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Monthly Archives: February 2020

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How Product Recommendation Can Increase Conversion Rate for Your Magento Ecommerce Store

One of the main challenges an online store faces when compared to a brick and mortar store is the ability to understand customer needs and improve their shopping experience accordingly.

In an offline store, it is possible to interact closely with customers and gauge their responses to make the shopping experience more satisfying. On the other hand, an online store is challenged with the risk of cart abandonment in the event of an unpleasant customer experience.

Traditionally, an offline store owner’s tried-and-tested method to woo a customer has been the act of making him/her feel extra special. Incidentally, the online store rule book also has a technique that promises similar results. This is referred to as Product Recommendation.

Product recommendation has the potential to improve the conversion rate of a Magento ecommerce store by a great deal.

Here, we take a deep dive into the various aspects of product recommendation and how it can be implemented on your Magento store.
Magento Ecommerce Store

Personalized Product Recommendation – A Closer Look

Product recommendation is one of the most powerful marketing tools in the arsenal of an online marketeer. Listed below are some of the key features of this functionality:

  • Personalized product recommendations are suggestions that take aggregated visitor data for deep analysis. Hence, from the customer’s perspective, these suggestions are highly relevant.
  • Ecommerce stores can leverage the potential of product recommendations to stimulate customer engagement. This can result in improved conversions and increased revenue.
  • A customer can view his/her personalized product recommendation under sections promoted as “Customers who viewed this product also viewed”.

Types of Product Recommendations

Product recommendations can be broadly classified into the following categories:

  • Generic – These recommendations suggest common products for all customers on the website. This does not depend on any purchase history or product as the baseline. Some examples of generic recommendations are best-sellers, new arrivals, etc.
  • Complementary – These recommendations are for products that would complement the choice of the customer. For instance, if a customer has selected a formal shirt, the complementary product recommendation would be that of a matching tie.
  • Alternative – These recommendations are for products that are similar to the selected product and can be purchased instead.

How Product Recommendation Engines Work

A Recommendation Engine basically filters vital information from a large amount of historical data collected based on a user’s interests and activities. These engines work on machine learning algorithms that predict a user’s preference from the “learnings”.

From the user’s perspective, a significant advantage of this feature is their ability to easily find products they are looking for. Recommendations could be based on products that the user liked or bought; it could even be dependent on the products preferred or bought by similar users.

A recommendation engine should be flexible enough to have the ability to provide timely information to users. This includes insights on special offers, change in prices/assortments, etc.

Data Processing in Recommendation Engines:

The various phases of data processing in a recommendation engine are listed below:

  1. Data Collection – Behaviour analysis of a user is done by gathering the right data to trigger a journey. Data collected from a user is classified into implicit and explicit.
    • Implicit data consists of a user’s search history, page views, orders and returns, cart events and clicks.
    • When a user provides data in the form of ratings or comments, it is classified as Explicit data.
  2. Data Storage – A standard SQL database, NoSQL database, or any kind of object storage can be used for storing data.
  3. Analysis of Data – Various types of analysing methods are used to filter data and find similar products for recommendation:
    • Real-time filtering and analysis – This analysis method processes data as soon as it is created and offers split-second recommendations.
    • Near-real-time filtering and analysis – In this analysis method, data is collected in a few minutes and refreshed in a near real-time mode.
    • Batch analysis – Data is processed periodically and emails with recommendations are sent to the user at a later date.
  4. Filtering of Data – The final step is the filtering of data to provide the personalized recommendation. Listed below are various types of filtering criteria used in recommendation engines:
    • Content Filtering – If a user has liked or bought a product in the past, the engine recommends similar products.
    • Collaborative Filtering – When the user is viewing a product, the engine recommends products that were liked or bought by similar customers.
    • Hybrid Systems – When both the above filtering methods are combined, it results in a more powerful algorithm which has been gaining popularity in recent times.

Examples of Product Recommendations

Product recommendations are now seen in various business sectors, apart from e-commerce:

  • Movie Streaming (Netflix) – “Other Movies You May Enjoy”
  • Social Media (Facebook) – “People You May Know”
  • Search Engine (Google) – “Visually Similar Images”
  • Navigation Facilities (Waze) – “Best Route”

How Does the Product Recommendation Module Track User Behavior?

If you own a Magento ecommerce store, you can deploy the Product Recommendation module on the website. This module collects behavioral data by tracking the following user events:

Event Details
sign-in User signs in to his/her account
sign-out User signs out of his/her account
view User views a Product Details Page (PDP)
add-to-wishlist Addition of a product to the user’s wishlist
remove-from-wishlist Removal of a product from the user’s wishlist
add-to-cart Addition of product to the user’s cart
remove-from-cart Removal of a product from the user’s cart
apply-discount-action User applies a discount code to the cart
remove-discount-action User removes a discount code from the cart
edit-product-qty User changes the product quantity in the cart to a non-zero value
initiate-checkout User starts the checkout process
place-order User submits the order
instant-purchase User completes an instant purchase transaction

What Types of Product Recommendations are Provided by Magento?

The following types of product recommendations can be implemented on a Magento ecommerce store:

Recommended for You Recommends products on the basis of the user’s behaviour (current and historical) on the website
More Like This Recommends products based on similar attributes
Most Viewed Recommends products that maximum shoppers have viewed in the last 7 days
Most Added to Cart Recommends products that have been frequently added to carts in the last 7 days
Most Purchased Recommends most purchased products in the last 7 days
Viewed This, Viewed That Recommends products that were often viewed by users who viewed the specified product
Bought This, Bought That Recommends products that were often purchased by users who purchased the specified product
Viewed This, Bought That Recommends products that were often purchased by users who viewed the specified product

Collection of Product Recommendation Metrics

Magento collects the following product recommendation metrics to analyse how well the recommendations are performing:

  • Views – This indicates the number of recommendation units that a user has seen. This metric is triggered when a user scrolls and views 50% of a recommendation unit.
  • Impressions – This indicates the number of times a recommendation unit is loaded and rendered on a page. This metric is triggered even if the recommendation has not been viewed by the user.
  • Clicks – This metric shows the number of times a user clicks on a product in the recommendation unit.
  • Click-Through Rate (CTR) – This is a value that indicates the percentage of recommendation unit impressions that result in a click.
  • Viewability – This value indicates the percentage of recommendation unit impressions that result in a view.
  • Revenue – This metric indicates the revenue that is accrued by a recommendation unit. Revenue is the total value of products that were purchased after click-through from a product recommendation unit.

What Recommendations are Supported by Each Page on a Magento Ecommerce Store?

Ecommerce website personalization includes providing better user experience by customizing the home page, product pages, catalogues, cart, site navigation, etc.

  • Home page – This page gets the maximum customer traction on a website. Store owners can provide geo-location based customized recommendations, personalized offers for new visitors and offers based on purchase history for existing customers on the home page.
  • Product page – A product page highlights the product to entice customers into buying; hence, it has the highest potential to improve conversions. These pages are usually enhanced by zoom-in/zoom-out features, 360-degree product images, videos, quick checkout and customer reviews for improved user experience.
  • Site Navigation – User friendly navigation is essential to an ecommerce store as it helps customers navigate smoothly across products and services offered. Some stores also provide the feeling of a completely personalized store by including the customer’s name in strategic areas on the pages.

The following table indicates the recommendations suitable for specific pages on an ecommerce store:

Page Type Supported Recommendations Ideal Placement
Home page Recommended for you
Most viewed
Most added to cart
Most purchased
At the top of the main content on page

Below the main content on page (default)

Category page Recommended for you
Most viewed
Most added to cart
Most purchased
At the top of the main content on page

Below the main content on page (default)

Product detail page More like this
Most viewed
Most added to cart
Most purchased
Viewed this, viewed that
Viewed this, bought that
Bought this, bought that
Below the main content on page (default)
Cart More like this
Most viewed
Most added to cart
Most purchased
Viewed this, viewed that
Viewed this, bought that
Bought this, bought that
Below the main content on page (default)
Confirmation page More like this
Most viewed
Most added to cart
Most purchased
Viewed this, viewed that
Viewed this, bought that
Bought this, bought that
Below the main content on page (default)

Get Started Early

Personalized product recommendations on the storefront can significantly improve ecommerce conversion rate. Similarly, these can also work well in email campaigns and newsletters.

In addition, store owners can connect with customers after purchase and provide added benefits through the distribution of coupons or discount codes for future purchases.

All in all, it is advisable to set up product recommendations on your Magento ecommerce store as early as possible. This way, data gathering can commence early and result in more accurate product suggestions.


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Product Engineering Services for Automotive and IoT

Category : automotive-insights

 
Product engineering services comprise of the design and development of a system, device, assembly or functionality. Product engineering also includes the testing and deployment activities, and subsequent transition to the manufacture of the product.

Role of Product Engineering Services in the Development of Cutting-Edge Automotive Products

The automotive industry is witnessing a huge technological transformation. Modern-day cars can do so much more than just drive and park. The introduction of a distinctive array of innovative products and services has disrupted the status quo in the industry.

Consumers are now spoilt for choice as far as new on-board automotive technologies are concerned. Connected cars, electric vehicles with improved battery technology, predictive maintenance that monitors the operational performance of vehicles, etc. have brought about a big transformation in the mobility landscape.

These technological transformations are broadly disruptive – to such an extent that companies that do not adopt these changes will be left behind competitors in the market.

This is where the significance of automotive product engineering services comes to the forefront.
 

Our Journey as a Product Engineering Services Partner for Global Customers

Infographic automotive

 

Partner with Us for End-to-End Automotive Product Engineering Solutions

Embitel offers a wide range of automotive engineering solutions to OEMs and suppliers across India, US, Europe and China. We partner with customers to address their varied business challenges and deliver customised solutions.

Our services are backed by more than a decade of experience in a wide range of competencies.

This includes hardware and software design and development services for the following products:

  • Motor Controllers for Electric Vehicles (EVs) and Internal Combustion Engine (ICE) Powered Vehicles
  • AUTOSAR MCAL, BSW and RTE Configuration and Integration
  • Automotive Body Control Module
  • Board Support Package
  • Flash Bootloader
  • Networking and Diagnostics Stacks (UDS, WWH-OBD, CAN, ISOBUS, J1939, DoIP, OBD II, LIN, CAN FD)

In addition to the above offerings, we also have expertise in the following automotive solution accelerators:

  • Model Based Development of Automotive Applications
  • Migration to AUTOSAR 3.X or 4.X
  • ISO 26262 Compliant CDD Development and Integration
  • Hardware and Software Development Services for ISO 26262 Compliant Automotive Solutions
  • Functional Testing (HIL, MIL, SIL) Services
  • ISO 26262 Compliant Automotive ECU Testing

 

Innovative Solutions to Fuel your Vision for Connected Cars

Embitel’s connected vehicle offerings leverage advanced technology in design and development.

Our product engineering services in the connected vehicle industry include the delivery of the following solutions:

  • Android Infotainment Solution – Our future-ready infotainment solutions are highly functional and simple to upgrade. These can also help in reducing time to market, while providing exceptional user experience.
  • Car Heads-up Display (HUD) Software Solution – Our Automotive grade HUD design makes your company-branded HUD product market-ready in 6 months. This is designed to elevate vehicle experience to an advanced level, in terms of safety and comfort.
  • Vehicle Telematics Application – Embitel’s integrated Telematics solution utilizes advanced analytics, networking and cloud capabilities to provide Vehicle to Vehicle and Vehicle to Infrastructure Communication. Our ready-to-deploy software and hardware components will expedite your application development efforts.

 

Product Engineering Services Lifecycle

We assist customers in end-to-end design, development and testing activities in the product engineering life cycle. This includes the following phases:

  • Ideation of product
  • Development of architecture
  • Product design and development
  • Testing
  • Product migration and support

 

Product Engineering Service – Customer Success Stories

  • Android Infotainment Solution for an Electric Scooter Startup
  • FOTA Update and Bootloader Development for a Leading Electric Vehicle OEM
  • Development of Motor Controller and Application Layer (using MATLAB) for BLDC Motor
  • Mutation Testing of an Automotive EPS for ISO 26262 (ASIL D) Compliance
  • Development of AUTOSAR Compliant Software for Ambient Lighting ECU and Integration of UDS Protocol Stack

 


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[Vlog] What are the Challenges Involved in Development of a Battery Charging Solution for Electric Vehicles?

Category : Embedded Blog

An electric vehicle takes a longer time to charge than a diesel/petrol car to refuel. This is one of the major reasons that hamper mass-adoption of EVs.

But is there anything being done to mitigate this issue? What are the challenges at hand? How are the stakeholders in the electric vehicle industry going to take on these challenges? Are there any resolutions in sight?

Our video talks about the challenges that are involved in the development of battery charging solutions for electric vehicles.

If you find this video helpful, don’t forget to like it. It encourages us to create more such content.

Sharing is caring, so spread the knowledge by sharing this video with your peers. And finally, subscribe to our YouTube Channel to get notified when we add new videos!

Major Takeaways from the “EV Charging System Challenges“ Video

  • State of electric vehicle adoption in the world
  • Hardware and Software challenges in building EV charging solutions
  • Compliance with multiple charging protocols
  • Safety against voltage fluctuations
  • Fast charging
  • Resolutions to some of these challenges

This video has been designed for a wide audience that includes engineers, business managers and decision makers who work in the automotive domain.

We have more such videos on our YouTube channel. Do check them out here.


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What is a Hall Effect Sensor? Understanding its Role in an Automotive Motor Control System

Category : Embedded Blog

A BLDC motor control system is a complicated circuit where several components work in tandem to make the motor move in a desired manner. Efficiency, Durability and Performance are the attributes that concern the engineers the most while designing such a system.

While the magnets and coils take care of the electrical aspect, a microcontroller acts as the brain that drives the motor. But even the sharpest brain needs sensory inputs.

The two sensory inputs that assume much importance here are Speed and Position. Let’s understand them in the context of motor commutation.

Commutation is the process of switching current in the motor phases to facilitate the rotation of the motor.

In brushed motors, the brushes come in contact with the commutator and switch the current for the movement of the motors. BLDC motors do not have brushes; thus, they need to be driven electronically using a motor control system.

The BLDC motor controller provides the rectangular waveforms (voltage) to the rotor magnets, and create the magnetic field which drives the motor.

Importance of Speed and Position of the Rotor in Motor Commutation:

Commutation in a BLDC motor is a 6-step process. A 3-phase H-Bridge is used to create 6 flow vectors each causing a rotation of 60 Degrees (corresponding to the next position) of the motor, thus making a full rotation of 360 degrees.

  • In order to move the motor, the motor controller sends current through the stator’s coil. This produces magnetic field which in turn develops the torque on the rotor (a permanent magnet). As a result, the rotor starts to move.
  • Now, if the rotor reaches near the magnetic field that is moving it, the rotor will tend to stop because of the changed polarity. At this instance, the magnetic field will begin to attract the rotor and stop the movement. To avoid it, the motor control system switches the current supplied to the stator and a new magnetic field is created and the rotor continues its movement. The process of commutation thus, is all about switching the current at the right instance.
  • The concept of speed and position comes into the picture as this ‘right instance’ needs to be sensed when it arrives.
  • A sensor is required to give the feedback to the motor control system indicating when the rotor has reached the desired position. If the commutation is done faster or slower than the speed of the rotor, the magnets go out of sync with the magnetic field of the stator. This causes the rotor to vibrate and stop instead of rotating.
  • Post one commutation, the position of the rotor has to be determined with respect to the stator so that the next commutation can be initiated. And hence, the position detection is also a crucial parameter.

There are many types of sensors used in the electric motor industry like Encoders, Switches and Potentiometer. However, the most widely used and deployed sensor is the Hall Effect Sensor.

In the subsequent sections, we will talk in detail about the Hall Effect Sensor and its role in a motor control system.

What is Hall Effect Sensor?

A Hall Effect Sensor is essentially a transducer based on the principle of Hall Effect.

The effect of getting a measurable voltage when a conductor or semiconductor with current flowing in one direction is introduced perpendicular to a magnetic field, is called the Hall Effect.

In simpler terms, a voltage is produced across an electric conductor when a magnetic field is applied to it in a direction perpendicular to the flow of current.

A Hall Effect Sensor is a solid-state device that applies this principle to determine the position, speed and various other attributes required to run a BLDC motor efficiently.

Hall Effect Sensor

A Magnified View of the Hall Effect Sensor

A small value of current runs through the Hall Strip at all times. As already mentioned, the alternating field from this rotor magnet will create a voltage across the Hall Strip. The voltage is then fed to the digital circuitry (shown in the diagram above), which in turn, gives a digital signal as the Hall Effect Sensor output.

How Hall Effect Sensor Works in a BLDC Motor

Typically, a BLDC motor will have three Hall Effect Sensors fitted on the rotor or the stator. These Hall sensors are placed 120 degree apart from each other, giving 0 to 360 degree angle position.

When these hall sensors come in contact with the magnetic field of the rotor, it generates respective digital pulse in terms of 1 and 0, as shown in the diagram below.

In six steps, these hall sensors are able to give the motor position (Angle). In the diagram, the rectangular waveforms showcase the positive and the negative pulse generated at the corresponding angle by all three Hall Effect Sensors – A, B and C.

A corresponding graph also shows how one commutation is completed in 6 steps as the angle reached 360 degrees.

360 degrees

 

The following explanation will bring more clarity.

When the rotor magnet crosses one of the sensors, it produces a low or high signal depending on whether it is the North pole or the South pole of the rotor that has passed. As the rotor crosses all three sensors, these sensors switch between low and high, thus giving out the position of the rotor every 60 degrees.

The diagram below shows a typical BLDC Motor Controller. Three lines going from the motor to the controller depict the signal sent by the three Hall Effect Sensors.

BLDC Motor Controller

The Hall-effect Sensor is able to distinguish between the positive and negative charge moving in opposite direction. The magnetic field detected by the hall-effect sensor is converted to the suitable analog or digital signal that can be read by the electronic system, usually a motor control system.

Shown below is the truth table derived from the readings of the three Hall Effect Sensors. As you can see, the transistor state of the H-Bridge depends on the signal detected by the sensor. The downward arrow shows the clockwise movement (CW) and the upward arrow shows counter clockwise movement (CCW).

CCW

Now that we have the truth table and the graph, the angle (position) and the speed of the rotor can be easily calculated.

  • Angle Calculation: It is calculated based on the Hall Effect Sensor signal as shown in fig 1. According to the Hall sensor pulse, 0 – 360 degree angle is calculated.
  • Speed Calculation: Speed calculation is done by calculating periods of the Hall Effect Sensor signal. With the help of period, frequency and speed are calculated as per the following formula.

    Frequency = 1 / Period.

    Only one hall sensor is enough for calculating the speed.

Advantages of Using a Hall Effect Sensor in a BLDC Motor Controller

  • Hall Effect Sensor is a very simple device comprising of magnets, hence, very cost-effective for motor control systems.
  • For the same reason, these sensors are easy to implement in advanced motor control systems for EVs and other automotive solutions.
  • Most BLDC motors come equipped with these sensors.
  • Hall Effect Sensors are mostly immune to environmental conditions like humidity, temperature, dust and vibration.

Wrapping it up

A lot goes on inside a BLDC motor control system. There’s FOC algorithm, H-Bridge circuits, efficient commutation and more. Amongst the multitude of components inside a BLDC motor control system, a very small and humble sensor – the Hall Effect Sensor, makes its presence felt.

Being cost-effective and easy to implement, these sensors have made new-age BLDC motor control solutions more efficient and deployment-friendly in the automotive industry.

Watch this space to know about other such components that play vital roles inside a BLDC motor controller.


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Why are Accelerated Mobile Pages (AMP) a Must-Have for Your Magento Ecommerce Store?

While waiting for a webpage to download on a mobile phone, a second may seem like an eternity. For any Ecommerce Store page load-time is the holy grail, as it directly impacts the user-experience.

There is also an abundance of literature on the internet that indicate the correlation between page load time and conversions. On an average, if your website takes longer than 3 seconds to load, you could lose about 40% of visitors!

We know that web pages download at a slower rate on mobile phones when compared to desktop computers. The Accelerated Mobile Pages (AMP) framework was implemented by Google in order to fix this specific issue.

What are Accelerated Mobile Pages?

Accelerated Mobile Pages (AMP) are essentially a web component framework that help in creating user-first websites. This is an open source library that significantly improves user experience on mobile phones.

When a user performs a search on Google, the Search Engine Results Page (SERP) will display AMP along with regular web pages. Accelerated Mobile Pages can be identified with a lightning bolt sign and the letters “AMP” next to the title.

On clicking the AMP link, the user experiences optimised page loading speed.  The HTML and CSS of the page are stripped-down and streamlined to achieve this.

What are the Advantages of Using AMP on Your Magento Website?

Website owners can benefit in the following ways through the implementation of AMP:

  • Improved Page Speed – Page load time is usually higher for websites that are hosted on underpowered or sharing servers. Accelerated Mobile Pages are extremely useful in such cases, as these load instantly when compared to normal HTML pages.
  • Boost in Organic Rankings – Multiple website owners have reported spikes in organic rankings and traffic post the implementation of AMP. This is primarily due to the fact that reduced page load time is an established ranking factor for search engines.
  • Support for Ads – When AMP was first introduced, landing pages built using the framework would load faster, but the ads on those pages were slow. This resulted in users navigating to a landing page and scrolling down much before they ever saw the ad on the top of that page.

    This issue of ad blindness was resolved when Google introduced AMP-enabled ads on AMP-constructed pages. The ads on these pages would load in the blink of an eye and facilitate a streamlined experience for users.

  • Improved Visitor Tracking – At the time AMP was introduced, there were concerns over inaccuracies in Google Analytics data. Artificially higher user/session counts and bounce rate were observed for specific user journey. Also, page views per session and session duration showed lower values in these cases. These issues were addressed by Google in a timely manner and today, we have enhanced AMP analytics that provides data with improved accuracy.
  • Ability to Set Colour Schemes – Website owners can configure the colour scheme for AMP so that it aligns with the theme of the website. There are multiple AMP plugins that facilitate this.
  • Ease of Configuration – There is no need to submit a separate XML sitemap file for Google to identify AMP versions of web pages. Google will automatically recognise the AMP version.

In effect, it makes sense to implement Accelerated Mobile Pages on your Magento ecommerce store if it is too slow or you are looking to improve its search engine performance. Websites with poor mobile responsiveness or high mobile bounce rate can also explore utilising this feature.

Understanding the AMP Framework in Detail

The AMP framework consists of the following elementary parts:

  1. AMP HTML – As indicated above, the AMP HTML is a lighter version of HTML. In AMP, there are several restrictions on the usage of HTML elements that can increase page load time.
  2. AMP JavaScript – Although JavaScript can facilitate multiple advanced website features, it can also bring down the load time for pages. AMP JavaScript is a framework for mobile pages. For the most part, it manages resource handling and asynchronous loading. In the AMP framework, Google has restricted the use of third-party JavaScript.
  3. AMP Content Delivery Network (CDN) – This is an optional component of the framework, and it enables website owners to store cached versions of their web pages on Google servers. These cached web pages are then displayed to users within milliseconds.

Extensions for Accelerated Mobile Pages for Magento 2

Listed below are some of the popular extensions for AMP on Magneto 2 platform:

  • Accelerated Mobile Pages by Plumrocket
    • Supports all Google AMP tags and components
    • Supports Google Tag Manager
    • Related Products and Upsells are included on the AMP Product Page
  • Accelerated Mobile Pages by Templates-master
    • Autogenerates AMP version of product, product comparison and category pages
    • AMP page can be customised based on themes
    • Customer behavior can be tracked using Magento Google Analytics
  • Accelerated Mobile Pages by Bsscommerce
    • Supports styling through custom CSS based on page type
    • Allows Search and Subscribe newsletter block for specific sites
    • Provides AMP-standard widgets such as iframe, banner, video, image, etc. for customising AMP homepage and CMS pages

Magento 2 Implementation of Accelerated Mobile Pages

We now come to the most anticipated question – Since AMP offers a lot of advantages, is it beneficial to implement the framework on all pages of your Magento 2 website?

The answer is No. You need not create AMP versions of all web pages on your Magento ecommerce store.

The first step in the implementation of this framework would be to update some of the pages and observe the results. If you see an improvement in conversions, you can proceed with the remaining pages in batches.

In Magento, it is recommended to use the AMP framework only on the following pages:

  • Category Pages
  • Search Result Pages
  • All CMS/Static Pages
  • Product Pages (for all types of products)

It will not be beneficial to implement Accelerated Mobile Pages on Checkout or Shipping pages as these are not static. Moreover, these pages are built using plenty of custom JavaScript that is restricted in the AMP framework.

One of the primary advantages of AMP is the fact that these pages have improved discoverability on Google. Since Checkout and Shipping pages do not appear in search results, there is hardly a need to convert these into AMP.

Will You Experiment with AMP?

After the introduction of the AMP framework, billions of pages and thousands of websites have benefited from being armed with the lightning bolt badge! If you are a retailer looking to improve sales during the upcoming festive season shopping, you can seriously consider incorporating AMP in your marketing strategy.