Author: Hardik Kamothi

Image processing : What is it? utilising our services

Posted on by Hardik Kamothi

Cameras have become a crucial part of our daily lives, from snapping pictures to keeping an eye on our homes and loved ones. This technology has made it easier to record and share memories while also enhancing security and monitoring capabilities.

The future, on the other hand, is far more intriguing, as improved sensors evolve at a rapid pace alongside the expansion of the Internet of Things (IoT). The possibilities for what we can integrate with Image Processing are limitless as we approach a new era of creativity!

IoT camera sensor is essential to the IoT Tech-Stack because it allows for the collection of data from the physical environment and the conversion of that data  in a way that will create revolutionary change in the world.

A Basic Understanding Of Camera sensors & Image Processing

A camera sensor system is a complex collection of components that work together to capture and process images. From the camera sensor itself to the image processor, lens, and memory card, every component plays a critical role in the quality of the final image.

Camera image processing is becoming more and more significant with the growth and use of consumer products having imaging capabilities. Numerous applications, including consumer, computer vision, industrial, defence, multimedia, sensor networks, surveillance, and automotive make extensive use of camera sensor integration techniques.

 

How E-Alphabits develop to produce numerous real-world innovations by integrating cameras and AI/ML, such as:

 

1) Advance Surveillance:

Security cameras frequently use video sensors to monitor and secure public spaces, structures, and private assets. Even in low light, these cameras can provide high-quality pictures and videos that can be used to spot and follow potential threats. 

Additionally, the sophisticated features of E-Alphabits’ Camera Detection System, like licence plate and facial recognition, are able to get information on people and vehicles.

2) Automotive Industry:

Camera sensors are a crucial part of modern cars’ ADAS, or advanced driver assistance systems. These systems make use of video sensors to provide functions including blind spot recognition, drowsy driver detection, and lane shifting warning. 

Leverage the expertise of our E-Alphabits’ professionals in drowsy driver detection systems. For instance, if the driver is caught asleep and the car begins to drift out of its lane, The video sensor can notice this and alert the driver.

3) Medical Imaging:

Advanced imaging technology allows to capture high-resolution images of body parts and organs, which can be used for diagnosis and therapy planning.

E-Alphabits  has expert AI/ML developers working on real-world innovations by integrating cameras. Doctors can perform real-time operations and provide guidance, regardless of their physical location. 

4) Agriculture:

Using drones, precision agriculture uses camera sensors to monitor crop development, identify crop diseases, and optimise watering. 

Our tech-savvy professionals are experts at integrating cameras and providing real-time solutions. Additionally, certain camera sensors have multispectral imaging capabilities, which can be used to spot crop problems like nutrient deficits.

5) Robotics:

Robots can navigate, avoid obstacles, and recognize objects using advanced AI and machine learning algorithms. E-Alphabits AI/ML developers create an algorithm by  integrating  into the robot’s software. The robot can construct a 3D picture of its environment and navigate through difficult locations by analysing input from multiple sensors such as LiDAR and radar.

 

Synopsis

As new technologies and applications emerge, E-Alphabits’ tech-savvy employees excel in incorporating cutting-edge sensors to solve real-time development problems. These sensors can give crucial data that can be utilised to boost productivity and enable new techniques of data analysis and decision-making in a wide range of industries, including healthcare, retail, and agriculture, among many others.

We have established our foothold in the IOT industry for more than 13 years, and we believe that by adding value, we can create products that are tremendously valuable.

 

Hire our experts, such as E-Alphabits Mobile Developers, E-Alphabits React JS Developers, and E-Alphabits Node JS Developers, who specialise in offering custom software development services.

To power your ideas, contact  E-Alphabits | sales@ealphabits.com | +91 97372 08790.

 

Future of IoT

Posted on by Hardik Kamothi

Future of IoT:

The Internet of Things is significantly changing our world and has a continuing influence on our personal and professional lives. The IoT is not just restricted to consumer goods; it has already been embraced by various businesses. It will be fascinating to see how this technology advances and revolutionises the industry over the coming years.

Without further ado, let’s explore the Feature of IoT.

 

1) Automotive Industry:  

Self-driving cars are being developed by various companies around the world to improve their performance. Features such as

  • IoT-based HD cameras will be installed in self-driving cars to assist in gathering images of the environment and communicating the data to AI-based systems that will modify the behaviour of self-driving cars.
  •  IoT-enabled semi-autonomous vehicles’ that partially control the vehicle to prevent collisions.

 

2) IoT in Agriculture:

To address rising food demand, the sector has turned to technology to enhance productivity.

  • Drones will assist agriculture by planting crops, irrigating fields, spraying pesticides, and tracking farms.
  • Construction of IoT-based greenhouses that incorporate sensors, climate controls, and other equipment.
  • Precision farming will allow farmers to keep track of their crops and enhance productivity.

 

3) IOT in Healthcare:

  The Internet of Things has proven to be one of the most beneficial technologies in the medical field. Healthcare equipment can transmit patient health data directly to doctors. IoT resolves major difficulties in the healthcare industry, like

  • As opposed to manual equipment, which can lead to errors in patient diagnosis. The use of IoT in diagnostics will save time while also providing reliable results.
  • With the advent of IoT, real-time procedures are possible, which will be also managed by doctors.

 

4) IoT in the Energy Sector:

 Both electronic systems and electrical networks are becoming more sophisticated. 

  • It tracks the data that is distributed across all connected grids to ensure that no energy is being wasted on other resources.
  • One electric grid might be able to communicate with another electric grid, for example, to maximise its power supply.

 

5) Industrial Internet of Things:

The use of IIoT in manufacturing enhances inventory and supply chain management efficiency while also assisting in the detection and resolution of problems. 

  • Smart camera monitoring feature that increases construction site safety by detecting whether workers are wearing helmets, gloves, and other safety gear.

 

We have established our foothold in the IOT industry for more than 13 years, and we believe that by adding value, we can create products that are tremendously valuable.

To power your ideas, contact  E-Alphabits or at 9737208790 .

Bluetooth Low Energy in IOT

Posted on by Hardik Kamothi

  For decades, the Internet of Things (IoT) has been a buzzword. There are over 10 billion active IoT devices worldwide, and Bluetooth Low Energy is one of the key technologies enabling this market growth.

 

BLE( Bluetooth low energy) in IOT

 

 – The Bluetooth Low Energy (BLE) is designed to run on very little power.

 – Bluetooth Low Energy transmits data using 2.4 GHz radio frequencies.

 – BluetoothLE has ultra low power consumption and it is small in size compared to classic bluetooth. 

 – It also has quicker connection capability and it transmits a small amount of data at low speed.

 – BLE is leading IOT technology due to low cost and demand for it in the development community. 

 – It highly provides security compared to regular bluetooth devices. 

 – BLE is used in firmware to communicate with other devices that must support BLE.

– Bluetooth LE radio gives developers a significant amount of flexibility in designing products that meet the specific connectivity needs of their market.

 – The Bluetooth SIG recognizes a number of low-energy technology markets, primarily in the smart home, health, proximity sensors, and fitness sectors.

 

BLE VS Bluetooth

 

When talking about BLE vs. Bluetooth, the major difference is low energy consumption capability. With low-energy consumption applications can run with a battery optimisation for a longer amount of time. Compared to Bluetooth the BLE provides a high range of data connectivity and has a big amount of radio frequency.

 

Attributes

GATT (Generic Attribute Profile) 

 

The GATT profile is a generic specification for delivering and receiving small data packets known as “attributes” over a Bluetooth Low Energy channel. GATT is the foundation of all existing BLE application profiles.

GATT is based on the Attribute Protocol (ATT). ATT is designed to run on Bluetooth Low Energy devices. To that goal, it makes use of as few bytes as feasible. It is a standardised 128-bit string ID format used to uniquely identify data. 

 

GATT server vs. GATT client

The Server is the device that exposes the data it controls or contains, as well as potentially other aspects of its behaviour that other devices can control.

A Client, on the other hand, is a device that communicates with the Server in order to read the exposed data and control the Server’s behaviour.

Bear in mind that a Bluetooth LE device can function as both a Server and a Client. Once they have established a connection, this controls how two devices communicate with one another. 

Imagine you have a BLE-enabled activity tracker and an Android phone in order to better grasp the differences. In contrast to the activity tracker, which supports the peripheral role, the phone plays the central role. When the phone and the activity tracker connect, they begin transmitting GATT metadata to each other. Depending on the type of data being transferred, one or the other may serve as the server.

 

Common use case

Data transmitted in chunks(20 bytes at once) between devices:-

A communication channel needs to be established before any data can be sent between BLE-capable devices. After receiving authorization to use Bluetooth, your programme must access the BluetoothAdapter to check whether Bluetooth is turned on for the device.

 

Using proximity sensors to provide consumers with a personalised experience:-

We simplified it in three steps for easy comprehension:

  1. Once Bluetooth is enabled, the device will search for nearby Bluetooth Low Energy (BLE) devices. 
  2. Connecting to the GATT server on the BLE device enables the discovery of a device’s capabilities when it is first found.
  3. After a connection is made, depending on the features and services that are offered, data can be sent via the linked device.

 

Central vs. peripheral 

 

 This is the most standard method in BLE. A central device which is intended to be the BLE device that initiates outgoing connection requests to a peripheral device.

 A Peripheral device that accepts incoming connection requests after advertising itself. This holds true for the actual BLE connection. 

The peripheral device creates the advertisement, while the central device scans for potential advertisements. When compared to peripheral devices, central devices have more resources, such as computing power.

 

 

Services 

 

A Service is a collection of Characteristics. A service represents a specific feature of a device, such as buttons or a specific sensor.  A UUID identifies a Service. For example, you could offer a service called Heart rate monitor, which includes features like heart rate measurement. Each Service has the ability to define multiple Characteristics.Profile 

A Profile is a collection of Services. Each Profile can have multiple Services defined. The Bluetooth SIG defines numerous profiles for Bluetooth Low Energy devices. A profile is a specification for how a device should behave in a specific application. It should be noted that a device can support multiple profiles. A device could, for example, include a heart rate monitor and a battery level detector.

 

Characteristics

 

Characteristics are made up of various parts. They have a type, a value, a set of properties, and a set of permissions. A UUID value indicating which type of Characteristic an Attribute is. 

Characteristics are data items that relate to a specific state of the environment that the device can measure using a sensor. Internal state data includes the current battery level, which could be measured by a sensor. A characteristic, which stands for a piece of information or data that a server wants to make available to a client, is always a component of a service.

Operations are listed below:

  • Instructions
  • Issuances
  • Responses
  • Notifications
  • Indications
  • Verification

 

In a nutshell

 

BLE device requires low power and small data transmission. BLE optimises and reduces power consumption as much as possible and transmit data in chunks. When compared to other similar technologies, BLE modules and chipsets are less expensive and have a greater range. This is due to greater adoption and competition in the marketplace.

We have established our foothold in the IOT industry for more than 13 years, and we believe that by adding value, we can create products that are tremendously valuable.

To power your ideas, contact  E-Alphabits or at  9737208790 .

Android Digital Signage is emerging courtesy of next generation

Posted on by Hardik Kamothi

As a business owner, you should always be searching for innovative strategies to grow your company in this ever changing digital world. In this case, Digital signage is the most effective way to boost business growth.

 

Emerging courtesy of next generation

 

Android Digital Signage refers to a smart screen that displays any type of content (informative, interactive, textual, or audio-visual) for business and mass communication purposes. 

Digital signage is the most advanced type of advertising from a small display to big video walls. Admin can check the status of each device from their cloud-based Admin Console.

This signage is remotely controlled and used to display various contents. It saves money by decreasing the demand for printed materials and the personnel required. It is also primarily concerned with enhancing sales and client retention. Android Digital Signage is gaining ground into the world of digital advertising industry.

80% of firms that use digital signage report an increase in sales, with 33% of those sales coming from impulse purchases. Customers can view available products, their features and acquire further information without having to wait for a staff member. As a result, it is cutting perceived wait times by 40% on average and improving line management.

 

Leading Digital Signage to New Heights

By including interactive features that give users power over the experience, artificial intelligence elevates digital signage to new heights. With this technology, it is now feasible to obtain customised information about individual tastes, interests, and needs. Customers seek out products and services that are pertinent to them. They can see content that is more beneficial to them thanks to digital signage.

Yes, it is possible with the help of emerging technologies, business owners can detect which advertisement has received more views and from which floor. They can also determine the facial expression of each person who’s viewing the advertisement.

As we observe from our surroundings,

Malls and shopping centres are putting a lot of effort into developing fresh and enjoyable shopping experiences that are fuelled by digital signage for malls in order to draw in and keep new customers. Retailers are placing digital signs in high traffic areas like the food court and entrances to generate additional marketing and promotion opportunities.

Without further ado, let’s review its aspects.

 

Modes of Android Digital Signage 

 

POS (Point of Sale):

Android, Windows, and Linux are supported by POS Systems. It is crucial to take into account the extensive use of technologies at every touchpoint because selecting a POS system influences technological selections made throughout the store. POS touchscreen computers that are all-in-one and potent tiny PCs that offer performance, flexibility, and style. Make a stack that works for your company.

Point-of-sale (POS) terminals are present everywhere, emerging from the typical cash wrap in the form of self-checkout kiosks, mobile device scanning at the curb, and even pay-with-your-face technologies. These devices run the Android operating system.

 

Kiosk Mode:

Self-service kiosks let customers take charge of their experiences by enabling self-ordering, self-checkout, and guest check-in. Self-ordering kiosks quickly identify consumer demand, enabling quicker fulfilment and greater client satisfaction. It contributes to quick response times, precise ordering, liberating experiences, and higher revenues.

In general, Android-powered kiosks are less expensive than conventional kiosks, and businesses can cut costs while bridging the gap for customers by converting an existing mobile app for kiosk use.

 

FEATURES of Android Digital Signage

 

High-definition image galleries

Because today’s shoppers are busy, you must grab their attention by displaying exciting images on your digital screen. Photos are visually appealing and one of the quickest ways to reach out to modern consumers. You can share your own images, as well as those of your advertisers and sponsors, as well as images shared by your customers.

 

VIDEO

videos like  (AVI, MPEG, MP4, MOV, WMV, MKV) displays with the audio format capture more attention instantly than pure text alone.

 

Essential notices

Use digital signage for malls to share important on-demand information with mall visitors. The digital signage can be used to announce the opening of a new store, parking hours, and mall events.

 

Website

Share your website or any other URL in one section of the screen. You can display your website, blog pages, or any other interesting site. This is especially useful if you have an impressive landing page, an ongoing online campaign, or a new product that is about to be released.

 

Assessment

With Performance Monitoring, you can quickly identify performance issues and view the full end-to-end distributed trace to see the exact poor-performing API call and what caused it. Measure everything from warm starts to frozen frames to improve Android performance with maximum efficiency rather than maximum effort.

 

Display the weather, and RSS news.

Slideshow’s web interface allows you to add different panels to the screen in addition to displaying files, current date and time, weather information for the next few days, and RSS news for your favourite provider.

 

Remotely Overhaul  Anytime & Anywhere

You can manage the system remotely, and any changes you make are automatically synchronised across all displays. This remote management facility enables quick troubleshooting and saves the high costs associated with delays and incorrect digital signage.

 

OTA update

 In a manual Over-The-Air software update, either the device is initially configured to check for updates on a regular basis, or the user must explicitly click on a link to check for updates. To upgrade several devices anytime anywhere we use automatic OTA. Automatic Over-The-Air software updates are best suited to devices that are not operated by a human. The update is managed by an MDM hub.

 

Detection of bugs

Improve workflow by having a complete view of releases, allowing you to mark errors as resolved and prioritise live issues. Even when devices are offline or in aeroplane mode, record Android stack traces and send errors as soon as the connection is restored. which version a bug first appeared in, merge duplicates, and determine whether things will regress in a future release. Add commit data to automatically suggest an owner for each application error and send deploy emails immediately.

 

Benefits of Android Digital Signage

 

Easy to use across multiple devices

Simply install our Digital Signage software on your Android smartphone, tablet, TV, stick, or box, launch it, and through, router admin can control and custom  files anytime anywhere.

Support for a wide range of file formats

It supports a variety of image, video, and audio formats (MP3, FLAC, WAV, OGG). It can also display text (TXT), Excel (XLS, XLSX), PDF, HTML, and YouTube videos without any additional setup or external service.

Low cost

The low cost of android digital signage contributes to a reduction in the overall cost of digital signage ownership.

Software compatibility

Incompatibility between hardware and software could render your digital signage investment ineffective. Android is supported by nearly all digital signage content management systems

 

Android Digital Signage – Custom AOSP

 

Ealphabits is your one-stop destination if you’re looking for Digital Signage custom AOSP (Android Open Source Project) development, our repository provides the details and source code required to develop specialised Android OS iterations, having the assurance that hardware satisfies with the compatibility standards, adapt hardware and accessories to the Android platform.

 

Next-generation Digital Signage

 

The primary purpose of Digital Signage is to disseminate information. Nowadays, it has emerged to the point where you can collect data with the help of AI. Retailers can analyse which advertisement has received the most attention from customers by using next-generation digital signage solutions that include features like facial recognition.

The term “artificial intelligence” refers to much more than just a face recognition system. Since digital signage AI uses consumer data to choose which advertisements to show to each individual, based on their interests. Since digital signage AI uses consumer data to choose which advertisements to show to each individual, based on their interests. This information can help digital signage to display specific advertisements.

Some products may be preferable to others on a rainy day or in colder weather. Ads could be displayed based on not only analytics but also based on weather report. Furthermore, digital signage content can also be automatically adjusted, shopping decisions are likely to be influenced by weather information.

 

E-Alphabits is the best place to go if you need assistance creating an Android Digital Signage. We secure the success of your product. To power your ideas, contact E-Alphabits or 9737208790 .

 

Native vs Cross Platform App Development? Which is more advantageous for you!

Posted on by Hardik Kamothi

Development of native vs. cross-platform apps has continued to be a debatable topic among developers. While some regard the latter to be superior to the former, others think the former has some significant advantages over the latter. Along with the argument, selecting between native and cross-platform often leaves businesses confused.

 

Which is more advantageous for you: Native vs. Cross-Platform App Development?

Both have their own benefits and drawbacks, and choosing one over the other can have long-term effects on functionality, cost, and time. We’ll compare the two options and help you decide which is ideal for your project. Let’s start with native app development.

 

What is Native Apps Development?

A native mobile app is one that is created specifically for a mobile operating system, such as iOS or Android. To create a native app for a particular platform, specific programming languages are used. For example, Java or Kotlin are used to create native Android apps, while Swift or Objective C are used to create native iOS apps. To produce a native app that is platform-specific, the app development business or the app developers employ an Integrated Development Environment (IDE) and a Software Development Kit (SDK). For iOS apps, the framework of choice is XCode, whereas Android apps are developed using the IDE known as Android Studio.

A native app has great performance and offers a superior user experience since it fully utilizes all of the device’s functions, including the Camera, GPS, Contacts, and Microphone, to function as intended. Due to the aesthetics compatibility with the platform’s UX, the user experience is also improved. A native app can be downloaded from the respective app stores for Android and iOS users (Google Play Store and Apple Store).

 

Pros of Native Apps Development:

  • High performance

Because It is listed higher on the platform’s app store for better performance, and quickness.  

  • More scalability

The variety of tools at their disposal and the adaptability of resource management.

  • Rich UI/UX

High performance is produced by the direct communication between the code and the underlying resources.

Cons of Native Apps Development:

  • More development time 

Because the work done on one platform cannot be replicated.

  • High cost

It is costly when you need to launch for both iOS and Android.

 

What is Cross-platform Apps Development?

Cross-platform app development entails creating applications that run on many operating systems, such as iOS and Android. In this scenario, developers can use one code base for a variety of platforms. These applications are created with the aid of programmes like Xamarin, React Native, and Flutter that offer a common operating system. Cross-platform applications may seem convenient, but you run the risk of sacrificing quality.

 

Pros of Cross-platform Apps Development:

  • Marketing is more rapid

One time development is sufficient to produce an app that works across various platforms.

  • One team for all

due to the reliance on a single cross-platform development tool and piece of developed code.

  • Saves time & cost

You may create a cross-platform programme with just one developer team, which will help you save time and money.

Cons of Cross-platform Apps Development:

  • UI/UX challenge

Native UI/UX elements cannot be utilized by cross-platform programmes.

  • Limited functionality

For developers, accessing smartphone functionality could be difficult.

 

Important factors to consider while making choice between Native & Cross-platform Development:

  • Development cost & time

Despite producing high-performing programmes, native programming is more time- and resource-intensive. If you have a tight budget, cross-platform development is the best alternative.

  • App design

There is no need to create two versions of the programme when it is cross-platform. An app may be released for both iOS and Android.

  • App complexity

If your project requires significant processing or access to low-level APIs like Bluetooth, you should choose native development.

 

Synopsis

After understanding the advantages and disadvantages of both native and cross-platform app development, evaluate them to see which best suits the needs of your project. If the needs are better suited for a cross-platform software, a native app won’t make sense, and vice versa. 

The best choice in terms of knowledge and accomplishment is native apps. Despite their higher cost, you’ll feel at ease with lower defect rates and better photographs.

Cross-platform apps can be created quickly and easily, but it will take more work to provide the same level of user experience on each platform.

If you are still confused and If you want assistance contact E-Alphabits or at 9737208790 to discuss for qualified advice.

What is 5G? – what it Mean for the Internet of Things

Posted on by Hardik Kamothi

IoT technology and 5G together are way more than just a new generation of wireless technology.

It symbolizes a fundamental shift in the mobile ecosystem, releasing a potent mix of incredible speed, higher bandwidth, low latency, and increased power efficiency that will fuel billions of more connections over the next five years and transform our world.

 

What Does 5G Mean for the Internet of Things?

It’s ground-breaking!

The advancement of everything from self-driving cars to smart grids for renewable energy to AI-enabled robots on manufacturing floors will be made possible by 5G’s quicker, more reliable, and more secure connectivity!

It is enabling a massive IoT ecosystem in which networks can function billions of connected devices while balancing speed, latency, and cost.

 

5G Use Cases in IoT

Here, we highlight two most promising 5G use cases in IoT settings that have the greatest market potential.

1. Vehicle Telematics

The automotive and transportation (A&T) industries are expected to be the first to adopt 5G technologies in IoT applications.

Millions of connected cars already use telematics applications like vehicle diagnostics, location tracking, and user-based insurance, making A&T one of the most “IoT” mature segments. These applications are primarily used today over traditional cellular (2G/3G/4G) technologies, which in general offer satisfactory performance to handle their current communication needs. These apps mostly encompass the transmission of small volumes of non-real-time data obtained from the vehicles.

However, the introduction of 5G offers the opportunity to gather more precise data in real-time about the performance and health of the vehicle as well as the behavior of the drivers, enabling the delivery of more advanced services (such as those from automotive OEMs and car dealerships) and new pricing models (e.g., insurance companies).

IoT Analytics anticipates that many vehicle telematics implementations will support both 4G and 5G connectivity over the course of the next few years in order to future-proof their solution and utilize 5G’s enhanced capabilities where available while operators continue to make success with network roll-outs.

2. Video Surveillance

Another application that would benefit from 5G connectivity is video surveillance and analytics. Many governments and municipalities throughout the world are spending money on public security and surveillance systems as a result of the rising risks to public safety in recent years, and this trend is predicted to continue.

The bulk of public video surveillance systems still use wired connectivity today, although the use of wireless communications, such Wi-Fi or cellular, is growing in popularity since they are simpler to set up, faster, and generally less expensive than wired networks. Wi-Fi is the preferred method for stationary CCTV systems, but cellular connectivity, particularly LTE, is more common for temporary static installations (such as on construction sites or at public events like concerts, festivals, and election rallies) and for mobile video surveillance (e.g., cameras placed on vehicles such as police cars, public transports, and surveillance UMV(drones) or body-worn by officers).

While LTE networks provide adequate performance for remote connection to live and recorded HD video, the implementation of 5G will deliver the performance boost necessary for the deployment of a significant number of cameras and more advanced real-time video content analytics.

Are you interested in any kind of IoT development? Contact us at E-alphabits or sales@ealphabits.com to discuss more ideas about your project and we will give wings to it!

What is MicroServices? Let’s check it out!

Posted on by Hardik Kamothi

Today, in most cases, monolithic architecture has been replaced by microservices architecture. Netflix, Twitter, and Amazon are just a few examples! Yes! What is so special about it that everyone is shifting their gears towards it? Let’s check it out!

What is MicroServices?

Microservices, sometimes referred to as microservices architecture, is an SDLC method in which large applications are created as a grouping of small functional modules. One of the architectural concepts that software developers use the most is this one.

This architecture speeds up development in addition to making maintenance simple. The modern software development techniques like DevOps and Agile greatly benefit from the use of it. It also aids in the timely, frequent, and reliable delivery of large, complicated applications.

Applications are framed as groupings of the following services:

  • Testable and maintainable
  • Loose coupling
  • The ability to deploy independently
  • Based on or arranged according to business capabilities
  • Management by a limited team

Main Features :

The following are a few of the key features :

Decoupling: Services are largely separated within a system. Therefore, the entire application may be built, modified, and scaled quickly.

Componentization: They are considered as separated parts that are easy to swap out or upgrade.

Business capabilities: It is a simple and only concentrate on a single function.

Team autonomy: Each developer completes their task independently from the others, accelerating the project’s completion.

Responsibility: Microservices are not developed with applications as their primary projects. Instead, they view apps as products for which they are accountable.

Agility: Microservices help in agile development. It is possible to swiftly develop new features and then remove them at any time.

Microservices Primary Components:

  • IaC [Infrastructure as Code Conception]
  • Containers, Clustering, and Orchestration
  • Cloud Infrastructure
  • The Enterprise Service Bus
  • API Gateway
  • Service Delivery

The Following Segments Comprise the Operation of Microservice Architecture:

Clients: Requests are sent by numerous people using different devices.

Identification Provider: Approves the identity of a user or client and provides security tokens.

API Gateway: Deals with client requests.

Static Content: All of the system’s content is contained within it.

Management: Failures are recognized and services are balanced between nodes.

Service Discovery: Discovers the channels of communication between microservices.

Content Delivery Network: Distributed network of proxy servers and their data centers comprise the content delivery network.

Remote Service: Access to data or information stored on networked computers and devices is made possible with remote services.

Benefits of MicroServices:

  • Autonomous and self-sufficient deployment module.
  • Services with independent management.
  • The demand service can be set up on numerous servers to boost performance.
  • It has fewer dependencies and is simpler to test.
  • A higher level of agility and scalability.
  • Simplicity in maintenance and bug fixing.
  • Improved communication between business users and developers.
  • Smaller-sized development teams.

In a Nutshell

A large-scale application can be created using the microservices architecture, which is a collection of small, autonomous services created for a particular business area. Microservices have gained popularity since its introduction in 2011, especially among businesses creating apps.

If you want assistance in developing MicroServices-based apps, E-Alphabits has a variety of platters to serve your needs.

Contact us at E-alphabits or sales@ealphabits.com to power your ideas!

What is AOSP? A quick guide to learn about AOSP Development

Posted on by Hardik Kamothi

What is AOSP? A quick guide to learn about AOSP Development

Google created the Android Open Source Project, a totally free and open operating system. If you are searching for AOSP development, then your search ends here!

AOSP stands for Android Open Source Project. This is the simplest answer to the question, “What is AOSP?”. But, you don’t seem to have gained anything about AOSP yet so let’s dig deeper into the AOSP world.

What is AOSP?

The operating system known as AOSP is what Android hardware manufacturers use to develop the OS for their products. The Google Mobile Services (GMS), a collection of apps found in the majority of Android devices, are frequently used with AOSP.

To create the Android OS for their hardware, AOSP offers the official foundation code and guidelines to the developers. However, they are free to make their own modifications, such as altering the user interface.

What are the Layers in AOSP development?

Operating systems are challenging to develop and maintain, as you can imagine. The same is true with Android. AOSP includes a number of operating system software layers, providing access points and resources for both hardware and software developers.

Let’s have a look on some of the main layers:

Linux Kernel: It is the primary programme that manages CPU resources, system memory, networking, and other operating system components so that applications and services may run.

HAL/HIDL: HAL is an acronym for Hardware Abstraction Layer. Bluetooth, sound, and other widely used app APIs are linked to the device’s microphone, speakers, and other functions through the HAL layer.

Native Libraries: Low-level libraries such as OpenGL ES, Webkit, and others can be used to build content with the help of native libraries.

Android Framework: Android Frameworks offer hook-ins for popular operating system functions that we all utilise on a daily basis to app developers.

Android Runtime: The Android Runtime serves as a translator, translating app code into instructions specific to the native hardware.

Use Cases of AOSP

The Android operating system was created by Google and is a mobile operating system that is mostly used for touchscreen devices, mobile phones, and tablets.

Because of the way it is made, users may operate their mobile devices naturally using finger movements that mimic regular actions like pinching, swiping, and tapping. In addition, Google uses Android software in automobiles, watches, and televisions, and each has its own user interface.

Apart from phones and tablets, AOSP can be used in POS systems, infotainment solutions and kiosk applications.

The Project’s Importance

A number of uses exist for open-source operating systems. And whereas commercial software and services come and go, open source software endures because it is maintained by a vibrant community.

For individuals who depend on open-source software, Android is the finest operating system alternative. The OS has enormous potential and will keep growing in the future thanks to its big development community.

Although it is currently most recognised for its use on commercial devices, it will increasingly be employed as an operating system for industrial applications in the future. Usability is the main factor, which we are aware of from the consumer perspective.

Long Story Short

At its heart, Android is a platform that anybody can use to run programmes and includes the tools and components required to connect to standard hardware.

E-Alphabits is the place to go if you need a strong solution for your industrial use cases. With more than 13 years of experience, we believe in adding value to create extremely useful products. We secure the success of your product by bringing Android to your hardware.

Contact us at E-alphabits or sales@ealphabits.com for bringing your ideas of AOSP development to life.

WebRTC – How to use WebRTC to make a video chat application?

Posted on by Hardik Kamothi

How to use WebRTC to make a video chat application?

Develop a video chat app to sustain the digital outbreak and connect with people far from you around the world.

 

Due to the pandemic, there are many more professionals working from home than before, and businesses are increasingly embracing online conferencing as their main channel for connecting with clients and staff.

Due to the social distancing measures enacted over much of the world and the general state of lockdown, these video conferencing systems are currently utilised by almost everyone for events and corporate meetings.

Building real-time video chat applications is now simpler than ever thanks to WebRTC and the growing ability of browsers to support peer-to-peer connections in real time. We’ll look at SimpleWebRTC in this blog and see how we can leverage the platform to build WebRTC technologies.

What is WebRTC?

Web Real-Time Communication is known as WebRTC. It allows peer-to-peer communication without the use of a server and allows the transfer of data, audio, and video between the connected peers. With WebRTC, the server’s function is restricted to simply facilitating the establishment of a direct connection between the two peers.

No third-party software or plugins are required for this technology. It is open-sourced, and www.webrtc.org offers access to its source code without charge.

 

How Signalling Works for WebRTC?

Signalling in video chat apps is considered as one of the most crucial stages, in which before communication the two peers must assure the information about one other to connect.

This information may include:

  • The update about the availability of any other peer for connection
  • Information such as peer’s IP address and port
  • Control messages – being used to start and end up established communication
  • Error messages
  • Important data that is required for secure connections

All the above mentioned information’s are called metadata that are the must have for any direct connection to be placed. For signaling, server availability is a must-have requirement.

The process of signaling is used to begin initial communication between the two browsers. This process is done so that they can find other present peers and send the information that is required to create a direct connection among them. This signaling process continues until the direct connection is established.

 

How Does the WebRTC App Function?

Based on codecs, WebRTC functions. These methods are employed in the compression and decompression of data, audio, and video. You can communicate audio and video content with low latency using a variety of codecs using WebRTC. SRTP, the safe and encrypted variant of RTP, is used by WebRTC to process and send media via the network using well-known VoIP mechanisms.

How Can You Use WebRTC To Clone A Video Chat Web App?

The steps listed below must be followed in order to generate a replica of the WebRTC video chat application:

  • Create the client application.
  • Create a basic chat application with AWS Websockets
  • Now, run an Ubuntu AWS EC2 instance as the Stun/Turn Server.
  • Utilize the server less framework
  • You’re ready to launch your web application for video chat!

 

How E-Alphabits Helps You Develop a Video Chat App Using WebRTC?

Contact E-Alphabits if you want to construct a WebRTC-based clone of the video chat web app. With more than 13 years of expertise, we think that by adding value, we can produce things that are incredibly useful. By integrating WebRTC into your video chat application, we ensure the success of your product.

Get in touch with us at E-alphabits or sales@ealphabits.com to discuss developing your own video chat application.