The application modernization services market is projected to grow from $11.4 billion in 2020 to $24.8 billion by 2025.
Many companies are pursuing application modernization strategies to replace legacy software with innovative computing approaches such as new languages, frameworks, and infrastructure platforms.
Organizations are eager to experiment and adopt new advanced strategies, be it containerization, virtualization, low-code or no-code software development – the challenge is to transform their operations and get the most out of digital technologies such as artificial intelligence and big data.
However, as companies strive to implement an application modernization strategy, most fail to realize that a storage architecture plan is a critical part of transitioning their legacy IT environments. As businesses move to modern applications and architectures, incorporating a bulletproof data backup and recovery strategy becomes imperative.
After all, if a company loses critical data at any stage of the development or transition process, the modernization strategy will not be successful and could potentially jeopardize its investment.
Without a good plan, investments can be wasted
The reality is that without a good data storage and recovery strategy, businesses can completely lose their investment. Many large organizations embarking on application modernization wonder if they are fully covered.
Enterprises are increasingly realizing that it’s not just about optimizing their application development and deployment, but also having robust security controls and data recovery plans in place to ensure a smooth transition.
Research firm IDC has just released a new report outlining the challenges organizations face in deploying modernization strategies such as containerized applications, as well as the expected and realized benefits of their efforts.
The time, effort, and investment required to transition to new technologies don’t always pay off.
Many companies that have adopted the upgrade roll back some of these changes and return their data because they did not fully anticipate the consequences and problems.
In fact, the time, effort and investment required to migrate to these new technology packages do not always pay off, and some organizations have to revert to their original architecture and traditional deployment methods.
Data storage is an important element of modernization
It has become clear that some application modernization technologies, such as containerization, often fail to maintain data. why? Well, for one thing, a container architecture like Kubernetes is exceptionally fluid and dynamic. Depending on the developers’ goals and specifications, these containers are quickly spun up and just as quickly destroyed.
This means that containers are temporary, with a relatively short lifespan. Meanwhile, storage is by definition permanent. Data storage cannot live by the same rules as containers, namely constant creation and destruction.
Data protection will become increasingly important as more businesses begin to modernize. Many organizations are already finding that unexpected things can happen to their data during migrations and deployments.
And as companies turn to more modern technologies and methods, they will generate more and more data that needs to be backed up and stored.
For these reasons, data backup is becoming an increasingly mainstream concern as business leaders realize that their data needs need to be better managed and protected. That’s why properly backing up your data is so important – and it’s only going to become more important in the years to come.
A backup architecture must be created before upgrading
When it comes to modernizing applications, there is also the question of visibility and information about where the data resides. Where is it physically stored? How is it structured? Who has access to it?
So, on the one hand, you have these new, modern ways of working with data. But on the other hand, threats to data in the form of malware, ransomware and other cyber threats are on the rise.
Organizations embarking on application modernization must be prepared for things to go wrong. This is why it is critical to have a backup and secondary immutable storage architecture in place during this transition. A proactive, multi-layered approach to data protection and cybersecurity prevents and protects data from ransomware and other cyber attacks.
For example, immutable storage – on-premises or in the cloud – protects data, while advanced machine learning and behavioral analysis detect known and unknown malware to neutralize previously unseen threats and bootloader attacks.
The fact is that even if companies strictly follow all best practices, a successful ransomware attack is always possible. Proactive disaster recovery planning is critical to a ransomware protection strategy. That way, if something goes wrong, you’ll have the ability to go back to “normal”.
The bottom line is that fear of a ransomware attack shouldn’t stop you from upgrading your applications – that should be the goal. In this way, businesses can remain customer-focused and provide high-quality service.
However, proper anti-ransomware protection must be enabled. This is not a one-size-fits-all approach, but requires a comprehensive, holistic strategy that includes cybersecurity, persistent storage and backup, orchestrated disaster recovery, and actionable plans.