Cloud vendors are not resistant to interruptions in cloud storage; they are just as vulnerable to them as anybody else.
and when these cloud outages happen, it may hurt their brand’s reputation in the industry.
In normal situations, each cloud vendor would designate specific personnel for the job of preventing the inevitable. However, despite their best efforts, there will inevitably be some outages.
In actuality, because of how unstable the internet may be, nobody is totally safe from this risk.
Fortunately, there are some straightforward ways to avoid Cloud Outages and Improve system performance and they’ll be discussed in this article.
Below are five ways to avoid cloud outages and improve systems and performance.
Five Ways to Avoid Cloud Outages
1. Constantly Test for Cloud Outages
Do not neglect regularly testing for failure; you won’t regret being excessively prepared for an emergency.
Cloud outages can be brought on by hostile outside attacks, internal threats, or even a straightforward system update. Because outages can typically be avoided, test and plan for everything.
Evaluating for failure can cover a wide range of topics, from determining whether a response plan is feasible to testing a storage migration procedure. Rapid action and response to an issue have a significant influence.
Due to its staged environment, the cloud is a fantastic area to test for errors. Companies can test production and examine how their systems will function in various scenarios by replicating their systems in a staged arrangement.
To instill trust in individuals who will be responsible for executing the plan, it’s also a smart option to vocally walk through the company’s recovery strategy.
2. Make Use Of a Multi-location or Multi-cloud Environment
Businesses that distribute workloads among various sites or cloud service providers increase stability and resilience and significantly lower the chance of an outage.
However, that’s only one advantage of switching to a “multi” IT environment. Additionally, this strategy offers more flexibility and equips businesses to quickly adjust to shifting customer demands.
Look for cloud service providers who distribute workloads across geographies and have data centers in diverse locations.
By spatially redistributing traffic to the area nearest to the end user, a multi-location strategy can improve performance.
Additionally, it can significantly lower the likelihood of unplanned cloud outages.
Your workloads will failover to another site in a secure manner if one data center is compromised by malware, human error, fire, or a natural disaster.
Additionally, multi-cloud can enhance connectivity between various IT environments.
Let’s say you need to connect a legacy on-premises system to a cloud platform so that data can flow both ways.
Instead of being compelled to select a single cloud platform that might not be compatible with that system, a multi-cloud firm can select the cloud service that best compliments that system.
You may want to believe that every cloud is completely open and compatible with every system, but that isn’t the reality.
3. Constantly Monitor traffic patterns
Internet traffic to websites and applications is crucial to your company’s operations. If you stop to consider it, the internet is actually becoming a larger version of your personal corporate network.
Therefore, it’s reasonable to keep an eye out for latency, security issues, and outages on the global internet.
Businesses can take action to alleviate problems once they are identified before they result in a loss of money.
Whenever people start complaining about the responsiveness of websites or app latency, run traceroutes to determine whether the problem is with internal systems or if the slowness is the result of something happening on the internet.
If there is an internet issue, the appropriate traffic steering solution and regional deployment can assist you in rerouting traffic, enhancing performance, and maintaining customer satisfaction.
Consulting Oracle’s Internet Intelligence Map is an additional action you may perform to keep an eye on the state of the worldwide internet.
It is a free tool made to inform consumers about how natural disasters, governmental internet blackouts, Internet Service Provider (ISP) deterioration, and fiber-optic cable cuts impact internet traffic globally.
4. Make Cloud Security A Priority
The web is big and teeming with great opportunities, but it also gives hackers access to backend servers and databases where they may steal data by taking advantage of web security flaws.
Many businesses now use the cloud to manage and implement their digital presence. Websites and internet-accessible apps may not be completely secure within corporate firewalls as a result of this.
Because of this, it makes sense to think about cloud-based web application security.
Your company can be protected against a variety of dangers such as harmful bots, DDoS attacks, API attacks, and viruses with the aid of web application firewalls (WAFs) and complementary cloud-based solutions,
Web and application servers, as well as your network, can be shielded from harmful internet traffic with the help of a cloud-based WAF and DDoS protection solution.
If your business routinely assesses the security of its web apps, it’ll always be able to stay ahead of hostile hackers.
Look for vendor-neutral systems that can readily scale with future business needs when purchasing cloud security solutions, independent of the infrastructure results.
5. Create An intelligent Network Edge
For clients to have a great experience while visiting your company’s website or using its cloud-based services, efficiency, performance, and safety are essential.
But human mistakes, cybersecurity attacks, and cloud failures can all cause traffic to your website to be delayed, or even worse, totally shut down.
By actively managing the tools and technologies that control and safeguard access to the internet- or cloud-facing assets, businesses may reduce these risks and enhance performance.
As a result, the need for a duplicate, intelligent, and secure network edge has never been greater.
The proper domain name service is the first step in creating an intelligent network edge (DNS). Achieving greater user experiences requires global DNS availability and performance.
However, a lot of companies still rely on a single DNS solution that is inflexible and lacking in size, resilience, and redundancy.
Businesses can enhance their IT environments’ dependability, performance, and security by incorporating cloud DNS services.
Additionally, a backup or additional DNS will improve DNS layer resilience. The duplicate DNS will continue to function if the primary DNS is slow or unavailable.
Additionally, the secondary DNS enables enterprises to provide users worldwide with more dependable and superior experiences.
Cloud shortages can be said to be inevitable, but it doesn’t mean that their occurrence cannot be controlled.
This article has shown five effective ways to avoid cloud outages and improve system performance, if you put these into practice, I’m certain your cloud will be less vulnerable to outages.
Frequently Asked Questions
What Are Outages In Cloud Computing?
A cloud outage is a period of time when customers can’t access a cloud provider’s services.
Clients are unable to access cloud-based resources while the vendor’s infrastructure is unavailable which is usually due to a bug, power outage, etc.
Why Might Downtime Be Reduced With a Cloud Computing Solution?
For a number of reasons, a cloud computing solution can lessen outages. It first offers multiplicity. One server can be replaced by another if it goes offline. Second, it offers replication and backup.
Can a Cloud Server Crash?
Cloud failures and crashes are happening more frequently.
Additionally, as more companies depend more on cloud computing, the risk of cloud outages and crashes will also continue to rise for those companies.
Cloud outages and catastrophes can happen to even the biggest cloud service companies.
What Are The Disadvantages Of Cloud Computing?
Along with any other IT system, the cloud is susceptible to technical issues like reboots, network disruptions, and downtime.
These occurrences have the potential to cripple business operations and procedures and cause financial harm.
You should make plans for business continuity and cloud outages.
How Often Is The Cloud Hacked?
Cloud servers are often attacked. 79% of businesses reported at least one cloud data breach in the previous 18 months; more worrisomely, 43% reported ten or more breaches during that time.
What is Easy Maintenance in cloud computing?
Easy maintenance refers to when servers are simple to manage, have very little downtime, or even never experience downtime. Every time, cloud computing improves itself gradually to produce an update.
What Happens If Cloud Storage Goes Out Of business?
Your servers are erased if the company that supplies you with infrastructure or cloud servers goes out of business. Additionally, your data may be lost.
What happens if a Data Center fails?
An entire data center activity can come to an abrupt end if there is a power outage. Power outages can cause equipment damage, lost data, corrupted files, and other problems for IT systems.
How are Cloud Services Maintained?
Web browsers or apps can be used to access computerized maintenance management systems (CMMS) that are cloud-based.
This implies that maintenance personnel can access pertinent data from any location
A web browser can be used to plan, schedule, monitor, and automate cloud services maintenance.
How Can Cloud Be Hacked?
More individuals will require access to the cloud’s resources as more tools and apps are hosted there, and it is simpler to do so by unlocking some security mechanisms like firewalls.
Attackers can simply pass through these open doors, endangering confidential corporate information.