The first Industrial revolution paved way for a new energy
source – steam, which pushed industries towards mechanization. It helped
industries to improve productivity.
The Second Industrial revolution introduced electricity and
other innovations in infrastructure. It created new industries and
opportunities to thrive on mass production lines.
When we arrived at the Third revolution during the late
twentieth century, information technology was the major change agents towards
the automation of production processes.
And here we are now, the next big thing in the history of
the industrial revolution – The Fourth one. It is getting much attention and
hailed as important a milestone as the first one. Let’s have a look at why is
that?
Fourth Industrial Revolution (4IR) is all about
connectedness and how we can embed the technology into our societies and
industries. All emerging technology breakthroughs will speed up the
digitization of industries. Cloud technologies and 5G will be the front runners
of this. A few examples of emerging fields are Robotics, Artificial
Intelligence, The Internet of Things (IoT), where such innovation is happening.
4IR or Industry 4.0 is not about inventing technology for
technology’s sake. The diagram below explains how 4IR is giving way to enhance
connectedness and productivity and some of the social issues.
4th Industrial Revolution
How Integration platform will be driving the revolution
This is the age of disruptive technology. It is creating a
level playing field for businesses with innovative and agile business models.
Whether it is an enterprise and small business, constant innovation and
integration of the business processes has become evident.
Platform with No-code/ Low-code capabilities
With No-code and Low-code development platforms, businesses
can develop a software application without the need to write code. These
platforms use visual modeling approach with pre-built functional components
available in the platform library. The developers can just select the
components and add to the workflow in line with the application. This helps
developers to achieve the results with greater efficiency.
This approach also makes the progress visible to all level
of people in the business. Also saves businesses a lot of money as they do not
need to maintain the stand-up environment and infrastructure. The platforms
pretty much offer all in the package. Let’s take a look at how No-code and
Low-code development capabilities work;
No-code and Low-code
No-code development capabilities
No-code development capabilities provide the business users
to solve basic functional problems between the departments with simple
solutions. These platforms will be more suitable to the SMBs to solve their
integration challenges without hiring a professional developer as there is no
need to write a code to implement such applications.
Low-code development capabilities
Low-code capabilities cater to Enterprises that have technology
governance requirements. It uses a more synchronized approach with scalable
architectures and flexibility in terms of on-prem or cloud implementation.
Low-code platforms also extend the capabilities with the use of open APIs. It
supports complex integrations using comprehensive components in the platform
library and ability to incorporate all the innovative next-generation
technologies and third-party services available via open source.
This platform can create sophisticated applications for enterprises
that encompasses various departments and domains. It offers better control to
the developers for quality testing and performance tools which results in high
productivity and speedy deployment.
API based ecosystem
With the choices and capabilities, the integration platform
offers, there is no denying the power of APIs that helps these integrations
possible.
API-Integration
As businesses grow bigger, requirements also grow wider.
Enterprises need applications to work across departments and domains. They need
to incorporate next-gen technologies to increase productivity. Then there is
regulatory compliance and technology governance.
Also, there are challenges of modernizing the legacy systems
to co-exist with Cloud infrastructure.
APIs act as an intermediary between on-prem and cloud, so
all the other applications remain neutral to the platform they are installed on
and maintain access to the data and other services as they move to the cloud.
Integration Platforms and APIs work hand in hand to help
businesses integrate applications and manage data with faster deployment and
higher efficiency. It saves the organization time, money, and needless to say,
the errors generating from the complex coding. These platforms can drive the
revolution by speeding up the productivity to many folds.
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