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IoT Development Company For Seamless Connectivity
Take control of your devices through our IoT Development services.
How the Internet of Things (IoT) Works
Reasons To Embrace IoT Application Development
- Effective decision making
- Productive use of resources
- Personalize solutions
- Automated & seamless processes
- Improved marketing mechanization
- Boosted sales
- Improved execution in complex scenarios
- Innovative and enhanced supply chain
- Profitable revenue generation
Know About Fictive Studios – A Leading IoT Development Company
The Services We Offer For IoT App Development
IoT Development Consultancy
IoT Application Development
Backend & API Development
IoT Device App Development
IoT Gateway Development
IoT Support & Maintenance
Data Analytics
BLE Technology Development
Wearable Technology Development
Voice-Enabled Technology Development
Raspberry Pi Solutions
The Industries We Have Served With Our IoT Solutions
Manufacturing
Agriculture
Energy
Transportation
Retail
Healthcare
Warehouse & Logistics
Education
Cities and Communities
Our Tech Stack For IoT App Development
DATA Analytics
- Data Process and Analytics
- BIGDATA
- Machine Learning
Connectivity Between Devices
- Wireless
- 4G LTE
- Ethernet
- NFC
- Bluetooth
- GSM Network
Supported Protocols
- HTTP
- HTTPS
- TCP
- CoAP
- UDP
- MQTT
- XMPP
- AllJoyn
- AMQP
- SNMP
- Weave
- MODBUS
Cloud Platforms
- AWS
- Windows Azure
- Google Cloud
- IBM Bluemix
- ThingWorx
Web Services
- OAuth Authorization services
- RestFul service
- SOAP services
- Thing API
IoT Frameworks
- Azure IoT
- AWS IoT
Sensors
- Temperature sensor
- Humidity Sensor
- Pressor Sensor
- Level Sensor
- IR Sensor
- Ultrasonic Sensor
- Touch Sensor
- Proximity Sensor
- Smoke & Gas Sensor
- Hall effect Sensor
- PIR
- Reed Switch
- LSM303
- Light Sensor
- GAS Sensor
- Fingerprint Sensor
Partner With Fictive Studios And Leverage Possibilities Of IoT Development
- Qualified Team of IoT experts
- Fast Deployment
- Seamless And Transparent Development
- Industry-based IoT Ecosystem
- Across-Industry Reach
- Cutting-edge Technology
- Dedicated Data Analytics Laboratory
- Customized End-to-End IoT solutions
- Budget-Friendly Packages
- 24/7 Technical Support
In Case You Were Wondering
To put it simply, IoT, aka the Internet of Things, is a process of developing software applications that enable devices to communicate and exchange data over the Internet.
There are many programming languages, such as Python, Java, and C++, that can be utilized for IoT app development.
There are many benefits of IoT development for businesses. These include lowered costs, improved productivity, and boosted efficiency.
Depending on the client's requirements, it can take 8 to 12 months.
We have different budget packages for all scales of business. Depending on the client's needs, we offer them a package accordingly.
If you have more questions about IoT, you can contact our IoT expert by going here.
Building The Future, One Line Of Code At A Time
1. Requirements Gathering
The project team will identify and document the requirements for the completion of the project, including functional, technical, and non-functional requirements. The process involves conducting stakeholder interviews, analyzing existing systems, and reviewing industry standards and best practices.
2. Design And Architecture
Once the requirements are gathered and documented, our project team will initiate the design and architecture phase. This involves creating high-level mobile app designs, including technical components, network architecture, security requirements, and data flow diagrams.
3. Development And Coding
After the design and architecture phase, the project team will begin developing the software and coding the mobile app. This includes unit testing, integration testing, and debugging to ensure the code meets the requirements and is free of bugs.
4. Quality Assurance And Testing
In this phase, the project team will conduct various types of testing to ensure the mobile app meets the requirements and complies with high-quality standards. This includes functional testing, performance testing, security testing, and user acceptance testing.
5. Deployment And Implementation
Once the mobile app has been tested and verified, the project team will begin the deployment and implementation phase. This involves installing the software, configuring hardware and network components, and migrating data from existing systems to the new solution.
6. Monitoring And Maintenance
After the mobile app is deployed, the project team will continue to monitor and maintain the system to ensure it performs optimally and meets ongoing business needs. This includes conducting regular system updates, monitoring app performance and security, and addressing recurring issues or bugs.
7. Enhancements And Upgrades
As the business needs to evolve, the mobile app will require enhancements or upgrades to keep up with the new trends. The project team will work with stakeholders to identify these needs and create a plan for implementing the changes.
Building The Future, One Line Of Code At A Time
4. Quality Assurance And Testing
In this phase, the project team will conduct various types of testing to ensure the mobile app meets the requirements and complies with high-quality standards. This includes functional testing, performance testing, security testing, and user acceptance testing.
An Overview Of Our Mobile Solutions Portfolio
4500+
Apps Developed
2200+
Website Designed
2700+
Happy Clients
1000+
Developers
120+
AI & IoT Solutions
140+
Games Developed
120+
Salesforce Solutions
40+
Data Science
Free Consultation
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