Nowadays, when businesses across industries are connecting their devices and sensors to the internet to enhance customer experience, save energy, boost productivity, and unleash new revenue streams.
SPVAIG Pvt. Ltd. is the topmost IoT Development Company in the USA, India, Noida, Dehradun, Chandigarh. We offer world-class IoT development services, hardware, firmware, mobility, cloud using innovative technology. We are here to guide & provide industry-specific IoT solutions so that you can boost your operational efficiency while reassuring data security.
With practical experience in designing sensor devices and developing tracking systems for a range of businesses, SPVAIG delivers custom IoT App Development solutions empowering clients with sophisticated IoT products.
Though We provide end to end IoT development services in the USA, India, Noida, Chandigarh, Dehradun from hardware integration to custom IoT application development, these are our most appreciated IoT App Development Services:
We design and develop IoT devices for your connected products and smart services using multiple chipsets and operating systems. Our expertise includes:
We do Microprocessor & Microcontroller based IoT firmware design, development, and testing. We take utmost care of security while working on firmware. Our Key firmware services include:
We bring improved productivity, higher security, powerful prediction & Rapid response through our IoT-enabled enterprise mobility Services. Our expertise includes:
We provide processing, commanding & analytics cloud services. That focuses on security functionalities while facilitating flexible & timely on-demand access to computing resources. Our cloud experts work on these:
We integrate fleets with location tracking, weight measurement, & several other sensors. Also, store all the data in a cloud application, which makes fleet operation easier & more efficient.
IoT empowers cognition for vehicles that can remotely diagnose comfort settings, mechanical stats, & entertainment consoles.
Our IoT based maintenance helps one to take the necessary steps to prevent its vehicle parts from sudden breakdown. Just like dashboard indicators of a vehicle, our system will alert the driver about probable malfunctions.
With our Telematics services, a vehicle owner can keep an eye on its vehicle even from remote locations. Also can call concerned authorities like ambulance or firefighters in case of an emergency.
Through connected devices, drugs & equipment are managed and utilized efficiently with reduced cost.
With unbroken patient monitoring and real-time data diseases are diagnosed at an early stage or even before the disease develops based on symptoms.
RPM is made possible through smart devices by sharing real-time patient’s data to healthcare professionals. that cuts down on hospital wait times, healthcare costs and improves the well-being of patients.
Wearable devices are generating huge volumes of personal health data. With technologies like cloud computing, fog computing, and Big Data we bring customized product Solutions.
We provide accurate real-time data about enterprise’s assets, their statuses, locations and movements, Our IoT-based asset management solutions eliminate the tracking burden from the employees.
With Predictive analytics, we provide timely maintenance alerts through real-time data from multiple sensors that are transmitted to the cloud.
IoT Enables industries to monitor their supply chain by providing meaningful estimates of the available inventory. We facilitate devices tracking and tracing of inventory systems on a global scale.
IOT improves employee safety, Like, When sensors detect a person is in the way, the system can halt a process while delivering alerts. At the same time, it reduces toxic byproduct production.
Street Lights equipped with sensors and connecting them to a cloud management solution helps to adapt lighting settings as per the outer conditions.
We use GPS data from drivers’ smartphones. And at the same time, connect with the smart traffic lights cloud platform to monitor light timings and automatically alter the lights based on the current traffic situation to prevent congestion.
Again with the help of driver’s GPS data & the road surface sensors embedded in the parking spots, our system determines whether the parking spots are occupied or available and create a real-time parking map.
We improve waste management by tracking waste levels and providing optimized route and operational analytics.
Through sensors and motion detectors one can track the state of the equipment efficiency & farm condition. This allows farmers to plan for better product distribution.
With IoT enabled sensors & drones, one can easily monitor the condition of crops as well as critical environmental factors, like moisture levels.
With IoT-enabled sensors, the humidity levels & precipitation can be monitored and automatically make adjustments in the irrigation schedules to create the optimal conditions for crop yield and quality.
With a wearable collar or tag, the blood pressure & heart rate of animals can be tracked and wirelessly send this data in near-real-time to farmers’ devices.
This IoT based system can read tags on each item when a customer leaves the store, while a tally checkout system would calculate & automatically deduct the cost from the customer's mobile app.
Smart Shelves- With built-in weight sensors, the items are monitored on the shelves. The RFID tags are used to scan the products on both shelves & displays.
Build automated warehouses that utilize data from embedded sensors in equipment to connect, monitor, and manage an almost unlimited range of data points.
IoT is an effective way to track & authenticate products and shipment. GPS and other technologies make it easy to monitor the storage condition of products.
It’s a machine to machine communication protocol that we have set up for our INTRANAV client. The OPC- UA server integration with Rest API is the progress towards IIOT.
The developed OPC-UA adapter on top of the rest API has used the open source node OPC-UA server and the client. Along with that, Developers have customized the available open-source solution to meet the functional requirements.
Additionally, the HTML5 front end is also designed to update the configurable parameters for the OPC-UA server.
For our Germany based client, we have developed a system with Zigbee based IoT devices that serves a specific purpose of controlling an energy meter, power plug, and thermometer.
We used a CC2531 Zigbee hub with custom firmware and converted the incoming Zigbee data to a more usable MQTT format and passed it on to an MQTT broker such as "Mosquito" or ActiveMQ.
Our system is also capable of interconnecting devices and sensors and controlling the behavior based on the conditions.
It's a specially designed app for paralyzed persons. Like a normal person, they can't access the controls of a Treadmill. Hence, This App is designed so that the persons on the wheels can control the resistance, speed, and distance of the Treadmill.
The app features Serial port communication with Arduino Mega senses and the android device. Developed in java, wheelers app makes the gym treadmill training easier to the wheel-person.
One can control the left and right-hand speed separately or all together while tracking their records.
We designed this product for air products manufacturer IMI Norgen. For their popular valve range, we developed a device that is capable of testing the life cycle of their automotive parts while checking the electrical characteristics.
The unique device is a combination of hardware and software services. While our developers used Python scripting for controlling major features.
The technicians designed the hardware to fit and work efficiently.
We developed this system to increase transparency in plant operations. And solved the challenge of real-time breakdowns on every assembly line with parameters like production count, rejections count, OE calculations, etc.
We deployed an IoT gateway for getting data from Siemens PLC, Pro-face HMI, and other sensors. Since we fetched the data from PLC, HMI, and used raspberry pi 3 as a gateway, the result was cost-effective.
With OE calculation at the cloud, we displayed machine activities, production data, plant health, MTTR & MTBF via a user-friendly dashboard.
In general, IoT app development begins with the selection of a platform, followed by the selection of hardware and development boards, consideration of usability, and finally, ensuring that the product is fast and ready to run.
It will take about 12 weeks for a startup to build an IoT app with basic features and a regular UI, which includes firmware creation, application development, and deployment on AWS Cloud. The timeframe will range between 12 and 18 weeks if the application needs a lot of module creation, integration and testing.
Project: Firefly Description: Vehicle tracking and get current status of vehicle charge, mode, sensor value, speed, temperature and other derived parameter, User can check these live status on the Web app or Mobile app, can take action. The system required: Hardware which will work with Vehicle( Raspberry pi Based), It includes 4G LTE gateway Module, Temperature sensor, Can Reader Value will be sent to the Azure server, Server will read those value and start parsing of every device value, then feed those value to API & Database for record and web application.
System required: Hardware which will work with Vehicle( Raspberry pi Based)
SPVAIG Pvt. Ltd. is a trusted name in the IoT software development services domain for a variety of purposes. Our in-house background in different technology, experience collaborating with numerous industry verticals, and usage cases are generally the reasons for this.
Yes, we operate in your local time zone (PST/EST/CST/MST). We are actively working to finish the project by the deadline.
Yes, of course! Our standard approach has always been to leave our clients' end-of-service options as open-ended as possible. We've partnered with a variety of customers who already have an app or website and needed us to align our work with their current frameworks, software, and CRM.
You don't have to be worried about it. We follow the strict NDA policy in order to protect your concept. All parties will sign a non-disclosure agreement (NDA), which will secure both parties' assets and rights. Give us an email at [email protected] to request our NDA.
When it comes to technology innovation, the IoT software production market is constantly expanding. Newer use cases and application variations are launched every day in the IoT environment, which can be highly time and cost expensive for an in-house development team to manage.
Edge computing is a technique that requires devices to process data on-site or near-site rather than uploading it to a data center or the cloud. Edge computing is used to achieve local efficient power, work in the face of intermittent communication, or filter data instantly, transmitting only what is needed to the cloud.
IoT development is the method of creating Internet of Things (IoT) software and products that can be managed remotely and used to track the status or environment of the connected product using sensors and external data sources. Custom IoT production is carried out to satisfy a company's unique needs.
SPVAIG has the following Internet of Things Software Development Services:
Hardware Prototyping and Design- Our IoT experts may also build a smart technology concept to help consumers get a better understanding of their app before it is produced.
Embedded Software Development- Our IoT developers create embedded and firmware devices that collect sensor data, incorporate the smart device into IoT networks, send the data to the cloud, and analyze the data using edge and fog computing.
Mobile App Development for Connected Devices- We create cross-platform and native mobile apps that have on-the-go access to data collected by smart IoT devices as well as act as a remote control for IoT devices.
IoT development platforms used by SPVAIG are as follows:
AWS IoT Core- The AWS IoT Core platform allows IoT devices to link to AWS services, process data, and safe connections and data. This interface enables apps to communicate with devices even though they are not connected to the internet.
Google Cloud IoT- The Google Cloud IoT platform is a collection of cloud and edge-based applications for connecting, storing, processing, and analyzing data. The platform includes fully managed cloud storage as well as a tech stack for on-premises and edge computing.
ThingWorx- ThingWorx is an Industrial IoT platform that helps users to easily build industrial IoT solutions and scale them securely from the cloud to the edge. It allows dynamic computational procedures to be automated.