Tired of reading something you already know? Namely that your data and systems are vulnerable to outside attack? Totally get that. We’re going to talk about why you need disaster recovery systems in a moment, but first let’s consider there are five other key reasons why your network might crash:
Power Failures
It may be hard to believe, but power failures were the number one cause of data centre and organisational network failures last year.
As we said in our April 8th blog post, you can minimize your risk by having backup generators, Uninterruptible Power Supplies (UPS), multiple servers and other off-site redundant systems. A UPS will help keep networks, equipment, point-of-sale terminals, laptops and other critical tools running in a power failure, helping to prevent data loss and apparatus damage, until your generator kicks in… or at least until you are able to shut down everything safely, if you don’t have a backup generator. Sometimes, that buffer can be the difference between being able to get up and running again quickly, or not.
Mother Nature
is becoming increasingly unpredictable and powerful. In 2020, record numbers of floods, hurricanes and wildfires caused over $210 billion in damage, according to a major insurance firm. These natural disasters were also responsible for a 15% increase in system failures. Regular fires – though business owners would call these anything other than “regular” – added a couple of percentage points, too.
Scary stat: According to FEMA (The Federal Emergency Management Agency in the US), “nearly 40% of small businesses fail to reopen after being hit by a natural disaster.”
Software Problems.
In previous posts, we’ve talked about software upgrades and poorly patched programs creating gaps – backdoors, if you will – for cybercriminals to get in and wreak havoc. Even without malware and ransomware getting past your firewalls, system “enhancements” can still cause network and endpoints to malfunction. Indeed, they are a leading cause of system crashes and/or data being lost.
Hardware Failure
Thanks to the software updates mentioned above, improved hardware quality and climate-controlled environments, servers, routers, switches and other essential items last longer now than they did five years ago. Nevertheless, like everything, hardware is susceptible to wear and tear, accidental damage and aging. Eventually, most hardware will either become obsolete or fail.
At least 10% of major system crashes were the result of hardware problems in 2020. In many instances, companies try to save money by making equipment last a little longer, only to pay thousands upon thousands in recovery-related fees. This really is a case of being penny wise and pound foolish.
Again, it makes sense to have “spares” of critical hardware in inventory. Many factories do this with key assembly-line components, hospitals do so with monitoring equipment… even new moms make sure they have an extra soother on hand, just in case.
Human Error
Although there has been an increase in internal security breaches and “sabotage” since the pandemic began, the vast majority of problems come from lack of training or simple mistakes. Simple in that a small coding “typo” can fell a system; not so simple in terms of the aftermath.
A widely told story is one of AWS (Amazon Web Services)’s recent crash. An incorrect command, a small typo if you will, took servers off-line globally for hours. In that case, it really was an IT disaster.
What about “simple” data loss?
Over 75% of North American businesses have experienced some degree of data loss through breaches, deletion (unintentional or malicious), disk or system failure, viruses, fire or natural disaster.
Why Disaster Recovery is Essential
and DRaaS is an Excellent Option
Just about every IT article today talks about cloud usage, and the need for cyber security and data protection. Every other article talks about businesses trying to figure out how to return to “near normal”. And ‘hybrid’ seems to be the buzzword they all have in common.
But there’s no going back when it comes to data backup and disaster recovery, no hybrid option that is truly effective.
As organisations replace legacy systems – with many having been forced into upgrading solutions and introducing highly-distributed networks ahead of schedule – to support their newly-remote workforce and stakeholder networks, backup and disaster recovery approaches also need to be catapulted forward, to respond to today’s “new normal”. Sorry; I couldn’t resist.
Organisations capture, use, retain and protect exponentially more data today than was the case even five years ago. With increasing adoption of Ai and IoT devices, data management requirements will continue to escalate.
At the same time, we’re seeing converged architectures starting to replace multi-tier architectures, greater migration to the cloud and increasing adoption of diverse applications.
Legacy backup systems can no longer guarantee that you’ll be up and running again quickly, if disaster strikes – especially if your infrastructure has changed since the system was first introduced.
Virtualization, the traditional tape backups of data and software solutions, is no longer enough. That can not guarantee you’ll be able to get up and going quickly, as everything would need to be reinstalled, reconfigured and verified before your operation could resume.
Today, instead, you need snapshots, live migrations and full replication. As the name suggests, this will give you an identical replica of all data, applications and infrastructure architecture at an off-site location. Snapshots protect data and make quick restores possible when a small event occurs. With replication, multi-cloud backup solutions automatically track and back up everything. Should you suffer a full network crash, your business can be up and running in moments. No data lost. No time lost. No harm to company reputation or bottom line.
For this reason, IT professionals are increasingly looking to third-party experts for assistance and engaging BaaS (Backup as a Service) and Disaster Recovery as a Service (DRaaS) providers.
Why third parties?
• The biggest one: Knowing there’s a team of experts ready to step in when the system goes down. They will have dealt with such calamities on many, many occasions and will know exactly what to do. Hopefully, you’ll only go through this once, if at all. You don’t want to be figuring things out for the first time when everyone in the company is breathing down your neck.
According to Disaster Recovery (DR) experts, even companies that routinely practice restoring their systems – and a surprisingly low percentage of firms do so – flounder when disaster actually strikes.
• Having DR experts to work with your IT and Senior management team, and review your Disaster Recovery protocols and procedures, or to help you develop your disaster recovery strategy and plan. They can help you prioritize which applications should be restored first, based on your business needs and goals.
• Lower costs – the ability to have state-of-the-art technology working for you, without having to continuously invest in the latest and greatest software solutions. There’s also the cost of data storage to consider.
• Reduced overhead counts – ensuring backup and recovery systems are working at 100% requires 7/24/365 care from a seasoned specialist. Most organisations can’t afford to have three such experts on staff.
• Having a dedicated off-site repository, without the cost or complexity of managing a second infrastructure.
• Greater flexibility and scalability.
• Lower probability of failed data backup. Over 20% of companies that manage their own backup are unable to restore all data when disaster strikes, because of errors that can occur in the backup process.
Why is this figure so high? There are many different ways back up data (full, incremental, differential, mirror, local, cloud, remote, FTP, etc.), yet less than 50% of firms use more than one approach.
When creating your Disaster Response Plan, and making decisions about how to approach back-up, recovery and restore, you need to consider two key things:
1. RPO (Recovery Point Objective). You need to determine how much data you are prepared to lose, both collected and lost data capture from system downtime.
2. RTO (Recovery Time Objective). This talks about the amount of time you are willing to have an application be down, taking into account the impact on other systems, the business overall, client needs and expectations, the brand’s reputation and, ultimately, your bottom line.
As North American business needs continue to evolve, and the backup and disaster recovery industry keeps pace, IT professionals often need advice in terms of the best way to proceed. We would be happy to act as a sounding board – no strings attached.
We would to hear from you. Please feel free to contact us at [email protected] or (416) 429-0796 or 1.877.238.9944 (Toll Free).
P.S. One of our partners, Veeam, is a leading player in the Backup and Disaster Recovery industry. To read the latest about how Veeam provides backup for Microsoft Office 365, please click here.
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