disaster recovery (BC/DR) for your business. No matter if you are facing a hurricane, cyber attack, or human error as a threat to your business, DRaaS enables you to get back up and running with lightning speed and minimal downtime.

Hand of a businessman chooses a wood block cube with a smiley face on it instead of a block with a neutral face and one with a frowning face

How Do You Choose the Right DRaaS Provider?

To help you find an excellent provider, we’ve created a checklist of eight attributes to look for in each potential provider.

1. Their DRaaS solution allows you to recover with lightning speed. Check your provider’s Service Level Agreement (SLA) to make sure their Recovery Point Objective (RPO) is measured in seconds and Recovery Time Objective (RTO)  in minutes to minimize downtime.

2. Their solution is customizable. Your provider should be experienced and work with many different recovery environments, able to customize a plan for you and your company.

3. They keep your DR plan up-to-date so it’s perfectly executable when disaster strikes. Ideally, your provider will auto-incorporate all the latest changes to your environment so you don’t have to worry about a thing, ensuring your plan includes all the latest changes so it can go off without a hitch.

4. They have top-notch security. Your provider should be protecting your data in four primary ways: with the most secure technology in the industry, a secure environment, geographic diversity, and SOC 2 certification.

5. They are trustworthy and invested. Your feelings about your provider matter, as well as that they maintain complete compliance with industry standards set by HIPAA, PCI, SOX, and FISC. Their team should be made up of experts in disaster recovery with no shortage of experience carrying it out.

6. They’re always-on and always-available to assist you. A provider you can count on will handle monitoring your data and environment 24/7 by skilled NOC (Network Operations Center) support staff so problems do not go unnoticed and can be resolved quickly. This high visibility is essential.

7. Their DR plan is comprehensive and tested regularly. A provider that tests DR plans at least twice a year is key to preventing DRaaS failure.

8. Their customer support is excellent and ready to help. No one wants to be in a situation where you can’t get in touch with your provider. Choose a provider you know you can reach easily and communicate with stress-free.

The words "Disaster Recovery" next to a cloud-shaped icon for Disaster Recovery as a Service (DRaaS) with a server room as the background

Picking Your Provider

Don’t settle for a provider that isn’t characterized by these key traits or you might end up with a frustrating customer experience—or worse, failed disaster recovery at a time when it matters most. By choosing the right provider, it will make your DR strategy easy to manage, maintain, and achieve success.

All eight of these attributes to look for in a DRaaS provider describe LightBound. Our speedy recovery time, exemplary customer service, and top-notch security ensure you will enjoy excellent uptime and a stress-free experience. We seek to be a true partner to your business, providing a Disaster Recovery as a Service (DRaaS) solution you can count on.

Want to learn more about choosing LightBound as your DRaaS provider? Contact us today and we’ll answer any questions you might have about disaster recovery solutions.

CONTACT US