Introduction to Low Code No Code:

Low-code no-code are software application development methods that
enable people with little or no coding knowledge to build and deploy software
application.
This approach democratizes technology, enabling a broader range of
people to harness the benefits of it.

Now every company is technology company.
Everyone understands that with the help of technology his business can be
scaled up and better offering can be made to customer, be it in terms of
access, visibility, price or overall experience.

Though, millions of software applications need to get built and lot of work
related to digital transformation will be required in all businesses, not enough
software developers & experts are available to do that.

That’s where low code no code is really going to help.

 

What is Low Code No Code:

Low Code No Code refers to the development and deployment of software
applications using visual interfaces and pre-built components, eliminating
the need for extensive coding.

It allows individuals with little to no coding experience to build and deploy
software applications.
Low Code No Code platforms provide pre-built components and drag-and-
drop interfaces for easy development.
It empowers individuals without programming backgrounds to create
technology-powered solutions and accelerates the adoption of technology
across various industries.

History of Low Code No Code :

The concept of low code and no code development emerged in the early
2000s as a way to simplify application development. Many ‘Rapid
application Development’ platforms emerged during that time.

Many analysts started recognizing this LCNC trend by 2011.

However, the integration of AI capabilities into these platforms gained
traction in recent years. Notable milestones include the introduction of AI-
enabled visual interfaces by companies like Microsoft, Google, and IBM.

How Low Code No Code Works:

Low Code No Code platforms provide intuitive interfaces where users can
drag and drop pre-built technical components, such as image recognition or
natural language processing, to build applications.
These platforms often utilize machine learning models and automation
tools behind the scenes, allowing users to create AI-driven solutions
without writing complex code.
These low-code and no-code frameworks are built on actual coding
languages like PHP, Python, and Java etc. but end users need not know
about these languages.

 

Difference between Low code and No Code:

Though both these terms are used interchangeably, they are different from
each other.

A no-code platform helps business users to create software apps without
any coding knowledge.
In this platform, business user, uses an Integrated Software Development
Environment, to drag and drop, pre-built software components to create a full
application. Important thing to note here is that user don’t need any coding
experience to build application using no-code.

A low-code platform is mostly used by software professionals with some
coding knowledge to create bigger and complex software applications.
We can say that Low-Code platform is sort of halfway place between no-
code and complete human coding. Here, one need to have some software
coding experience.
These Low code platforms can also be visual/graphical and contains model
driven, drag-and-drop features. These platforms help various business to start their digital transformation journey without being overly dependent on technology vendor.

As team members involved in business side, truly understand the need of
their customer, with Low Code platform, they can create business apps,
which is desired by the customer.

No-code platforms, help the organization to convert their new and innovative
ideas into software application and release those applications into market,
almost on a continuous basis.

Important Features of Low Code No Code:

1. Visual Interface: Users interact with the platform through a visual
interface, simplifying the development process.
.
2. Pre-built Components: Ready-made technical components and
templates help users incorporate advanced technological capabilities
into their applications.
3. Integration Capabilities: Low Code No Code platforms can
seamlessly integrate with existing systems and data sources.
4. Drag and Drop feature: With drag and drop features, these
application development method have now elevated the coding from
textual to visual.

5. Easy to setup and use

6. Flexible and allow customization as per the need.

7. Mobile friendly

8. Help in overall process automation.

9. Workflow creation and integration

 

Advantages of Low Code No Code :

1. Accessibility: Low Code No Code platform democratizes software
development, enabling non-technical users to harness the power of
technology without extensive coding knowledge.

2. Democratization of technology
We can say that with Low Code No Code, power has really been given
into the hands of businessperson. They need not depend upon IT
vendor or IT company to start digital transformation for their business.

3. Rapid Application Development: By eliminating the need for manual
coding, software applications can be developed and deployed faster,
accelerating time-to-market.

4. Collaboration: These platforms facilitate collaboration between
technical and non-technical teams, promoting cross-functional
innovation.it allows IT and business domain experts to collaborate,
transforming ideas into software applications that deliver value.

Related Technologies in Low Code No Code :

1. Machine Learning: Low Code No Code platforms often leverage pre-
trained machine learning models and algorithms to power AI
capabilities.
2. Natural Language Processing: NLP technology enables the
development of chatbots, language translation, sentiment analysis,
and other language-based AI applications.
3. Computer Vision: Image recognition and object detection
technologies allow users to build AI applications that analyze and
interpret visual data.

Disadvantages of Low Code No Code:

1. One need to put proper governance, while using Low Code No Code
platforms.
Without proper governance and review, plethora of point applications can
be built over the period.
2. In future, organization may find it tough to migrate these applications
to newer technology or implement requirements necessitated by
business changes.
3. Documentation and Knowledge transfer: One need to make sure that
enough documents are in place, while these application are getting
built. It should not be person dependent.

 

Use Cases of Low Code No Code :

1. Robotic Process Automation (RPA) : User can design automated
workflow, extract information from various data sources and help in
automation of back-office work.

2. Customer Service Automation: Build AI-powered chatbots to handle
customer inquiries and provide automated support.

3. Data Analysis and Insights: Utilize AI components to extract valuable
insights from large datasets without extensive coding.

4. Fraud Detection: Develop AI models to detect fraudulent activities by
analyzing patterns and anomalies in data.
5. Reports and monitoring tools : With Low Code No Code platforms,
one can create apps, which can extract data from various sources
and help design various reports. Also, various monitoring tools can be
designed with this.
6. Apart from that, LCNC is also helping human resource management,
reservation management etc.

Companies providing Low-Code Development platform

1. Microsoft PowerApps: Provides a low code development platform
with AI capabilities for building web and mobile applications.
2. Zoho Creator
3. Outsystems
4. Mendix
5. Salesforce Lightning
6. Appian

Companies providing No-code Development platform

1. AppSheet : This was acquired by Google. It offers a no code platform
to build applications with integrated AI features and data connectors.
1. Airtable
2. Nintex
3. Bubble
4. Zapier
5. Kissflow

Industries Using Low Code No Code:

1. Healthcare: Developing AI-driven applications for patient data
analysis, disease diagnosis, and personalized treatment plans.

2. Retail: Creating AI-powered chatbots, recommendation systems, and
inventory management solutions.

3. Finance: Building fraud detection systems, credit scoring models, and
automated financial analysis tools.
4. Education: Developing personalized learning platforms and intelligent
tutoring systems.
5. Manufacturing: Applying AI to optimize supply chain management,
predictive maintenance, and quality control.

6. Human Resources: Implementing AI-powered solutions for talent
acquisition, employee engagement, and performance analysis.

Future of Low Code No Code:

As technology advances, low code and no code platforms will continue to
evolve, offering more sophisticated technological capabilities and
expanding the range of applications that can be developed without
extensive coding.
Additionally, the integration of AI with Internet of Things (IoT) and edge
computing will open up new possibilities for AI-driven automation and
decision-making.

Conclusion:

Low Code No Code platform has transformed the landscape of software
development by making it accessible to a wider audience.
This approach democratizes technology, empowering individuals with
diverse backgrounds to create innovative applications and leverage the
power of artificial intelligence.
As the field progresses, we can expect even more user-friendly platforms
and exciting advancements that will shape the future of technology-
powered solutions.