1. Home
  2. Blogs
  3. A Complete Overview of LCNC Platforms

A Complete Overview of LCNC Platforms

Aarti Krishnakumar

Aug 04 2022
A complete overview of low code no code LCNC platforms

Introduction to LCNC Platforms

According to Gartner, by 2025, 70% of new apps built by enterprises would use low-code or no-code technologies, up from less than 25% in 2020. Low-code and no-code applications are indeed becoming the preferred technology in the digital workplace. Application development will become less of a priority in favour of assembly and integration.

Low code is a rapid application development (RAD) approach that enables automated code generation. It requires little or no coding to create processes and apps. In a minimal code development platform, one can use visual interfaces with simple logic and drag-and-drop features in place of sophisticated programming languages. These simple strategies allow users to build software for a variety of uses, such as developing mobile and business applications, even if they lack advanced coding or programme production skills.

No code is a visual development interface, a programming platform, that enables non-technical people to build applications by dragging and dropping software components to create a complete app. Users can create applications with no-code without any prior coding knowledge.

Essentially, instead of writing line-by-line codes for each function and capability, users can develop applications as if they were creating a flowchart. Additionally, these platforms typically include tools for experimentation, prototyping, testing, and deployment.

With these technologies, professional developers could complete tasks two to three times more quickly than they could with conventional developer tools. In addition to decreasing friction, low-code technologies let business users and developers concentrate on their areas of expertise.

Hyperautomation and LCNC Platforms

Hyperautomation is an emerging trend that complements the capabilities of low-code and no-code (LCNC) platforms. Hyperautomation refers to the combination of various technologies, including artificial intelligence (AI), machine learning (ML), robotic process automation (RPA), and process mining, to automate and optimize business processes end-to-end.

LCNC platforms play a crucial role in enabling hyperautomation by providing the visual development interfaces and automation capabilities needed to build and deploy automated processes. With LCNC platforms, organizations can quickly create and modify applications that incorporate hyperautomation technologies, allowing for more efficient and streamlined operations.

By leveraging hyperautomation with LCNC platforms, businesses can achieve the following benefits:

Enhanced process efficiency:

Hyperautomation enables the automation of repetitive and manual tasks, resulting in increased process efficiency and productivity. LCNC platforms allow users to design and implement automated workflows that seamlessly integrate with various systems and data sources.

Improved decision-making:

Hyperautomation leverages AI and ML capabilities to analyze large amounts of data and provide actionable insights. LCNC platforms enable the integration of AI and ML algorithms into applications, empowering organizations to make data-driven decisions and optimize their business processes.

Accelerated innovation:

LCNC platforms, combined with hyperautomation, empower citizen developers and business users to innovate and experiment with new ideas. The intuitive visual interfaces and drag-and-drop features of LCNC platforms make it easier for non-technical users to prototype and test new applications, driving faster innovation cycles.

Scalability and flexibility:

Hyperautomation allows organizations to scale their automation efforts as needed, adapting to changing business requirements. LCNC platforms provide the flexibility to modify and expand applications without extensive coding, making it easier to accommodate evolving business needs.

In summary, hyperautomation and LCNC platforms are closely aligned, as they both aim to automate and optimize business processes. By leveraging the visual development interfaces and automation capabilities of LCNC platforms, businesses can embrace hyperautomation to drive efficiency, innovation, and scalability in their operations.

How Do Low Code No Code (LCNC) Platforms Work?

The objective of low code no code application platforms is to enable business teams with little to no coding or technical knowledge to create and deliver apps. A cloud-based LCNC platform enables both expert developers and amateur developers to build applications with little to no coding. This entails that business teams inside organizations can autonomously develop applications without requiring the assistance of or relying upon the technical teams, who may already be occupied with addressing a backlog of product features and issues that are continuously coming in from the field.

The Future of LCNC Platforms in 2023

In 2023, we can expect to see a continued growth in the use of LCNC platforms, as they allow businesses to quickly and easily create custom applications that meet their unique needs. Additionally, we will see more and more companies adopting these platforms to streamline their operations and automate their processes, leading to increased efficiency and cost savings.

One of the key benefits of LCNC platforms is that they allow non-technical users to create and modify applications, which opens up new opportunities for innovation and collaboration. With these platforms, businesses can empower their employees to develop their own applications and tools, which can lead to increased productivity and better customer service.

Another trend we will see in 2023 is the integration of hyperautomation capabilities into LCNC platforms. Hyperautomation, which combines AI, ML, RPA, and process mining, allows organizations to automate and optimize their business processes end-to-end. LCNC platforms will play a crucial role in enabling hyperautomation by providing the visual development interfaces and automation capabilities needed to build and deploy automated processes.

In addition to these trends, LCNC platforms are also becoming increasingly integrated with other technologies such as AI, IoT, and blockchain. As these technologies become more prevalent, LCNC platforms will be used to create applications that can take advantage of these technologies, which will lead to new business opportunities and increased efficiency.

Overall, LCNC platforms, in conjunction with hyperautomation and other emerging technologies, will continue to be an important tool for businesses in 2023 and beyond. These platforms enable organizations to accelerate their digital transformation, drive innovation, and achieve operational excellence.

Top 3 Differences Between Low Code Vs. No Code Development Platforms:

  1. Application integration:
    Depending on the type of app, you may need to combine data from many platforms. No-code platforms typically fall short while low-code development platforms frequently offer outstanding system integration flexibility. Because the creation of applications without proper control or scrutiny could result in shadow IT. Possible effects include security risks, regulatory difficulties, integration problems, applications that use more resources than necessary, and escalating technical debt.
  2. Training requirements:
    No prior technical knowledge is necessary for anyone to use no-code development platforms. However, low-code platforms are only suitable for people who are familiar with programming because they offer customization and feature more complicated tools. Therefore, there is potential for employee low-code training.
  3. Resulting apps:
    Business apps for internal use can be developed using both low code and no code development platforms. On the other hand, low-code platforms make it possible to develop popular apps that support critical business processes. No-code development environments are perfect for creating applications that solve simple business issues on their own.

Low Code Vs. No Code Development Platforms Quick Comparison: 

FeaturesLow CodeNo Code
Primary usersCitizen DevelopersBusiness Users
Main ObjectiveRapid Application Development tool for better business growthSelf-service application development platform for business users
CodingLow level of coding neededNo coding required
CustomizationComplete customization possibleOnly the pre-built templates can be customised
App ComplexityCreate complex appsCreate only simple apps
Platform Lock-in Freedom to
switch between platforms
Locked into one platform in some cases
End-to-end DevelopmentYesOnly some platforms offer this capability
Cost EffectivenessVery economical for companies with a team of developersCost-effective for businesses struggling with lack of adequate resources [IT/developers] & high volume of requirements.


Benefits of Low code No code App Development Platforms: 

Using a LCNC [low-code or no-code] strategy, business teams or clients can create their own applications. Many firms are emphasizing the digital transformation of regular operations and procedures utilizing low-code/no-code solutions because of the lower cost and lower technical hurdles to entry.  The rising popularity of low-code and no-code development might be a boon for the industry, with numerous advantages for both developers and companies.

Benefits of (LCNC) Low code no code Platforms

Top Five Reasons For Selecting Low-Code No Code Solutions:

  1. Businesses must wait a long time to recruit additional developers or their existing developers are overworked and stressed about project completion time. Low-code platforms close this gap and give organizations the resources they need to meet commercial objectives.
  2. LCNC involves either on-premises or cloud deployment, allowing for quick and easy availability of applications to end users. LCAP [Low code application development] is reasonably simple for organizations to deploy because of its self-service approach and straightforward service provisioning.
  3. Low code application development offers a variety of connections with other systems, data sources, and SaaS products, allowing developers to take advantage of these product features.
  4. Cloud apps also support the strictest levels of security and compliance, which are especially important for banking, insurance, and other financial services organizations.
  5. Low code No code app development platforms facilitate the delivery of multi-experience, online, and mobile apps seamlessly.

LCNC platforms use cases:

Low code platform:

Business process management platforms, website, and mobile app development, cross-departmental tools like appraisal management software, integration with external plugins, and cloud-based next-gen technologies, such as machine-learning libraries, robotic process automation, and legacy app modernization, are examples of applications that lend themselves to low-code development.

Related article: What is Low-Code Automation? Everything You Need to Know

No Code platform:

Self-service apps for business users, dashboards, mobile and web apps, content management systems, and data pipeline builders are a few examples of applications that can be developed without writing any code. No-code is used in calendar planning applications, facilities management tools, and BI reporting apps with customizable columns and filters because it is easy to construct standalone apps, has clear UIs, and is simple to automate.

B2C mobile app – Developing and subsequently maintaining a B2C mobile app is no longer dependent on a team of IT experts or coders. With low code no code platforms, people can develop a cross-platform mobile app, that includes rich UI and features for the users

Web-based customer portal – Self-service websites will help ease the load on customer support teams. On a website created using Low code, users can obtain the quote for a product or service directly via the website instead of depending on someone to reach out to them. It saves time and effort while boosting customer engagement and building relationships.

Omnichannel endpoints for core systems – Gathering data from several sources and structuring the same is a complicated process. Low code no code platforms help solve this challenge by providing solutions that can structure data from across sources with ease through automation and streamlining the process. This in turn enhances overall operation efficiency while optimizing cost. 

Related article: A Complete Overview of Intelligent Automation

Choosing the right LCNC platform for your business:

A low code development platform should have specialized tools, built-in collaboration, and a cloud-native architecture to support a variety of developers inside an organization.

The requirement for coding expertise is diminished by low code platforms, which use a visual, model-driven approach. They also change how lines of business collaborate with IT development teams to create applications.

Here are a few points to keep in mind when choosing the LCNC platform –

  • Assess the current requirements and challenges you have in your organization and how low code can help address them.
  • With your business objectives as the main focus, communicate the exact requirements to the low code no code platform.
  • Evaluate the various features provided by the platform with reference to your requirements 
  • Create a list of all possible vendors and do a thorough analysis. 
  • Pick the LCNC platform that offers features combined with overall value for your organization. 

Autonom8 offers a low-code platform that streamlines procedures to increase productivity and efficiency in enterprises while enabling your teams to create custom applications with several automated workflows. Business users and developers can develop apps visually with Autonom8’s Low Code platform. Built-in components deliver information in an understandable format. The pre-configured modules and functionalities serve as the framework for numerous apps thanks to their similar functions. Similarly, the use of the built-in components by the visual modeling tools enables developers and business experts to create applications quickly.

Interestingly, according to a report by Expert Market Research the low code development platform market is anticipated to grow at a CAGR of 25.26 percent from 2022 to 2027 and reach a cap of USD 64.56 billion by 2026. If you are looking for someone to help you with accelerating your transformation journey using low code no code, reach out to us today


FAQs on LCNC Platforms

What is LCNC?

Enterprise developers and citizen developers can create mobile or web apps by dragging and dropping application components into low code no code development platforms, connecting them together, and adding code as needed.

What is a low-code example?

Squarespace and WordPress are good examples of low code platforms. They all have low code building tools that enable the creation of highly customizable websites or user interfaces.

Is LCNC the future of software development?

By reducing the learning curve and improving the speed, ease, accessibility, and effortlessness of software creation, low-code/no-code platforms are transforming the software business. According to a recent Forrester analysis, the low-code market is expected to grow at a rate of 40% annually, with spending expected to reach a staggering $21.2 billion by 2022.

Why is low-code better than no code?

While both platforms offer a range of benefits to the business, low code stands out with its open system feature. Thai translates to better flexibility and reusability. Users can build unique data source connections and plugins to suit their use cases and reuse them later. And the fact that the IT department is involved helps businesses stay in control and achieve better governance.

What is the difference between low-code and no-code?

There is one primary difference between low code and no code. Low-code platforms aim to enable the development of a very broad range of software solutions, but some coding is still necessary. Coding is a vital step in the development process to give the developer the control they require. However, no code platforms remove all of the technological specifics. This makes no-code platforms significantly simpler and quicker to use, even though they are relevant for only somewhat fewer use-cases.