iot app development companies

Prompt Softech Ranked One of the Top IoT Development Companies

MobileAppDaily Featured Prompt Amongst Top IoT Companies In Their Exclusive Report

We are thrilled to announce that Prompt Softech is featured in the Top 50+ IoT App Development Companies in the report published by MobileAppDaily.

Prompt Softech is a leading custom software development company, offering end-to-end outsourcing services in software development, mobile app development, CRM development, IoT app development, and QA.

Established in 2011, headquartered in India with global offices in the USA, and Australia. Prompt Softech has defied the odds and grown exponentially since being founded in the last several years.

With over 7 years of experience in the field of custom software development, we have successfully delivered 250+ successful projects with rich clientele across the globe and catered to a wide range of industries including Healthcare & Medical, Automobile, Transportation & Logistics, Automobile, Banking & Finance, etc.

We aim to provide quality IT solutions to our audience developed through the amalgamation of futuristic technologies and profound competence. We provide custom IoT app development services to startups, medium-sized companies, and enterprises.

MobileAppDaily Recognizes The Leading IoT App Development Companies of 2021

MobileAppDaily is the most trusted & largest media source, covering all the latest breakthroughs of the mobile app industry. It is one of the most popular tech portals that releases in-depth annual reports, crisp CEO interviews, worthy app reviews, and all the newest happenings in the mobile world.

Featured in MobileAppDaily’s Exclusive Annual Report amongst the top 50+ IoT Companies 2021, pushed us to deliver better technology solutions & frameworks beyond perfection.

Since its inception, Prompt Softech is fueling clients’ businesses by streamlining business operations, helping teams get more done in lesser time by utilizing ultramodern technologies like IoT, BI, Big Data, CRM, etc.

With high-performing teams of 150+ in-house engineers in line, we’re providing cutting-edge solutions providing customer-oriented, result-driven solutions, encompassing digital transformation with the highest market standards.

In the IoT wing, we support businesses to connect devices, applications, and people. Focusing on Schematic Design, PCB Design and Manufacturing, Firmware Development, Quick Prototyping, and Quality Control, we are committed to creating positive customer experiences.

Our clientele includes Amul, Bayside, Grantvantage, Contech, It Builder, Adani, Bluedart, Crane Hardware, Reliance, Cloudstrong, Stratus Hr, Creamistry, L&T, and many more.

Again, we would like to appreciate the entire team of MobileAppDaily for honoring us by listing us among the top 50+ IoT development companies in 2021. We’ll continue to strive to deliver better for our customers as we do.

Cloud-MANET and IoT Collaboration- A New Era of Technology?

The shift in the concept of IoT- from information-based technology to an actively operational-based technology, has affected the market and revolutionised the yesterday’s technology for acquiring data and its storage.

The two-decade-old IoT has introduced ease in data storage and processing which had been lacking since ages.

IoT-based smart devices have sensors which capture data and store it on the database, which is further connected to Physical object.

IoT has sensors, smart devices and a smart grid of interfaces to provide smart solutions.

There are iot development companies which provide the optimal IoT solutions and turns the ordinary device into a small one.

What is Cloud Computing?

The introduction of different computing models like grid computing, parallel computing and disseminated computing into a sole superior computing framework pulled in cloud computing in the technical world.

Today, Cloud computing is exploring the data processing over a serverless service provided through a cloud server which means data is stored, managed and processed using intelligent machines like Artificial Intelligence and machine learning over the cloud network.

There are three basic paradigms offered by Cloud Computing:

  • IaaS-Infrastructure as a Service- It is for network architect who requires infrastructure capabilities.
  • PaaS-Platform as Service- It is for developers who require platforms to develop different applications.
  • SaaS-Software as a Service- It is for end-users who require software for their daily activities.

What is Cloud-MANET?

The cloud-manet framework is regarded as smart communication between smart devices regardless of any centralised infrastructure. This framework is best for Machine to Machine network as there are several devices nearby. User can use this smart device for video, image, text and audio exchange with the cloud servers while lessening the information.

MANET-Mobile ad hoc networks are a network which provides the luxury to users to get connected anywhere at any time. The combination of Cloud and MANET provides access to the cloud in the MANET network for smart devices. Today, users look for MANET network gathering at a single place to access the network.

Also Read: How IoT has Influenced The Healthcare Industry?

Steps of Cloud-MANET Framework:

  • Step 01: Create a mobile ad hoc network.
  • Step 02: Access the ad hoc network in the range.
  • Step 03: Register your smart devices in MANET.
  • Step 04: Register the MANET devices in the cloud.
  • Step 05: Implement the IoT-based Cloud-MANET model to all the smart devices and start communicating.

Cloud-MANET & IoT:

Present cellular networks do not permit all smart devices to connect without a centralised infrastructure. This new combination can increase the capabilities of smart devices. This framework (ad hoc network ) can connect all the smart devices in a decentralised framework.

Normally, smart devices are in the 3D plane on X-axis, Y-axis, and Z-axis which means the entire area is spread over the wireless network distributed into several cells. They are stationed and are around each cell; smart devices in each cell are free to move within the range.

The smart devices would be able to discover another device nearby in binary digit within the same cell area. If there exists a two-dimensional plane, then the device’s detection would be carried out through the Hidden Markov Model (HMM).

HMM is connected in the working area and devices are allowed to move freely. This model helps them in discovering new devices.

What happens- Smart devices in the range of MANET?

The primary purpose of placing smart devices into the MANET networks is to secure connection and coverage. Initially, MANET remains in an inactive state, but as devices start making communication effort with others, it gets activated. In fact, any steady-state device can communicate and make changes in the dynamic state of MANET.

Also Read: Is IoT is Actively Shaping Security Needs at Edge?

Implementation of MANET:

The smart device users would be able to use cloud service to discover the smart devices, minimise important information like videos, images, messages in big data and could process them.

This framework can be used to extract the maximum benefit from the upcoming 5G heterogeneous network.

To potentially utilise this framework, the business can hire node.js developers who can optimally use the prowess of the Javascript environment to develop specific APIs for this framework.

The IoT enabled smart device would be recognised as service nodes. The interaction between the nodes would be secure, vulnerabilities-free and safe by accepting of the cloud-MANET framework.

The IoT based devices are connected to other devices or network through network protocols like smartwatch, tablets etc. The cloud-computing assists in sharing storage, resources and services.

Cloud computing helps in sharing resources, storage, and services using mobile applications for a large amount of smart data.

This new framework is designed to provide secure communication among smart devices in the area of Cloud-MANET.

This smart algorithm is run as a mobile application and has been tested in cloud-MANET of smart devices for different protocols. The outcomes can be implemented in the framework of IOT in 5G heterogeneous network over the cloud service.

Features to Know:

  • This framework utilises a decentralised infrastructure for smart device communication.
  • It can be integrated into the wireless network area.
  • It is compatible with the 5G (heterogeneous network).
  • It offers reliable and secure communication.
  • The connected smart devices appear as nodes.
  • Through this framework, smart device detection and communication can be done in both 2D and 3D planes.
  • This framework is functional in a dynamic state for communications.

End words

As the 5G networks have grabbed its occupancy among the users; it is not wrong to say that 2020 would be the flourishing year for 5G.

Though the establishment of communication between the smart devices in a heterogeneous structure of 5G network would be challenging on the same line, the budget of Cloud-MANET framework gave the solution to the developers.

A decentralised infrastructure with cloud capabilities would undoubtedly change the outlook of existing IoT. Hence better communication and data exchange among smart devices.

You can too take leverage of this new blend and enjoy the framework potentially to draw maximum profit. But before that get a reliable IoT Development Services and jump into the vast IoT world.

Developer Skills Required for Successful Enterprise IoT Projects

Successful launch of IoT project then rafting it on the success stream and ending its as the spondulicks-oriented project remains tough if developer skill lacks for the completion of an IoT project in an IoT development company:

  • Embedded firmware developers
  • Back-end developers
  • App developers
  • Data scientists
  • Hardware designers
  • Wireless communications experts
  • Front-end developers
  • Automation and systems integration engineers

The first and the future determining step of any IoT project is – defining a goal and drafting a proof-of-concept system to reach the goals.  At this stage, one needs a subset of the skills, but once project lines up in success, the requirement of breadth and depth of team increases.

In an IoT application development company, it is possible that an individual developer can have several skills, but sometimes each skill requires their team. The number of people or the need of a separate team is dependent on the complexity of the project and its success. Huge success demands extreme hard work hence more bucks to hire more people.

A) Hardware Designers:

IoT, being a most-in-demand system, have some terms and conditions in the form of custom hardware design. The complexity of the hardware depends on the projects. Simple projects require hardware modules and reference designs for which a primary electrical engineering education is enough. Complex project demands considerably more experience and expertise.

Typical skills required:

  • RF and antenna design
  • Clocks, signal routing experience
  • Interfacing: SPI, I2C, JTAG, USB, GPIO
  • Production and component sourcing
  • Low-power design and power consumption optimization,
  • Printed Circuit Board (PCB) design
  • Chip selection: microcontrollers, sensors, interface chips

B) Embedded Firmware Developers:

IoT application development company have Embedded developers who turn the concept into magic. These are the software people that work on software at an extreme level, very close to the bare metal hardware. This software is called firmware.

The typical background consists of computer architecture, electrical engineering and software development. Embedded developers have to deal with prototype versions of the final hardware and their desks, indeed a messy work.

Typical skills required:

  • Programming languages: C, assembly language, C++
  • Real-Time Operating System (RTOS) experience: FreeRTOS, Contiki, Zephyr
  • Source code version control
  • Embedded Linux
  • Physical and information security
  • Platforms: Texas Instruments, ARM Cortex, AVR, Microchip, Arduino, Raspberry Pi.

Also Read: Is It Easy to Have an Embedded Software Development?

C) Wireless Communications Experts:

The IoT Project roams around wireless services, but wireless is hard because it integrates the complexities of the physical world with the complexities of software.

Necessary background for a wireless communication expert is- wireless communication, network protocols, and software development. For consumer-level IoT systems, wireless communication proficiency is required to connect the devices smoothly via Bluetooth to users’ smartphones.

Typical skills required:

  • Wireless mesh networking
  • Good understanding of power consumption
  • Network simulation
  • Good knowledge of wireless propagation
  • Protocols: TCP/IP, IPv4, IPv6, RPL, TLS, WiFi, Bluetooth, 6lowpan, ZigBee, LoRA, MQTT, CoAP

D) Back-End Developers:

In IoT systems, the back-end is a system where databases and application logic is stored. It is generally deployed in a cloud host and stores data from the IoT devices while authenticating users and providing APIs for the front-end, meanwhile integrating with other systems.

Typical skills required:

  • Database: MySQL, MongoDB, Redis
  • DevOps experience
  • Programming languages: JavaScript, Go, Python, Ruby
  • Cloud platforms: Amazon AWS, Heroku, Microsoft Azure

E) Front-End Developers:

Most IoT projects have a front-end in the form of a web page for providing a platform to the users of the system for interaction purposes. So, it needs to be easy to use, secure, can work in the most common web browsers and need to be updated.

Front-ends are developed in HTML and require framework written in JavaScript. Front-end developers are responsible for creating visual experiences, often by writing lots of text on a screen.

Typical skills required:

  • UI/UX design
  • HTML, CSS, Javascript
  • Experience with user interviews and HCI
  • Web development frameworks: Vue.js, React, Bootstrap

Also Read: Is IoT is Actively Shaping Security Needs at Edge?

F) App Developers:

Many IoT projects, particularly user-facing use a mobile app as the user interface. As the project proceeds, the mobile app experience becomes more and more critical. This reflects that two versions of the app need to be developed and update that is iOS and Android. Possibly, a native hybrid app which is developed in HTML is the way to do. Experienced app developers are aware of the benefits and challenges of hybrid or native frameworks.

Typical skills required:

  • Native/ hybrid frameworks: Phonegap/Cordova, Ionic, Angular, React, Vue
  • Android, iOS development
  • Programming languages: Java, Swift, Objective C, JavaScript

G) Systems Integration and Automation and Engineers:

Most of the times, IoT projects require integration with existing software. Generally, software integration is an underrated task that consumes significant effort and requires a specific set of skills to be successful.

One needs to check the proper functioning of integration as well. Certainly for this, one needs automatic testing and systems integration, and automation engineers are hired for this purpose.

Typical skills required:

  • REST APIs
  • Automated testing frameworks: Jenkins, Mocha, Travis
  • Programming languages: Javascript, Java, Python, Bash

H) Data Scientists:

IoT projects are about data, and one needs to extract the synopsis from it. Initially, this may be simple as putting Key performance indicators into an excel sheet to compare them, but with the progress, it requires in-depth data analysis. Then, comes the role of data scientists to extract the beneficial and future determining data for the success of the project.

Typical skills:

  • Programming languages: Matlab, R, Python
  • Statistics, AI, machine learning, data mining
  • Tools: Excel, Google BigQuery, Hadoop, TensorFlow, Spark

I) In a nutshell:

A full-featured IoT project needs a wide range of skills for its success. Initially, you might not find the importance or need of all the skill, but once the project begins for real, all the above-listed skills become mandatory.