Service Details

End-to-End IoT Engineering

From custom physical hardware to scalable cloud platforms. We design PCBs, program microcontrollers and SBCs, write low-level firmware, and engineer enterprise telemetry networks.

Internet of Things IoT connected sensor network visualization

Industrial IoT Architecture: Custom Silicon to Cloud Telemetry

We engineer ruggedized hardware and resilient connectivity layers that eliminate truck rolls, guarantee 99.9% uptime, and provide zero-touch remote management.

  • Custom Carrier Board Design: Schematic capture, PCB layout, and thermal modeling for compute modules.
  • Firmware & OS Customization: Yocto/Buildroot Linux distributions stripped down for security and performance.
  • Resilient Connectivity: Multi-carrier cellular integration, LoRaWAN, and failover networking logic.
  • Cloud Ingestion & Digital Twins: Secure, scalable data pipelines into AWS/Azure tailored for high-volume MQTT telemetry.
Enterprise Solution

Need a Comprehensive IIoT Platform?

Explore our specialized offering for building secure, scalable Industrial IoT Platforms with automated device onboarding, MQTT telemetry, and role-based dashboards.

Architecting for Resilience

1 Eliminate Field Blind Spots

Don't let carrier outages disrupt your data pipeline. We implement dual-SIM architectures and autonomous baseband switching logic to ensure your devices stay connected, regardless of geographic network constraints.

2 Zero-Touch Remote Updates

Never dispatch a technician for a software update again. Our secure, A/B partitioned Over-The-Air (OTA) architecture allows you to push new firmware globally with automated rollback safeguards, guaranteeing your devices will never be bricked.

3 Survive the Harshest Environments

Stop replacing failed consumer-grade hardware. We design custom SBC carrier boards featuring advanced thermal dissipation, conformal coating, and mechanically staked connections built to withstand extreme temperatures, moisture, and heavy vibration.

4 Guaranteed Data Integrity

Protect your critical telemetry over intermittent networks. We utilize lightweight MQTT protocols with strict QoS standards, ensuring data is queued locally during outages and ingested flawlessly upon reconnection—drastically reducing cellular overhead.

CLIENT PERSPECTIVE

See how we empower businesses through connected technology

"Adaptnxt people know our language, know our business, and understand our domain. They provide the development acumen and 24x7 implementation support around the globe."

R
Ranjan
DaruApp Support

"Their developers are skilled and capable of delivering complex solutions while staying up to date with modern technologies and frameworks. The project manager was highly responsive."

VR
Varaender Raina
Technical Lead

Technologies & Platforms

ESP32 & STM32

Microcontrollers & RTOS

SBCs & Gateways

Single Board Computers

KiCad / Altium

Schematic & PCB Design

Embedded C++ & Rust

Secure hardware firmware

AWS IoT & Azure Hub

Managed cloud IoT platforms

MQTT & CoAP

Telemetry protocols

Edge AI (YOLO)

On-device smart vision

OTA Deployment

Over-the-air diagnostics

Assess Your Industrial Readiness

Use our expert-built assessment tool to evaluate your current Industrial IoT maturity and identify high-ROI automation opportunities.

Launch Industry 4.0 Assessment

Latest in IoT & Connectivity

The Heart of Industrial IoT

Why the MQTT protocol remains the industry standard for lightweight, reliable sensor communication.

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Protecting the Edge

Strategic approaches to IoT security, from hardware-level encryption to secure firmware updates.

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Connectivity Comparison

Technical evaluation of Wi-Fi vs. LoRa vs. Cellular for high-reliability IoT deployments.

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FREQUENTLY ASKED QUESTIONS

Stop funding emergency truck rolls

Book an Architecture Review to identify the single points of failure in your edge deployment.

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