How to ensure data security in IoT projects?

Data security in IoT projects can be achieved by implementing end-to-end encryption, utilizing secure communication protocols, and conducting rigorous testing. Our experienced team focuses on maintaining data integrity and protecting sensitive information across large-scale IoT applications.

How IoT services of Corefragment can benefit me as a client?

Our IoT services can benefit you by enhancing operational efficiency, reducing costs by converting your existing and traditional systems into smart systems.

How to achieve scalability for IoT solutions?

The scalability of IoT solutions can be achieved by building robust architecture, cloud services, and efficient device management. We design systems that can handle increased data loads and device counts while maintaining performance and security, allowing seamless growth.

Best IoT Development Company in Ahmedabad

Our IoT Development Services Scope

Our IoT development services cover firmware, hardware, and mobile apps for connected devices. We build battery-powered sensors, wireless gateways, and smart products with BLE, WiFi, and LoRaWAN connectivity. From prototype to production we deliver complete IoT solutions that is scalable and secured.

As an IoT development company, we design end-to-end systems including custom PCBs, embedded firmware, and cloud integration. Our engineers implement power optimization for multi-year battery life, OTA updates, and secure communication protocols. We have launched IoT products for global industries.

We specialize in low-power wireless firmware, AWS IoT and Azure integration, and sensor data processing. Your IoT product needs reliable connectivity, efficient power management, and remote device management. We provide complete source code, cloud infrastructure setup, and long-term maintenance.

We as a IoT Product Development Company

We cover every layer of the IoT stack from device hardware and firmware through connectivity protocols, cloud infrastructure, data pipelines, and the web and mobile applications your users and operators interact with. Every IoT system we build is designed to work reliably in the field, not just in a controlled lab environment.

End-to-End IoT Product Development
Taking a connected product from concept to market requires hardware design, firmware engineering, connectivity integration, cloud infrastructure, and a user-facing application to all come together correctly and most IoT projects fail because those layers are built in isolation and integrated at the end when problems are most expensive to fix. We run IoT product development as a unified engagement covering every layer of the stack from hardware architecture, PCB design, firmware, cloud backend, and application with the hardware and software teams working in parallel from day one.
IoT Cloud Platform & Backend Development
IoT devices generate data continuously but that data is only useful if the cloud backend can ingest it reliably at scale, store it efficiently, process it in near real-time, and expose it through APIs that your applications can consume. We design and build IoT cloud backends on AWS IoT Core, Azure IoT Hub, and GCP IoT — handling device provisioning, MQTT and HTTPS message ingestion, shadow documents for device state management, OTA update delivery, and time-series data storage.
IoT Connectivity & Protocol Integration
Choosing the wrong connectivity protocol for your IoT deployment is a decision that surfaces six months later as poor battery life, unreliable data delivery, or a network that does not reach where your devices are deployed. We select and implement connectivity based on your application actual requirements - BLE for short-range, low-power device communication; Wi-Fi for bandwidth-intensive indoor applications; LoRaWAN for long-range, low-power outdoor deployments; LTE-M and NB-IoT for cellular coverage where Wi-Fi is unavailable; and Zigbee, Thread, and Matter for mesh-networked smart home and building applications.
IoT Data Pipeline & Analytics Development
Raw device data is not insight. Turning high-frequency sensor readings into actionable operational intelligence requires a data pipeline that ingests, normalises, aggregates, and analyses data at the right cadence without dropping readings, introducing latency that makes alerts useless, or accumulating cloud costs that scale faster than your device fleet.
IoT Edge Computing & Local Processing
Sending every sensor reading to the cloud for processing is expensive, introduces latency that makes real-time control impossible, and creates a single point of failure when connectivity is unreliable. We design edge computing architectures that move the right processing to the right place — running inference models and threshold logic on the device, aggregating and filtering at the gateway, and sending only meaningful events and summaries to the cloud.

Our IoT Work is Accredited With

Why Clients Trust Us As A IoT Development Company

Most companies build part of the IoT stack. We build all of it and we coordinate the layers so the system works as a whole, not just as individual components that technically function in isolation.

Full IP Ownership and NDA Protection
Your IoT system architecture, firmware, cloud infrastructure, and application code are your IP. We sign a mutual NDA before any technical discussion and transfer the complete deliverable package at project completion — source code, hardware design files, cloud configuration, documentation, and test suites.
Security as a System Property
IoT security that only exists in the cloud backend is not IoT security. We implement security at every layer - hardware root-of-trust, encrypted firmware, PKI-based device identity, secure OTA delivery, TLS-encrypted cloud communication, and backend access controls. No layer is assumed to be trusted by the layer above it.
Power Budget Managed Across Firmware and Hardware
Battery life is determined by decisions made at every layer - hardware component selection, peripheral power management, firmware execution model, and cloud communication frequency. We manage power budget as a cross-layer constraint throughout the design, not as a firmware optimisation pass at the end.
Field Testing, Not Just Lab Testing
We test IoT systems in conditions that resemble real deployments - variable network quality, temperature and humidity extremes, concurrent device load at production scale, and failure injection to verify recovery behaviour. A device that works in the lab is not a device that works in the field.
Connectivity Selected for the Deployment, Not for Familiarity
We choose connectivity protocols based on the actual deployment environment - range, power budget, bandwidth requirements, infrastructure availability, and regulatory constraints. We do not default to Wi-Fi because it is familiar or BLE because the previous project used it.
Full-Stack IoT Ownership
Hardware, firmware, connectivity, cloud backend, data pipeline, and application - one team, one engagement, one point of accountability. The integration problems that sink most IoT projects happen when these layers are owned by different vendors who do not communicate. We eliminate that risk by owning the full stack.

Other Services

We offer embedded hardware, embedded software, app development and AI development services as we are full stack product engineering company.

AI Development

We offer custom AI development, ML applications and embedded-AI integration.

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Web App Development

We develop custom web app for industries like healthcare, manufacturing, consumer electronics products etc.

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Mobile App Development

We develop custom mobile app in IoT, wearables, healthcare in android, iOS and cross platform.

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Embedded Software Development

We develop custom IoT firmware, OTA integration, linux and RTOS based development, BSP development, hardware-firmware integration, kernel and bootloader development.

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Embedded Hardware Development

We develop custom hardware, from schematic design to layout design, BOM optimization, EOL management and hardware design review.

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How We Work for IoT Projects

We follow a structured, milestone-driven IoT development process from technical discovery to field deployment covering every layer of the stack with clear deliverables and sign-off at each phase.

IoT Technical Discovery

We map your device requirements, connectivity environment, data volume, cloud integration needs, regulatory constraints, and existing infrastructure. We come out with a documented IoT system architecture from device layer, connectivity layer, cloud layer, and application layer reviewed and agreed before any development work begins.

System Architecture & PoC

We define the full IoT stack architecture and build a proof of concept validating the riskiest technical assumptions - wireless range, battery life, data throughput, latency, and cloud integration — before committing to full development. PoC findings shape the production architecture.

Hardware Design & Firmware Development

PCB schematic and layout, component selection with supply chain review, prototype fabrication and bring-up, and firmware development run in parallel - coordinated between our hardware and firmware teams so peripheral pinouts, power management strategy, and OTA architecture are aligned from the start.

Cloud Backend & Application Development

IoT cloud backend, device management platform, data pipeline, and user-facing web and mobile applications are built in parallel with the firmware with integration testing on real hardware at every sprint rather than a big-bang integration at the end. APIs are defined and versioned before frontend development begins.

System Integration & Field Testing

End-to-end system testing with production-representative hardware in realistic deployment conditions — network variability, temperature extremes, concurrent device load, OTA update delivery, and failure recovery. We test what actually breaks in the field, not what the lab environment allows.

Production Deployment & Support

Manufacturing handover package, production firmware flashing verification, cloud infrastructure scaling configuration, monitoring and alerting setup, and a structured post-deployment support arrangement. Most clients move into a retainer for firmware updates, cloud infrastructure management, and application feature development after initial deployment.