Why Ditch Legacy Software & Upgrade To A Cloud-Based Application?
4 January 2023 10minutes read
Reading Time: 10minutes
In computing, the term legacy software is used to describe a technology or computer system that’s outdated and old but is still in use. You must be wondering why! Well, such software systems are utilized within many companies because they’re working just fine–so far. However, in general, they no longer receive support or maintenance and have limited potential to scale.
In fact, legacy software can prevent businesses from connecting to the latest cloud applications, new trading partners or other new software solutions. Basically, legacy software can leave your business in a rut.
With technology advancing at an unprecedented rate these days, legacy software that’s based on obsolete technology is often falling behind in the race. I have solid case studies to back this statement too!
Consequently, more and more organizations are now switching to the newer, more cost-effective alternative–cloud-based applications. In this article, I’ll explain why you should ditch your old-school legacy software and focus on cloud application development instead.
As a matter of fact, since the COVID-19 pandemic, the market for cloud computing has seen rapid growth in terms of adoption, development, and infrastructure. According to a Thales and Ponemon Institute study, 66% of businesses store sensitive information in the cloud. In fact, 90% of large businesses have already implemented a multi-cloud infrastructure.
Coming up are some of the reasons why you should consider joining their ranks!
Already thinking of migrating your tech infrastructure to the cloud? TheCodeWork’s tech team can help with the process!
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Although outdated, legacy software is still widely used in certain sectors. Especially in large organizations. Here are some industries where you’ll commonly find legacy software still being used:
The healthcare industry worldwide makes extensive use of legacy systems. Servers and infrastructure that were brought in ages ago are still in use. In most cases, this is because they are key to a hospital’s core operations or deemed too expensive to replace. However, such legacy systems come with their own host of problems.
Since they’re usually not updated anymore, they do not support the placement of anti-malware measures. Consequently, they become easy targets for cyber attacks.
In fact, the healthcare industry is victim to the largest number of cyberattacks each year. The recent AIIMS cyber attack, which resulted in data leaks of over 30 million patients and personnel, is just one in a long list of many. And one of the main reasons behind this is the widespread use of legacy software.
But the good news is, the healthcare industry is slowly waking up to these shortfalls of the legacy infrastructure. Lately, more and more hospitals are turning to the modern, serverless alternative–the cloud.
One of the most important motivating factors behind this is to facilitate the exchange of vast amounts of healthcare information between separate computer systems. In this context, an innovative technology deserves a mention here–the HL7® FHIR® (Fast Healthcare Interoperability Resources).
Basically, it is a standard that specifies how we can securely share healthcare data across various computer systems. First developed in 2012, FHIR is rooted in internet standards that are already widely practiced in other industries. FHIR aims to use familiar technologies to make healthcare information easily–and securely– available for the benefit of clinicians, patients, and administrators.
Legacy systems play a vital role in the entire banking architecture. So, any changes in a bank’s core sites and apps are likely to have an extensive impact across the bank’s operations and networks. This is probably one of the reasons why much of the banking sector still largely use legacy systems.
However, this will likely change soon. For one, legacy systems cannot keep up with the increasing expectations of the market. They also risk exposing banks to added liabilities, such as server breaches which can compromise customer data. Furthermore, the number of professionals with the know-how on how to operate these systems is rapidly decreasing. So the upkeep of such legacy systems is set to become more costly and difficult.
3. Government Organizations
Most government organizations still widely use legacy systems, with minor upgrades here and there. And this can get quite expensive in the long term. For example, maintaining legacy systems eats up millions of dollars in public funds each year in the U.S.
According to a recent Government Accountability Office report, it costs American taxpayers approximately $337 million per year to maintain and run just ten major federal IT legacy systems.
Between the years 2014 to 2019, almost 80% of the total IT spending went toward the running and maintenance of these legacy systems. That’s quite a staggering amount indeed!
4. Retail & Other Commercial Establishments
Somewhat surprisingly, legacy systems are still in place in many retail, web, and manufacturing businesses.
Source: net solutions
In retail, companies invest about 58% of their total IT budget on legacy system maintenance. However, more and more retailers and manufacturers are switching to cloud infrastructure with the evolving retail landscape.
Your legacy software may be a dead weight pulling you down! Here’s why…
If you have a legacy software stack that constitutes the core of your business, you may be in serious trouble. Wondering why? Well, that’s because legacy applications are:
Much like a car, applications become more costly to operate as they age. They require more money in terms of talent, maintenance costs, and licensing fees. Trust me, the maintenance costs can really rack up.
Are proprietary in nature
The majority of legacy software is built on proprietary and outmoded technologies. So, it is difficult to find developers who can keep up with the functionality.
Rely on outdated infrastructure
Most legacy apps rely on obsolete computer systems and databases. Needless to say, this makes the task of running the application just that much harder and time-consuming. And this could be costing you quite a few hours of productivity. After all, we all know that time is money!
Suffer due to inadequate documentation
Over time, legacy software will acquire various customizations to keep things running. However, there may be inadequate documentation about the changes. So if the original team leaves, there may be no one left who knows anything about its inner workings.
No longer viable
Many legacy apps are no longer sustainable since the cloud has revolutionized the conventional software model. Tell me, if everyone around you is using the cloud, wouldn’t it be smart for you to assess the benefits of migrating as well?
Want to ditch your old legacy software already? Reach out to TheCodeWork’s tech team to start developing your own cloud-based application!
And now that it’s clear how your legacy software may be costing you a lot in terms of time, money, and productivity, let’s explore the alternative– the cloud!
What is a Cloud Application?
A cloud application is a software product that stores all of its elements online. Consequently, it also derives its functionality from the same. In essence, it is a pooled, centralized server resource that is hosted in many geographies and delivered over a network like the Internet.
In other words, this means that you do not need to install a cloud-based app on your device. You also don’t have to make any changes to it. These apps operate on cloud platforms, which in turn are maintained by developers.
Your gadget is simply the client side. Just connect your device to the cloud and voila!— you are all set to run the app you are using!
Nowadays, you’ll find that cloud computing is pretty much everywhere.
Checking your emails? Yep, that’s cloud technology in action. Surfing social media posts? Streaming your favorite show? That’s right, all of these are now presented via cloud technology.
Talk to our team of experts at TheCodeWork and get to understand how cloud applications may be a better alternative for your business!
There are quite a few reasons behind the cloud’s booming popularity. Let’s look at some major benefits of adopting a cloud-based application, shall we?
Easy to maintain
Cloud software automatically receives and downloads updates with minimal downtime. So you no longer have to worry about your app being outdated.
You can access data from anywhere
Since your data is stored in the cloud instead of any specific device, clients can access the data from anywhere, on any device.
Cloud-based applications typically employ cutting-edge user verification and data encryption technologies. You can even tailor them as per your preferences. A major plus point, don’t you think?
Since you’re not installing anything, cloud-based apps usually only charge you for the storage space or services and resources you’re using. Furthermore, you might even get free space or services as part of the signing-up bonus.
Less risk of data loss
Since there are easy back-ups that can be set up across your application, you run very little risk of data loss. In fact, every major cloud hosting service has a server backup resource that can be easily pluggable and subscribed on-demand with your applications.
Different kinds of cloud-based applications
There are several kinds of cloud-based applications out there currently. Let me give you a brief insight into how each of them works:
Public cloud: It is a subscription model that is readily available to any and all clients who require similar services highly cost-effectiveAs the name suggests, it’s a shared hosted cloud.
Private cloud: It is a service that is entirely managed by a single enterprise and is not shared with anyone else. It’s usually thought to be more secure, but less flexible.
Hybrid cloud: Combines the best features of public and private cloud systems. They offer higher flexibility and scalability. You can shift your data storage to the cloud while processing it privately & implementing a hybrid cloud requires thorough technical knowledge (don’t worry, TheCodeWork has what you need!)
There are some other types of Cloud apps too, based on the kind of functions they perform:
Infrastructure as a Service (IaaS): Here, a cloud service provider runs the infrastructure on your behalf—the actual servers, data storage, and network–via the internet. E.g.: Amazon Web Services (AWS)
Platform as a Service (PaaS): Here, an outside service provider provides and manages the hardware as well as the application-software platform. However, you will manage the apps that run on top of the platform and the data on which the apps rely. E.g.: Google App Engine.
Software as a Service (SaaS): SaaS products are cloud-hosted ready-to-use apps that anyone can use by paying a periodic fee. You can access it across multiple platforms like a mobile device, browser, or even a desktop client. E.g.: Microsoft Teams, Slack
Now that we’re familiar with the various types of cloud-based apps in the market, it’s time we looked into the process of developing one!
A Step-by-step Guide to Developing Cloud-Based Applications
Developing a cloud application doesn’t have to be hard.
First, research the market and determine the needs of your target audience.
Then you must decide how you want your product to address those needs and demonstrate the viability of your concept.
Finally, ensure that your software product is simple, user-friendly, and reliable.
To simplify, you can break this entire process down into the following steps:
Step 1: Identifying the project
This step solely aims to help you and the development team to better understand the project’s scope and objectives. Think of it as the initial exploratory stage, where you have all the available options laid out before you.
This is also the phase where you need to figure out what it will take to develop your cloud solution. Before you start with the actual development, you should figure out what it will take to implement your cloud solution.
You should have a chat with your co-workers and employees to discuss the change in technology.
Step 2: Forming a Tech Development & DevOps team
The people responsible for creating your cloud solution should have a thorough knowledge of cloud infrastructure and its many aspects. They must be capable of designing, analyzing, developing, maintaining, and incorporating the new solution into your company’s IT systems.
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Discuss the best course of action for app development with your development team.
Once you’ve sorted all this out, your development team can move on to the actual development phase, where you’ll see your plan all coming together!
Cloud solutions are typically created using the Agile/Scrum approach. This allows for iterative development or build-review-revise development. This ensures that your cloud app is developed effectively in the shortest amount of time.
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The cloud offers an alternative to the conventional model of app hosting and management. Cloud application development is a method that allows developers to create and deploy software without having to worry about sizing, hardware, or other infrastructure requirements.
Anyone with an internet connection can create cloud-based applications. Deploying your application in the cloud is not only a cost-effective way to save money, but it also ensures that you have access to your data no matter where you are. How convenient is that!
Since it provides so much flexibility and freedom at a relatively much lower cost, the cloud is an excellent place for creating applications. There are no limitations on the size of your app, or the amount of information you can store.
If you need more space, you can just go ahead and buy it! You can also scale up or down, as and when you need to. Additionally, you don’t need to sign up for a long-term commitment when you migrate to the cloud; simply pay for what you use, when you use it.
And if you need any information regarding the cloud, or are thinking of developing a cloud-based application, don’t think twice about where to go!
TheCodeWork is here to answer all your questions, always!
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