×

Happy to Help!

This website doesn't store cookies. Enjoy the experience, without worrying about your data!

Great, thanks!

Monthly Archives: January 2019

  • 0

[Video] Meet Motor Control System: The Brain behind the Automotive Motors

Category : Embedded Blog

*This is part-II of our Video Blog series on Electric Motors. Do check out the Part- I Video 

The second part of the video series on Automotive Motor Control System is about the control unit that manages the rotation of the motors, based on the inputs from the application.

In this video, we will highlight the need of such control systems. We will also explain how a Motor Control System works and what are the different components, at play.

As the automobiles evolved, the need for components that eases the driving and other operations was strongly felt. We all have felt how tough it is to rotate a manual steering wheel.

On the contrary, an electric power steering makes it easy to rotate the same wheel with some assist from the motor.

It is the motor control system that does all the complex calculations, regarding the amount of assist required.

The video unravels the world of Motor Control Systems in detail.

The video will give key insights into:

  • What exactly is a Motor Control System?
  • What is the need for a Motor Control System in an Automotive Application?
  • What are the different components of such a Motor Control system?
  • How does a Motor Controller work?
  • What are the common applications of Motor Control Systems in automobiles?

The video is designed to give you a fair amount of idea about motor control systems w.r.t automotive. Should you need more details, we recommend you go through our detailed blog on automotive motor control system. Blog link.


  • 0

[Video] Why Proof-of-Concept is Critical for your IoT Success

Category : Embedded Blog

There is no denying the fact that Internet of Things (IoT) can help businesses unlock their true potential and also create new revenue streams.

However, the road to success has been a challenging one for the Global IoT Projects and Initiatives.

According to a Cisco report, around 3/4th (that is  75%) of the IoT projects are failing.

For this study, Cisco has surveyed close to 1800+ IT and business decision-makers from  the U.S, theU.K, and India. This survey has been conducted  across a range of industries including  energy , manufacturing ,transportation, retail and healthcare.

But IoT Technology is marching ahead, despite the temporary roadblocks. 64% of the survey respondents said that the Learning From the Failed IoT Projects have helped them accelerate their organization’s investment in Internet of Things ( IoT).

And this where the role of Proof-of-Concept becomes very critical!

But how is a PoC process related to your IoT project Success? A Proof-of-Concept helps you identify key challenges at an early-stage and prepare you to address them before the final enterprise-wide implementation.

But here comes another twist! The Cisco report also found that about 60% IoT initiatives stall at the PoC stage.

According to the report, some of the major reasons derailing the success of a IoT PoC initiatives include:

  • Lack of a technology focused culture
  • Lack of expertise in IoT
  • Lack on inter-team collaboration

So, what can you do to make the best out of you IoT PoC activities? Find out in this video

What will you Learn from this Video?

In this informative video, our IoT experts share why PoC can be the stepping stone of your IoT projects success.

They also share the ultimate recipe to help you derive maximum value out of your IoT POC activities.

Watch this video to learn about :

  • Why PoC is important to ensure success of your IoT initiatives?
  • What are the steps involved in an IoT PoC development?
  • What are the Technology best practices for a successful IoT POC?

Who will Find this Video a Value-Add?

From IoT product developers to IoT solution architects – anyone associated with IoT Product development -may find this video interesting enough.

Hope you liked this video. Please stay tuned for more of such technology videos and blogs.


  • 0

How does Headless Commerce and Progressive Web Apps Complement Each Other: An Insider’s Take

Inherently the technology stack of a Headless Commerce solution is designed to be independent of the front-end UI.

Why such architecture, you ask? – Customer Touch-points have evolved and are still evolving. Ecommerce transactions are happening beyond an online website or a mobile app!

Welcome to the world of Ecommerce via an Infotainment Dashboard, a Smart-Watch, a voice-assistant system (Hello Alexa!) and more.

The content and UI needs to rendered on such varied platforms and an Ecommerce Brand is expected to deliver a seamless & consistent shopping experience across the channels.

The true essence of a Headless Commerce can’t be realized if an ecommerce business needs to worry about the content delivery to these different platforms/devices.

But wait a minute, how about having to develop just one website that works like app and work across all devices and operating systems?

Yes it is possible! Welcome Progressive Web Apps (PWA) in your Ecommerce Army.

In the words of a Google developer, Alex Russel, “PWA is a website that took all the right vitamins”.

The concept of PWA is simple- It is a hybrid between your native app and a mobile optimized web page. The users don’t have to sacrifice their mobile hard drive memory for downloading them. And like all websites, they are accessible through the web browser.

By using modern web technologies, Progressive Web Apps deliver app-like experience without the need of having any App Store Ecosystem between the users and the developers.

Progressive Web Apps: The most convenient way to go Headless

When Progressive Web Apps are deployed along with a Headless CMS, your entire ecommerce system becomes not only more accessible but also future-proof.

More accessible because the user can find the web apps through a Google search and use them without installing them through an app store.

And Future-proof because your headless commerce is API based and will be compatible with any front-end UI that may emerge in future.

When making your ecommerce store compatible with various devices becomes a necessity, you can easily render customized front-end UIs without worrying about your back-end.

A snapshot of features that make PWAs so powerful

Headless Commerce

But why do we call PWAs the easiest way to go headless? The answer is simple. Developing a progressive web app is easier and less costly compared to your native apps.

Front-end developers with the right set of skills can design PWAs in no time. And once it is ready, you are done! It is compatible with all the mobile devices across operating systems and platforms.

With a headless backend at the helm, the content delivery also becomes a cakewalk. You can push frequent updates to the app, fix the bugs, experiment with the look and feel of the UI and what not. Doing the same with a native app would mean troubling your user with an update for every change.

Value-add ECommerce with Progressive Web Apps

Besides having many benefits on the technical front, PWA also make a lot sense from business point of view. Let’s talk about some of these values-adds.

App-like: Developed inside an “app-shell”, these web-pages are no less than apps in terms of look and feel. The shell part is generally installed in the device whereas the content part is fetched online. The app-shell covers the full screen of the device.

Even in terms of speed and interaction, it is like a native app. One of the reasons behind such an experience is the separation of the content part and the app functionality.

Security: A PWA serves the content over HTTPS. It ensures there is no tampering with the original content. Any kind of snooping activity is also prevented with such arrangements.

Resilience: One of the most striking advantages of native apps that web pages lack is offline or poor-quality network connectivity. Progressive web apps deploy ‘Service Workers’ that ensure robust performance and no impact on the user-experience even in bad connectivity conditions. These service workers are nothing but scripts that are executed by the browser and deliver features such as push-notification, caching etc.

Discoverable: This is one of the features that is a great value-add in terms of visibility on the search engine. The search engines can find the PWAs and index them. This implies that these apps will appear on the search engine result page when users search for keywords relevant to your Ecommerce Brand.

The content of these apps can also be easily shared as URLs over chatting apps, email and other means.

Always Updated: Again, it is the service workers at play that keep the progressive web apps fresh and updated always. They run in the background to check for any update pushed by the developers.

Result- the user always gets to access the updated content without actually updating anything on his/her mobile phone.

These benefits look very good in theory. But do they actually help. Let’s have a look at some of the PWA figures and you can decide by yourselves.

headless commerce benefits

The list goes on and on and new names are getting added every day to the PWA’s fans list.

PWA and Headless Commerce Go Hand in Hand

Progressive Web Apps and Headless Commerce is a match made in heaven. Case in point- what’s the use of a platform without the right content. While these apps are still the star, headless CMS is the content-delivery guy that ensure smooth running of the app.

Why do we say so?

  • Headless CMS updates the information real quick and delivers it even faster.
  • Provides a robust and efficient platform for the developers to develop the app in whichever language they wish.
  • Provides Cloud features as well as the APIs needed to run the app.
  • Headless CMS also provides scalability and complete independence in terms of features to be included in the app (as long as browser supports them)

The Future Perspective

Going by the results achieved by early adopters of PWA, it is safe to say that it is definitely the future of ecommerce.

And when working in tandem with headless commerce approach, we can expect better conversions, higher revenues and an enhanced user experience all at the same time.

What mobile sites could not achieve, PWA with almost 4-5 times higher page load speed and app-like experience, will most certainly will.


  • 0

[Video] All About Motors: The Power & Motion Delivery System for Automotive Applications

Category : Embedded Blog

In this video blog series on Electric Motors, we kick-start the journey with introduction of the different kinds of Electric Motors.

This video, as the name suggests, is all about Motors deployed in automobiles. We have also traced the evolution of Electric Motor, since their inception in the Automotive Industry.

Ever since, the first electric motor was invented by Michael Faraday in 1821, it has found several applications in various Industries.

Electric Motors also have been an integral part of Automobiles. It may be surprising for many, but the fact is that in 1832, the world has witnessed its first electric car on the road. It also marks the first use of electric motor in automobiles.

Over the period of more than 150 years, motors have evolved to be more robust, smarter and efficient. Their deployment in automobiles has also transcended from simple windshield wipers to more complex systems like ABS and Power Steering.

Key Learning from the video:

  • What is an Electric Motor?
  • Different types of Electric Motors used in automotive industry?
  • Evolution of Electric Motors in automotive industry
  • Automotive Use Cases of Electric Motors

Which Target Audience Does this Video Cater to?

The video explains the fundamentals of Electric Motors and is also a prelude to our next video that talks about Motor Control Systems. In that regard, it caters to multiple audiences.

Let’s have a look at the few audience group the video can be a great value-add.

  • Automotive engineers who are going to be a part of an Automotive Motor Control System development project.
  • Budding automotive engineers keen on learning about different automotive components and the underlying principles.
  • Business Managers who work for automotive suppliers, OEMs and embedded engineering service providers in automotive domain
  • Automotive enthusiasts who love to explore the way automobiles work.

Watch out this space for the second part of the video. We will discuss the motor control system- the brain behind automotive motors in details.


  • 0

[Video ] The Motorcycle Diaries of a Digitally Connected Era

Category : Embedded Blog

Going by a general conception, riding on two-wheelers is considered to be a risky affair, when compared to four-wheelers.

But now the two wheeler OEMs’, backed by innovations in technology, is all set to bring a major uplift in this perception and redefine your two-wheeler riding experience!

The confluence of Telematics,  IoT, Embedded Systems and mobility technology has paved way for a new era of digitally connected and smart two wheelers.

These IoT enabled two wheelers, with the promise to deliver improved safety & reliability, personalized experience on- road, are expected to witness mass adoption.

Soon, your humble two-wheeler would enable you to:

  • Receive real-time vehicle information on phone
  • Locate nearest recharge stations, public parking spaces etc.
  • Share updates and alerts as per the Two-Wheeler Servicing schedule
  • Lock and unlock your motorbikes remotely
  • Have Hands-free Access to your Phone
  • Track & Recover Stolen motorbikes & many more

So, what does the future of two-wheelers look like? This video is an attempt answes to these and many more similar questions by analyzing the trends in the market.

Watch this Video to Learn About Digitally Connected Two-Wheelers

What will you Learn from this Video?

The video will offer you some interesting insights into the changing technology landscape of the two-wheelers.

You will learn about:

  • What is the technology enabling the digitally connected two-wheelers?
  • What are the factors propelling the Digital Innovations in two wheeler industry?

  • 0

Cloud, Edge or Hybrid IoT Solutions: Which Computing Model is Best Suited for your IoT Application?

Category : Embedded Blog

Introduction

As IoT systems have evolved to be more mature in terms of scale of operations and diversity in applications. Hence, business organizations have started to rely heavily on three main Data Analysis & Computing models viz: Cloud, Edge, and Hybrid.

Businesses planning to invest in IoT product or system development,  may confront this challenge of evaluating and selecting the most suitable computation model for their IoT project.

This is a critical decision as it is directly related to your IoT Gateway Solution development costs and efforts.

In this blog, we will try to pave the path that can help you to take your first step in the right direction. We will discuss what different computing models are, how they differ from each other, and how the future of each of these solutions looks like.

Understanding the Cloud, Edge and Hybrid Computing Models

  1. Computing at Cloud : A cloud storage based IoT Gateway Solution or Computing at the cloud, refers to a software and hardware networking model wherein the data storage and processing is done at the Cloud Server.

    A Cloud Storage IoT Gateway also refers to a software and hardware networking device, that provides connectivity and protocol translation services between local application and theCloud based Storage Service.

    Benefits of a Cloud Computing based IoT Gateway Architecture/Model:

    • The advent of cloud computing model made it possible to have devices that are cost-effective with smaller power footprint since the processing and storage operations are managed by the Cloud Back-end in real-time.
    • Since all the device data is stored in a Centralized cloud based back-end, it is easier to manage and apply necessary business intelligence on them.
    • Cloud computing facilitates back-up of critical enterprise data.
    • Businesses can save a lot on capital expenditures due to the flexibility of not owning the on-premise database/computing servers and pay-per-use business model of the Cloud Service Providers.
    Data Computing Models in IoT

    Cloud & Edge Data Computing Models in IoT, Image Source: Medium
  2. Edge Computing: While cloud computing has become very popular amongst the business organizations, but its performance does suffer from the network latency issues.

    And this has led to the Innovation and Introduction of a more advanced computing model known as the Edge Computing Model!

    Edge computing refers to the processing of data at a point closer to where it is being generated.

    Edge computing, with the help of an IoT gateway device, offers all the advantages of the cloud computing model, at a point closer to the data source and that too  without any latency issues.

    The modern-day Self-Driving Cars can serve as a good example of an Edge Computing use-case.

    It is a no-brainer that “prompt real-time response” is of utmost priority when it comes to the Self-Driving Cars. Any latency in sending valuable data can be prove to be a very costly mistake.  Thus, Self-Driving Cars call for a local data processing solution to make time-critical decisions, as in the edge computing, to mitigate safety hazards.

    Benefits of a Edge Computing based IoT Gateway Model:

    • Edge computing processes the data locally and this enables it to send faster responses back to the data source or end-user application immediately. This also helpings in reducing the system development and operational costs.
    • Edge computing enables the devices in the IoT network to communicate even under offline or low bandwidth conditions. Since the data is stored in the local edge of the network , edge computing makes it easy to deal with unreliable network connectivity environments.
    • Adding an edge node closer to your data sources in the IoT network can help you in filtering and securing the amount or type of data, you would like to be shared with the data center or the cloud.

    You can choose to store the sensitive data locally, while rest of the information can be shared with the third-party Cloud.. Additionally, you can implement security mechanism at the edge to boost the data and network security of the system.

    The following infographic gives an overview of some of the key benefits offered by the edge computing model:

    Edg Computing

    Benefits of edge Computing, Image Source: Altizon
  3. Hybrid Computing: While edge computing scores over the cloud computing in terms of response-time and reliability even in poor network conditions; the ever-evolving business needs still need, in several enterprise use-cases, a centralized hub like cloud to store huge chunks of data.

    And this business requirement has created scope for the deployment of a Hybrid Computing Model.

    This is the combination of the capabilities of cloud and edge computing: “Processing At The Edge, Storing & Analyzing At The Cloud”

    The hybrid cloud model also enables the business to leverage the best of public and private cloud by integrating them.

    The smart fitness watches, available today can be an ideal example of the hybrid model.

    A part of the application logic or the “smartness” is embedded on the wearable device, while rest of it is implemented in the smartphone app.

    Here, the features of the application and data that should be available to the end-users across devices are stored in the cloud. This enables him/her to access/share the data, or the fitness results in real-time through any device or with anyone, at anytime.

    Benefits of a Hybrid Computing based IoT Gateway Model:

    • Hybrid computing offers a more consistent, secure and faster experience – the data processing happens closer to the data source while it is still stored & managed in a centralized repository by the cloud service providers.
    • You have more flexibility to move data depending on the criticality of key factors including the time, security, priority of data etc.

      For example, you can keep the data for time-critical decisions closer to your application. On the other hand, you can save large chunks of industrial data, including the historic data, in the cloud repository.

Analyzing the Top Use-Cases for IoT Data Computing

Cloud computing had been a preferred choice for data storage and processing till newer models such as the edge and hybrid models, came into picture.

Even today, many organizations rely on Cloud based IoT Model, when they need a centralized “one-size fits all” solution for data storage & processing. Some of the common examples of cloud computing use-cases include – email servers, storing and retrieving media files on online drives and more

Edge Computing fits in any use-case that demands faster and secure response in near real-time. This means, applications that cannot wait for the data to be sent to the cloud servers, processed and then receive instructions for the next actions. The examples that one can think of could be the

  • Autonomous vehicles ( as discussed already)
  • Oil drilling rigs
  • Disaster Management and Maintenance of Industrial Assets
  • Mining industry

These are the business use-cases that require a localized data processing capability which is closer to the data source; so that any fluctuations in key thresholds can be easily detected and immediate actions can be undertaken.

One of the best use-cases of a Hybrid Computing model can be the predictive maintenance of industrial assets. In this case, the data from millions of machineries can be continuously managed at the edge (IoT gateway device) against certain pre-defined threshold values such as pressure, temperature, vibration parameters.

This data can be stored in the cloud and monitored through admin’s dashboard. Any spike or fluctuation in the threshold value can be alerted to the admin so that he/she can schedule a maintenance activity for the specific device node.

Financial institutions such as banks would rely on the hybrid model so that they can move the time-sensitive data to the edge, while storing the remaining data on the cloud. This will enable them to detect and take prompt actions fraudulent and non-compliant transactions. They can rely on the cloud storage to store crucial data and use this data repository to apply business intelligence to serve their customers better.

 

IoT Computing Models Cloud Edge Hybrid
1. Data Processing Point: Data Stored  processed at the cloud Data is pre-processed at the edge, closer to the data source Process At The Edge, Store & Analyze In The Cloud
2. Key Features Enables central management of the enterprise  data Reduced response times Offers a consistent and reliable experience experience throughout the IoT network
3. Business Benefit Facilitates back up of crucial data Enables data analysis  in near real-time Flexibility to move data
4. Performance under varying network conditions Needs a strong network connection Works even in in low-bandwidth locations Can store data in the edge under poor network condition. Once connection with cloud is established, data can be reliable sent to the cloud.

How is the future of Data Computation in IoT shaping up:

A look at various market reports shows that a majority of the businesses, especially those in the industrial and manufacturing domain, prefer the hybrid computing model.
Let us look at some major market trends related to IoT computation solutions, highlighted by various market researches and surveys:

  • It is estimated that by 2020, 45 percent of all data created by IoT devices will be stored, processed, analyzed and acted upon close to or at the edge side
  • Leading cloud providers such as Google, AWS, Microsoft, C3IoT, Uptake, are eager to establish collaborative partnerships , in the coming times, with edge computing companies.
  • In 2019, Edge computing is expected to dominate the automotive (with regard to Autonomous vehicles) Oil & Gas Industry, healthcare Backed by the convergence of IT and telecom sector, the scale and value of edge computing are expected to rise.
  • Hybrid- and multi-cloud solutions are expected to dominate the most of the industrial IIoT deployments

    Multicloud is the use of multiple cloud computing storage services, a mix of public and private clouds,  in a single heterogeneous architecture. It eliminates the dependency on any single cloud provider.


  • 0

What is Headless Commerce and Why it is a ‘No Strings Attached’ Solution

Ecommerce Merchants do not limit themselves by considering their ecommerce storefront as a mere sales channel.

Years of evolution of technology and consumer behavior, an Ecommerce Platform or Solution is now expected to serve as an engagement channel.

An Ecommerce Solution is also expected to deliver a seamless shopping experience or any kind of engagement with the Brand across several touch points like website, mobile app, kiosk, wearable device and more.

Amazon has been at the fore-front of headless commerce paradigm and has been quite good at that. You can order your favorite product directly using Alexa, the home assistant from Amazon.

Also, there is a dash button from Amazon that you can connect with your appliances and buy products in one-touch. For instance, a dash-button connected to your washing machine can help you place an order for detergent.

Google Home does something similar by allowing ecommerce brands to sync their service with it and thus, opens a new channel for engaging the buyers.

However, to deliver such seamless experience across such variety of devices, it is very important that an ecommerce solution is developed by decoupling the Front-end (UI) and the Back-end Commerce Engine (Consisting of Databases, CRMs’, ERPs’ and other modules)

And amongst the connoisseurs of the Ecommerce Technology, such a cutting-edge Ecommerce Solution is fondly called as a “Headless Commerce” platform! Beware! Headless Commerce is an ecommerce solution with no ‘Head’ but a very sharp ‘Brain’ J

Read along to learn more about how Headless Commerce solutions Work and what the technology architecture is.

How Headless Commerce Solutions Work?

In a typical Headless Commerce solution, unlike the traditional ecommerce platform, the UI layer is not tightly coupled with the backend services or the Content Management System.

The two layers are completely independent of each other and hence it is an “Unbound” solution! The information that UI layer needs from the backend is communicated through a set of APIs or web services.

Such an Unbound Ecommerce Solution makes the life, a lot easier for both the UI Developers as well as the Backend Ecommerce Technology team.

This ensures that as an ecommerce development team, you can deliver multiple storefronts, all with unique interfaces custom-built for various channels, (website, mobile app, kiosk, wearable devices) without any modifications in your backend ecommerce engine.

This is possible because all the storefronts of the customer get their data feeds from the common backend (ecommerce engines like Magento and SAP hybris)

Ecommerce giants like Amazon, Flipkart, and a few others are already moving towards the headless commerce way. As already mentioned, voice assistants like ALEXA and Google Home, and innovations like Dash Buttons are all means to the same end, i.e. providing the customers with interfaces that create customer engagement and eventually converts the same into sales.

Why you Should Break Free from Traditional Commerce and Switch to Headless Commerce?

Since the user interface and the backend is tightly coupled, in a traditional ecommerce solution, any change in the UI layer requires modifications in the backend layer as well.

For instance, if we wish to change the look and feel of an ecommerce app, we also have to change the way data is being fetched from the underlying content management system. Plus, there may be certain limitations on what can be changed and what not.

On the contrary, in the Headless Commerce Solutions the backend has nothing to do with front-end, limitless possibilities of customer experience can be explored. There are a bunch of value-add that headless commerce brings along. Let’s have a look at them:

  • Flexibility: The direct correlation of the front-end with the back-end takes away the much-needed flexibility. Even a small customization in the front-end requires the developers to go all the way to database.

    The headless commerce approach has a separate front and back-end allowing maximum flexibility. A change in the UI, however big or small it is, will only require a UI developer and the back-end will remain untouched. This allows the design team to create unique interfaces or also experiment with the look and feel. Continuous optimization test cycles can be run to get a better hold of your customers’ preferences and likings.

  • Omnichannel capabilities: The headless content management system will have no constraints in terms of pushing your content on different platforms. An ecommerce brand can benefit from capabilities to showcase their products and related content on channels of their choice.
  • Even if a completely new channel emerges in future, the content could be presented there without messing around with the backend code.

  • Stay Updated and Competitive: Rapid updates to the front-end can be pushed without any impact on the underlying CMS.

    New-age ecommerce brands push a lot of updates on multiple UIs.

    Amazon for instance, pushes updates at every 11 seconds. Their testing team is always on their toes finding bugs in the UIs. The errors raised by customers are also rectified and update patch is deployed instantly.

    In a traditional model of ecommerce, such rapid deployment of updates is tough to achieve.

  • Seamless Integration to any System: Seamless Integration to any System: Reaching out to maximum number of customers across channels and devices needs instant integration with multiple devices. For instance, we talked about Google Home, the smart assistant. Your ecommerce platform should be equipped to integrate with such systems in the least time possible.

    Integration does not merely mean making your platform available on such home assistance. There is a need for deeper sync where the customers can directly look for products on your ecommerce platform using the voice assistant. With traditional commerce approach, all these will take a lot of coding primarily to sync the database/ CMS to the new front-end. But with headless commerce by your side, there is almost no coding involved. Thus, saving you a lot of effort and time.

These benefits of headless commerce will make more sense when we understand its architecture. Here is a complete snapshot.

Understanding the Headless Commerce Architecture

The metaphorical “head” is actually the front-end delivery layer. It can be an app, website, UI of a smart watch, a refrigerator screen, a kiosk and so on. The idea is to separate the front-end (head) from the backend CMS. Consequently, the backend is left with the job to just store, manage and deliver the content.

The CMS does not have to know which front-end it is delivering the content to. The bridge between these two disparate layers are the APIs (Application Programming Interfaces).  These APIs will consist of the backend data model as well as the infrastructure for cloud communication.

Headless commerce

Transition from Traditional to Headless Commerce: An Overview

  • The shift from the traditional commerce to headless commerce can be kick-started by choosing a headless commerce based Content Management System. You have the option to choose from open-source, hosted CMSs and others.
  • The next step is to choose the front-end for the headless commerce online store. Technologies like HTML, CSS and JavaScript remain the same. Depending on what kind of front-end you intend to make, you can choose the frameworks. In case of Progressive Web Apps (PWA), the most recommended ones are Ionic, Angular and Polymer etc.
  • Another very important consideration to make before moving to the headless commerce is store/content management needs of the ecommerce brand. For instance, if ecommerce back office operations like discounts, shipping, taxes etc. are to be handled, the transition journey would be different.

We will bring a detailed analysis of the shift from traditional to headless commerce in our next blog. Watch out this space for more details.