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Offshore IoT Software Development Company in India

Hardware only captures data; software makes it useful. We build secure, high-throughput IoT ecosystems designed to process millions of events per second without dropping packets. From edge device firmware to cloud-native analytics dashboards, our distributed engineering teams build the infrastructure that connects your physical operations to digital intelligence.

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Seamless Global Engineering: ✔ 4+ Hours US/UK Timezone Overlap ✔ Data Residency Compliance (GDPR/SOC 2) ✔ 150+ Systems Delivered Worldwide

Engineer Your IoT System

Tell us about your sensor network or connected device vision. We will provide a technical architecture roadmap and estimate within 30 minutes.

Fast response. Your IP is protected by our global Non-Disclosure Agreement (NDA).

Engineering-First IoT Systems

Industrial-Grade IoT Architecture

Most IoT projects fail due to network instability and poor edge architecture. At Xaylon Labs, we treat IoT engineering as a distributed systems challenge, focusing on reliability at every node.

Our approach to IoT development in India is built on three pillars: offline resilience, secure OTA (Over-The-Air) updates, and massive data ingestion. Whether we are building a factory floor monitoring system or a smart consumer device, we ensure the system handles network dropouts gracefully and updates safely.

With a deep focus on industrial edge computing, our global delivery teams have engineered systems that process millions of MQTT messages per second. We don't just connect devices; we build the infrastructure that turns raw telemetric data into actionable business intelligence.

Reliability is engineered. By leveraging edge-level processing and redundant cloud pipelines, we minimize latency and ensure your physical operations are always visible.

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Secure MQTT bi-directional messaging

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Edge computing for offline resilience

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x.509 certificate-based authentication

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Real-time sub-second data visualization

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Secure OTA firmware update pipelines

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Time-series data storage & analytics

Our IoT Engineering Capabilities

Comprehensive IoT Ecosystem Engineering

We provide end-to-end software development for the physical world. From low-level firmware to cloud-native orchestration.

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Industrial IoT (IIoT)

Deploy factory floor monitoring, predictive maintenance engines, and sensor data ingestion systems designed for harsh industrial environments.

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Smart Device Firmware

Embedded engineering using C/C++, RTOS, and MicroPython for edge-level data processing and device logic control.

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IoT Cloud Architecture

Architecting secure backends on AWS IoT Core or Azure IoT Hub for bi-directional messaging and device shadow management.

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Visualization Dashboards

Real-time Next.js/React portals with WebSocket integration for sub-second visibility into your global device health.

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OTA Update Pipelines

Secure, multi-region firmware deployment systems that ensure devices are always running the latest authorized code.

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Third-Party Integrations

Connect your IoT data to ERPs, CRMs, and business intelligence suites like SAP, Salesforce, or custom internal tools.

Investment and Engagement Models

Transparent Pricing for IoT Excellence

$15,000 – $30,000

IoT Prototype / PoC

Ideal for   Concept validation. Includes edge device integration, basic MQTT broker setup, and a lean visualization dashboard for stakeholders.

$40,000 – $80,000

Production IoT System

Designed for   Scale-ready operations. Multi-device orchestration, secure OTA update pipelines, and real-time cloud analytics with redundancy.

$100,000+

Enterprise IIoT Infrastructure

Unified   Industrial setups. High-concurrency factory monitoring, custom edge AI deployment, deep ERP integration, and 24/7 technical surveillance.

Typical investment ranges for custom IoT engineering. Final cost is determined by sensor volume, logic complexity, and integration requirements.

Our Technological Foundation

Hardened Stack for Connected Systems

Edge/Firmware
CC++FreeRTOSMicroPython
Protocols
MQTTCoAPWebSocketsBLELoRaWAN
Cloud/Backend
AWS IoT CoreAzure IoT HubNode.jsTimescaleDBInfluxDB
Success Stories

Connecting the Physical to the Digital

🏭 Industrial Biogas Monitoring

Deployed an edge-computing IoT network to measure biogas feedstock logistics and plant data in real-time. Eliminated physical waste management checks and increased operational visibility by 85%.

🚛 Remote Equipment Tracking

Engineered a secure telemetry pipeline processing 10,000+ MQTT messages per second, giving the central operations team sub-second visibility into global asset health.

FAQ

Practical Answers for IoT Technical Decisions

We implement robust security protocols including x.509 certificates for mutual TLS authentication, TLS 1.2+ encryption for all data in transit, and secure boot for firmware integrity. Device identities are managed through secure cloud HSMs or TPMs.
Yes. We prioritize edge computing and local message queuing. Our systems are designed to process and store data locally using edge-level logic, then synchronize with the cloud once connectivity is restored, ensuring zero data loss.
We specialize in the software layer—firmware, cloud architecture, and web dashboards. While we don't manufacture hardware, we partner with reliable hardware engineering firms to deliver end-to-end connected products.
Custom IoT engineering costs depend on sensor volume, logic complexity, and integration depth. A lean prototype (edge integration + dashboard) typically starts around $15,000. Full-scale, multi-device production systems with secure OTA pipelines and ERP integrations usually range from $40,000 to over $100,000.
A functional IoT Proof of Concept (PoC) can typically be engineered in 8 to 12 weeks. This includes edge device integration, establishing a secure MQTT broker, and deploying a real-time data visualization dashboard for stakeholder validation.
Yes. We treat IoT as a full ecosystem. We build custom API connectors and secure middleware to sync your telemetric device data directly into enterprise systems like SAP, Salesforce, or custom internal business hubs in real-time.

Ready to Build Your IoT Ecosystem?

From industrial telemetry to consumer smart devices, we provide the hardware-software bridge you need. Let's engineer your connected future.

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