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Low Code Development

Avoid Surprises and Get a PoC Developed in Just 2 Days with Low Code

A well-executed proof of concept requires careful planning and preparation as it is important to know whether or not a product is feasible for the market. With Proof of Concept or PoC, developers can easily avoid costly mistakes as it can help know the feasibility of an app idea. Verifying if an idea can be implemented and developed into an authentic product with this feature is easier.

The road to successfully launching a product in the market can be paved with PoC. Simply put, it is a software testing methodology that enables businesses to look at multiple factors while developing a software product. This initial check increases the chances of building a useful solution for potential customers.

What is Proof of Concept?

In software development, Proof of Concept or PoC is a process of creating documentation to test the feasibility of a software idea. It explains how a product or a service will perform in the market, what technologies it needs, and what the functionalities will be. Simply it is about documenting proof that the proposed software idea will work successfully in the market.

In this competitive IT market, it has become crucial for businesses to create Proof of Concept to define the final vision of the product. As it will involve all the stakeholders engaged with the product, they can discuss its risks, limitations, and opportunities. A PoC is an essential step to creating a solid ground for development, testing, and launch.

A Proof of Concept can be in the form of a document or a presentation. Therefore, no coding or design is required at this stage. However, the PoC is prepared with thorough documentation of all the technical requirements as well as the specification of the software idea. But with the advent of low-code or no-code development tools, the time for creating a PoC has been reduced to approximately 48-72 hours.

Often Proof of Concept and Minimum Viable Product (MVP) are confused with each other. But Proof of Concept is just documentation. On the other hand, a Minimum Viable Product is a workable product created with core features and functionalities of the end product.

And if you are new to software development, you may need clarification on an MVP, PoC, and a Prototype. Although all these terms are associated with the initial stages of software development, they still represent different meanings. Let us have a quick look at the differences between all these.

Proof of Concept Vs. Prototype Vs. Minimum Viable Product 

Out of all these, only the MVP is a functional product. But the remaining two still affect the development. If you have an idea and want to test its feasibility and future scope with a minimum budget, then PoC is the right choice. It will help you determine whether you should implement the app idea in reality or not.

On the other hand, Prototyping is about visualizing the end product in the market. If you have a limited budget and resources, you can create a visual representation of the product to attract investors. Going from a POC through a prototype and MVP is also a great option if you have confirmed that the app idea is feasible in the market and can gain enough attraction from users.

Switching back to our main topic, let us see why creating a Proof of Concept is important in the software development process.

Importance of Proof of Concept for Businesses

Proof of Concept in software development is an essential factor in reducing the risks associated with the product and getting valuable feedback from clients at an early stage. Apart from this, there are some other benefits. Let us have a look at all the benefits:

Accelerated Product Launch

Suppose you have a successfully working Proof of Concept. In that case, you can create desired roadmap and actions for developing and launching your application in the market. Since a PoC can help you to determine that you have picked up the right workflow and made all the necessary to create a perfect product, you can accelerate the product launch phase. Moreover, you can also eliminate all the unwanted risks along the development process.

Reduced Risks and Problems

One major benefit of Proof of Concept is that it enables you to analyze and diagnose all the limitations associated with the idea at the earliest stage. This, in turn, helps you to have a better understanding of the project.

As discussed in the above point, PoC can also help minimize the risks even if you are following the development phase without creating a prototype. Also, it is easy to get customer feedback on an early version of the product.

Save Money and Time

The major goal of creating a Proof of Concept is to determine the final product’s functionality in the market to ensure that it has lower risks and chances of failure. So you can rest assured that your money and resources won’t go in vain. As the competition is high, no investor wants to finance an idea with no future. So with a PoC, you can provide your idea’s financial and future stability, which will eventually help attract potential customers.

Better Execution Plan

With PoC, you can also navigate the development plan better. You can ensure an optimized development workflow by having a clear knowledge of how to develop the product, what features to include, and how to various other factors.

Customizable and Cost Effective

POCs can be customized and are detail-oriented. Therefore, as new results are discovered or feedback is received from users, you might have to alter your goals, priorities, and budget to be successful. This allows a proof of concept environment to be cost-effective as it allows you to plan and validate technical assumptions and use cases before investing in any additional labor resources, materials, or expenses associated with the product.

Gives Clarity to Business Management

A POC will give details like timescales, features included, the intended customers for the product and the potential return on investment. Suppose the prototype is designed to automatize internal processes or create a well-validated customer-facing product. In that case, a POC will provide Business executives with all relevant data to make educated decisions on the need to fund a specific project.

The process must be followed for any digital product that requires validation, in particular when there is a possibility that the product could not meet the customer’s expectations or be expensive to put into place. With a proof of concept, you can avoid potential issues and ensure that your company has the greatest chance of success in the current competitive marketplace.

How we Scaled a PoC with Low Code Development for Our Clients?

There’s plenty of enthusiasm for Low-Code Application Development platforms. The promise of creating internal and external applications at lightning speed and achieving huge improvements in customer satisfaction and productivity is an attractive incentive.

Along with the excitement are noise, hype and extravagant assertions. How can you tell whether a vendor’s claims are correct and their solution will help you solve your problems? What can you prove to demonstrate your automation initiative’s business value and viability?

The best solution is a Proof of Concept.

In typical sales, companies present their best side and hide their weaknesses. However, using a POC lets you see the process of your business and its needs in a functional application. You can observe how quickly the vendor can install it and how it performs and how easy to modify it to the needs of your future.

Low-code tools can be an asset in the stages of proof-of-concept development. They can help simplify UX/UI problems to make your app run faster.

Let’s look at some of our case studies for a better understanding. It will help you to know how PoC and Low-code development go hand in hand.

1. Cars24

CARS24 offers an online marketplace for used cars, headquartered in Gurugram, Haryana, India. CARS24 sells over 150,000 vehicles per year. It is one of the four largest companies in the second-hand car sector in India.

Challenge:

Our client started out working on C2C as well as C2B markets but soon realized that B2B was an essential part of the pie of used car sales. Developing and adopting new processes and methods in B2B was the most difficult task for the company. The implementation of a plan that was based on a spreadsheet was a distinct challenge.

The workflow was complex, with 14 steps to be coordinated by our customers and used car dealers.

This leading Auto-sales service approached Softude to help them choose the most suitable solution or platform to automate the negotiations with their second-hand vehicle suppliers. This was a dependent and human-driven process. In addition, they required an immediate and efficient solution that was cost-effective.

Solution:

Within less than 48 hours, we developed a PoC for our customer, which assisted with understanding the final product will appear. They were amazed by the speed of turnaround and delivery of the services.

Result:

The solution eliminated the client’s dependence on humans-powered and dependent processes. The solution also eased the burden of routine tasks for the team that was already in place. Thus, the employees can concentrate on what they are good at.

For more information, click here.

2. Taxcise

Our client is an Excise Tax technology company based in the UAE. They have a group of tax professionals who know the complexities of dealing with tax-exempt products’ local laws and compliance under Federal Tax Authority guidelines.

Challenge:

Middle East-based companies need help with the timely filing of tax returns because of the slowness in consolidating goods for export and import, which are kept in multiple designated zones.

Penalties are increasing Increased Penalties Federal Tax Authorities are increasing their audits of Excise Customer businesses, which often result in huge fines. There is too much human involvement and the potential for errors, which results in large penalties.

Impact on the Business

• Massive loss in revenue due to Penalties

• Human resource costs are huge.

• Failure to report the correct open balance in inventories and resulting the loss in monetary terms

• No business insights

Solution:

Within 21 days, we created a Proof of Concept with low code digital transformation and Robotic Process Automation (RPA). This helped our clients save time and cost, in addition to giving them the chance to grow their customer base.

Result:

• The client can simultaneously manage requests from a variety of its clients and also an increased amount of tax returns for excise processing.

• The process was streamlined to reduce human involvement. It made the calculation of tax on excise and tax filing 100 100% precise and FTA fully compliant.

For more information, click here.

The Key Takeaway

Overall, this project’s low-code software development tools adequately handled all development tasks. Armed with the knowledge of low-code/no-code development, we’re confident that these tools can be used in any field of business to make the whole process of development much less costly and time-consuming. Low-code development has proven its value in this PoC project.

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Low Code Development

Low Code Development: What Makes It So Important

The popularity of no-code and low-code development tools is on the rise. Low-code solutions seem to be released on a weekly basis. Although some low code solutions target a specific market, others strive to eliminate any need for coding across a broad range of applications and platforms. low code application development platform makes it easier for any agency to produce applications and solutions, and this is also helpful for fledgling businesses with brilliant ideas but no or little money to invest.

Low Code Development: Overview

Low code or no-code development is a form of software development that requires minimal or no coding to produce applications and workflows. The visual interfaces of a low-code development platform leverage simple logic and drag-and-drop functionalities instead of sophisticated coding languages. These simple technologies may be used to construct applications for a variety of purposes, such as mobile apps and business apps, by people who have no professional training in coding or software development.

Low Code Development has become more popular as a quick and easy alternative to traditional software development. Professional and non-professional developers can utilize a low-code platform to build apps of varying complexity to meet business development needs, automate processes, and accelerate technological progress.

Traditional vs. Low Code Development

Programmers and developers work together to gather requirements, devise a plan, and produce bespoke code for an application to satisfy those needs in the traditional coding model. Despite the fact that the traditional strategy delivers robust apps, these projects are frequently challenging, costly, and delayed owing to several variables including:

•  A terrible user experience
•  Errors in the software’s code
•  Inaccurate guesswork
•  Testing issues

Moreover, a typical development strategy necessitates a developer-led maintenance cycle to maintain the bespoke software program safe and current.

Low-code development enables developers quickly design applications for specific business use cases, hence speeding up software delivery. It’s far easier to create a basic functional app for a specific department using a low-code platform than it is to create a new app from the start that is made up of the same features and components. In addition, the flexibility to include third-party services, extra data sources, and further layers of security and compliance are all included in this platform.

What Is The Significance Of Low Code Development?

As companies struggle to locate IT expertise, low-code environments may save development time by up to 90% compared to traditional programming languages. A company of any size may benefit from adopting low-code since it drastically decreases the complexity of software development, increasing developer productivity and speed.

Low-code platforms may frighten developers because they force them out of their familiar Java,.NET, and JavaScript environments and away from tools such as IDEs, automated test frameworks, and DevOps platforms. However, companies need more low code developers than traditional IT developers. Low-code platforms may not be used for everything, but they can assist in speeding up development and give extra benefits.

Features In A Low Code Development Platform

Visual Modeling

Designing applications using visual techniques and models are more efficient than designing applications using coding. Low-code platforms, which are endowed with visual modeling capabilities, use in-built modules to represent any data in a manner that anybody can comprehend, from non-technical enterprise clients to experienced developers.

A Ready-to-Use Solution

Leading low-code systems include built-in functionality that eliminates the need to construct basic app components from scratch. Data management and customer-facing software modules, like service management and sales process management, are both available in certain low-code systems. No Code Development Services makes everything easy.

Intuitive Interfaces

Every well-known low-code solution has the drag-and-drop capability. It is one of the most important and helpful components that helps the development process. Both amateur and professional app developers benefit from the simplicity of use provided by drag-and-drop functionalities.

Reusability

As a part of low-code development’s OOTB (out of the box) capabilities, pre-configured components and functionalities are important. These modules provide essential features that are used in a wide range of applications and may be used to quickly build new ones. Platforms that employ low-code must let users reuse previously created modules, plug-ins, and whole programs to build apps more efficiently.

Accessibility For All Platforms

Multi-device interoperability is an advantage of low-code architectures. A fundamental feature of the low-code platform is its flexibility to run on a wide range of platforms and devices, making it ideal for creating apps that can be used across a variety of different industries.

Security

It doesn’t matter how useful or user-friendly a low-code tool may appear to be if its security is compromised. It’s important to make sure that your low-code development platform is secure before using it to create apps or even the platform as a whole.

Scalability

Low-code systems must be able to grow as their users grow. It should be able to generate new applications that can manage an influx of new employees, whether your organization has twenty or one thousand employees.

Record-Keeping and Surveillance

It is possible to monitor workflows and processes using low-code applications. Other apps may be monitored as well, which is vital for data mining.

Management Of The Application Lifecycle

A number of processes in the software development lifecycle, including debugging, testing, and deployment are made more efficient by low-code technology. For improved application lifecycle management, low code solutions give their users access to detailed information about the applications created and all of the insights.

Benefits of Low Code Development

Accelerated App Delivery and Faster Market Time

A broad ecosystem of easy visual builders, ready-to-use coding snippets, interface templates, and built-in connectors enables the rapid deployment of new applications. As the rate of corporate development increases, developers are looking for ways to increase their productivity and deliver solutions more quickly.

Reduced Price

Many firms’ IT gaps may be filled without hiring more IT staff thanks to low-code programming, which demands less formal programming experience. Apps may be built by citizens, minimizing the IT backlog and lowering resource costs, thanks to low-code platforms.

Increased Satisfaction of Clients

Expectations from consumers have reached a new height. With low-code platforms, you can quickly respond to market shifts by releasing new apps or modifying old ones to stay up with the latest user experience trends.

Security That Cannot Be Compromised

Low-code systems incorporate security features such as administrative tools, network administration, and threat assessments. As a result, configuring and monitoring the security of the system is a breeze. User data and apps are protected by industry standards, as well.

Eliminating The Need For IT

An ever-increasing demand for custom-tailored solutions in the business sector is placing IT teams under tremendous pressure. Due to the huge backlog in IT, corporate clients are compelled to adopt third-party products outside of their authorized IT infrastructure. Security concerns and data silos have emerged as a result of the proliferation of applications. IT departments no longer need to be involved in the creation of low-code applications, reducing the risk of unsafe apps and third-party access to confidential information.

Flexibility In The Workplace

Businesses must quickly and cost-effectively automate their processes. If organizations want to provide vital software rapidly, they must reduce the IT delivery gap. All members of an organization may speak the same development language and build applications of any complexity on the same platform owing to low-code BPM system functionality.

The Digital Revolution

Businesses must automate their processes in order to keep up with current expectations and the changing business environment. Enterprises can accelerate their digital transformation processes, innovate, and respond more rapidly using low-code BPM platforms.

Low Code Development: Cons

Lack of Personalization

This is a typical complaint about low-code systems. Customization options vary greatly between platforms. The capacity to design apps precisely tailored to the needs of your firm will be restricted in certain cases, but not in others. Before selecting to adopt a platform, educate yourself on its capabilities and drawbacks.

Constraints on Flexibility

All low-code tools can’t be used with all apps. Existing objects and software can be utilized in combination with minimum programming, but we must take this into account while designing our product to prevent future complications.

Lock-in of Suppliers

Many people feel they will be limited to a single vendor, although this is not always the case. Vendors may leverage frameworks and open-source code to build apps that operate on every platform. Aside from that, some vendors lock you into their platform by modifying your applications after you’ve discontinued using the platform.

To determine how simple it is to change the generated code, it is essential to understand and seek each vendor’s instructions in advance.

Exclusion of a Non-Open API

Due to the absence of a well-defined API, the utility might be ineffective. A business-critical application can only be developed if the developer has access to their own API.

Risks to Security

As you don’t have total control over basic code, you run the risk of security vulnerabilities.

Low-Code Application Development: Best Practices

#1 Use pre-built applications and components

There are several advantages to using low-code systems, including the availability of pre-built components. The flexibility of low-code platforms makes it a good idea to start with pre-built functionality and work your way up. It’s not a good idea to start from scratch because most applications have the same functionalities. Make a program stand out for just 10% of the code, and then outsource the other 90% of the work to a low-code platform.

#2 Launch apps frequently

It’s better to deliver a half-baked application than a completely completed solution. When using low-code, it is imperative that your application be broken down into digestible chunks and updated on a regular basis. The idea is to get immediate feedback from the user and make minor improvements on an ongoing basis. To have a better understanding of how the software works and where it falls short, hold regular meetings with your team members. In order to get immediate feedback on your product, adopt an agile approach and iterate it regularly.

#3 Make sure you keep an eye on the low-code community

If you want to maintain developing a high-quality low-code solution, you need to remain in touch with the community and your clients. If you run across a problem, it’s possible that someone in the low-code community has already addressed it and can share their solution with you. Given the importance of users to the success of your business, you should give them as much power as possible for your app and see how they interact with it. With the right platform, clients and developers may work together on creating something of value. A great user experience may be achieved by discovering and satisfying the customers ’ needs.

#4 Choose a UI/UX-optimized platform

Platforms that employ pre-built UI frameworks are easy to use, and incorporating the best features from industry experts into a simple app is a wise move. To put it another way, it’ll save you time and money, and it will help you to get your application out the gate sooner. At the beginning of a project, UX specialists offer value, but their engagement reduces over time. Bringing in UX and Visual Design specialists on an as-needed basis are highly suggested because their comments and engagement are crucial.

#5 Attract experienced developers for low-code apps

You should consider employing part-time or on-demand developers to analyze your app, uncover faults, and, if necessary, release new features once you’ve opted to use a Low Code Development platform. Low-code platforms and apps are usually developed by developers who lack expertise and knowledge. Even so, programmers must be familiar with the default behavior of the elements, as well as the visual structures they create and the consequences of any configuration modifications they make.

#6 Align app value with security and governance

There is no one-size-fits-all approach to low-code app development. However, the data integrity of a corporation should not be compromised by a lack of control. Controls offered to the data must be commensurate with the app’s importance and potential dangers. Personal Identifying Information (PII) and sensitive Intellectual Property (IP) should be more tightly regulated in software that interacts with transactional systems than stand-alone apps. Every company should establish its own standards and degrees of management and monitoring.

#7 Determine which platform is best for your digital transformation

Many platforms specialize in providing one component for digital transformation. For example, a platform might provide a simplified writing environment that is suitable for small departmental projects but misses the powers and tools required for bigger enterprise applications. As part of your digital transformation strategy, choose a vendor that delivers a standardized foundation for developing across a wide range of use cases, capabilities, and ecosystem demands.

#8 Consider your customers

If you want to maintain developing a high-quality low-code solution, you need to stay in touch with the community and your customers. It’s possible that the low-code community has already come up with a solution to your problem and can share it with you. Give your customers as much control and involvement as possible with your product. Good low-code app development platforms allow users and the development team to work together toward common goals and deliverables. You can provide your users with the best possible experience by figuring out what they want and then providing it to them.

#9 Language consistency is essential

Keep the tone and language consistent across the platform by using industry-standard terminology.

Is Low Code Development the Next Big Thing in the World of Software Development?

According to a recent Gartner research, more than 65% of application development will be done on low-code platforms by 2024, which shows that low-code platforms are swiftly becoming the go-to option for companies hoping to reap the benefits of software more rapidly at low costs.

Large-scale applications that power whole enterprises will still need the expertise of highly trained programmers. In the meanwhile, low-code development is being used to create customer-facing apps quickly, create data-intensive workflows, and automate the integration of disparate systems.

It is becoming increasingly common for companies to have difficulties in handing over design work from one group to another, and this is where low-code platforms come into play. Managers, strategists, and developers can all work together on a single platform, eliminating the need for different tools to keep track of things throughout the design process.

Conclusion

Since its inception, low-code development environments have grown in popularity. In fact, some have gone so far as to attempt to substitute traditional programming methods entirely. IT teams, as well as non-developers, are benefiting from the growing sector of low-code development. If you employ low code solutions appropriately, you will surely notice a boost in workplace productivity, and your organization will reach new heights of success.

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