2020 is definitely a very challenging year. IT timelines are accelerating; the global pandemic brought in more online communication, and digital transformations lagged for years have shortened down to months and even days. A lot of departments are facing a nationwide developer shortage, turning to low-code tools to keep up with the pace, acknowledging the fact that people are growing interest in low-code and no-code tools. Gartner has estimated that by 2024, low-code will cover at least 65% of app development. Currently, low-code is at the heart of the digital transformation that is essential for humans.
Considering the developments, there is also a huge shift to working from home, which, according to a recent Gartner survey, will stay. The survey shows that 74% of CFOs plan to continue working remotely. This, in turn, results in the way to even greater adoption of cloud-based applications and software to ensure businesses stay connected, collaborative, and productive. Processes that are digitally driven can increase the working of different businesses and agility and increase the competitive advantage. Many organizations are trying to focus on tools and methodologies that help them optimize different processes by accelerated internal app development efforts. The main goal is to be able to create, test, and deploy the volume (and variety) of apps required to increase performance and create more opportunities
DevOps is a combination of cultural philosophies, practices, and tools that increases a company’s ability to deliver apps and services. Evolving and improvising products rapidly than organizations using traditional software development. This speed enables companies to better serve their customers and compete more effectively in the market.
Digital transformation has been brewing for years. But now, greater forces are driving immediate change, and now, we’re all in on automation.
The importance is now given to optimize and refine digital processes. Making use of low-code, organisations are taking processes that are very manual, error-prone, simplistic or repetitive, and creating an automation process to ensure standardisation
No-code solutions provide citizen developers, such as business users, to make or edit applications without having to know programming languages. For their part, low-code apps are enterprise-grade systems created by professional developers that provide drag-and-drop options and require a little or no hand-coding.
Of course, low-code platforms are no golden bullet and present a trade-off.
Benefits of No-code/low-code platforms
The major advantage of no-code/low-code apps is that they don’t need expensive IT professionals and systems integrators to get them to connect to each other. Instead, these platforms are made in a way to plug seamlessly into an integration platform as a service (iPaaS), a suite of cloud services that join different apps, systems, and technologies within the cloud. As a result, no-code/low-code platforms can very easily communicate and share data, even when they don’t speak the same language.
Going low-code or no-code alleviates the heavy writing of codes from scratch, which helps the developers build apps faster. This can also be very helpful as the backlog of app development at many organisations as they continue to grow rapidly, low-code and no-code can scale and accelerate deployment for example — If you give one developer the power to do the work of five developers, it opens doors for more innovation and creativity. This has two other significant advantages: high efficiency and diminished expense as it builds more applications in less time. Going forward, I think Organisations should demand cloud supported tools and systems that can give a no-code/low-code component. After all, systems that do not seamlessly integrate with each other pose a clear problem in order to achieve success.
What issues can low- code solve in the growing economy?
- Meal Delivery
Sun Basket uses low code to scale omnichannel support quickly
What does digital transformation mean to the world today? It used to refer to new and different ways of meeting or communicating online. Now, digital transformation is about providing omnichannel support for customers: phone-in, email, chat, social message, and more. Since the lock down began, Sun Basket, a meal delivery platform, has experienced a huge increase in demand. To respond to the surge in customer support, Sun Basket utilized a low-code platform to build a chatbot system to allow users to track or change their orders using natural language. By investing in low-code, Sun Basket has increased the number of customer support requests handled simultaneously by 50%. This “ability to pivot to the surge in demand” is what gives these platforms an edge in comparison to others.
2. UC Berkeley embraces low-code to encourage quick COVID-19 testing
To help networks in the battle against COVID–19, scientists at UC Berkeley’s Innovative Genomics Institute as of late quickly changed a CRISPR study lab into spring up COVID testing office with the assistance of low-code tooling.
The lab developed an online interface for far off finding and mechanized patient test planning. The framework is expected to index tests by scanner tag, synchronize the progression of data among analysts and specialists, and naturally convey test results to patients — all while utilizing administrative consistent code
This is one zone where low-code sparkles: The analysts could rapidly use pre-constructed segments with the correct information security measures to get operational in three weeks.”HIPPA consistency and security are underlying points of interest.” IGI is a moving model for how science and innovation can join in the midst of a worldwide emergency.
Low-code helps fabricate corporate social separating applications
Numerous organizations are thinking about their post-pandemic re-visitation of the work environment. Reason fabricated low-code applications could be used to keep a log of fever checks and empower restricted introduction joint effort.
Work.com, for instance, offers worker wellbeing following, contract-following, and work environment arranging applications to diminish chance and uphold social removing rules. For example, lift use could be upgraded to abstain from swarming a restricted space.
Corona virus has constrained numerous schools on the web. A few, similar to Case Western, are getting imaginative with increased reality HoloLens. Different schools are actualizing things, for example, budgetary guide chatbots or refreshing their old ERP frameworks.
Low-code could help these separation learning activities or supplement the EdTech stages as of now being used. More than 100 colleges overall, as of now utilize low-code stages inside their online instruction educational program.
Here are a few use cases on how both low-code app development platforms and traditional application development could go hand-in-hand.
- Broaden the app development space to citizen users: As mentioned earlier , low-code platforms allow a wider pool of citizen users to work on and improvise the speed at which apps can be built. Instead of the traditional development team being single handedly responsible for a growing number of app based requests, business users are now contributing to digital transformation efforts by creating and modifying their own processes, without writing complex code.This makes the process of development more accessible for citizen users . As a result, businesses can free their developers from routine coding work and utilise these highly skilled individuals to more strategic core business processes.
- Facilitate faster application building: In addition to making applications more available and less complex, the low-code platform also speeds up the development and deployment process. With this approach, companies can reduce development timelines from weeks or months to days.
- Streamline consistent application deployment: Low-code environments can integrate into toolchains (or a set of programming tools) that can automate the deployment process of applications across different business environments. This allows apps created by non-developers to be deployed in the same way as traditional developer-based apps. This gives a lower cost of ownership because it allows a low-code platform to more easily integrate into the business processes and workflows the organization already has in place. This minimizes the risk of disruption and irregularities.
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