OVERVIEWEnd-to-End IoT Platform & Operations Services
We engineer complete IoT solutions tailored to your business and provide the ongoing technical support to keep them running at scale. Our services span platform development, device integration, 24/7 monitoring, and compliance management - everything needed for production-grade IoT deployments.
Capabilities
What We Build
Great outcomes start with us codifying what you do, how, and from initial concept and prototyping to application development and lifecycle support, we work alongside your team to bring ambitious visions to life.
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IoT Operations Suite
Complete IoT platform development - from device connectivity to customer billing.
RIOD Live is our comprehensive IoT operations platform that we build and customize for your specific needs. Whether you need cloud and mobile applications for monitoring your devices, subscription and billing systems to monetize your IoT services, sophisticated device management capabilities, automated workflows, or flexible deployment options, we develop the complete suite tailored to your requirements.
Think of it as your full-stack IoT platform, engineered to handle everything from device connectivity to customer billing, deployable on-premise or in the cloud based on your business model.
[02]
IoT Realtime Operations Support
24/7 monitoring and technical support to keep your IoT systems running smoothly.
Once your IoT system is live, keeping it running smoothly requires constant vigilance. Our realtime operations support service provides continuous monitoring and auditing of your IoT infrastructure to catch and resolve operational issues before they impact your business.
We track system performance, identify anomalies, troubleshoot connectivity problems, and ensure your devices and applications maintain optimal performance. This ongoing technical support means you have experienced IoT engineers watching over your operations 24/7, so you can focus on your customers rather than infrastructure problems.
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IoT Edge Integration & Support
Connect any device, migrate legacy systems, and optimize edge performance.
Every IoT deployment has unique hardware and integration challenges. We provide specialized services to connect new device types to your platform, migrate existing devices from legacy systems to modern infrastructure, and optimize edge configurations for performance and reliability.
Whether you're adding support for new sensor protocols, transitioning from an older platform, or need custom edge computing configurations for local data processing, our team handles the complex technical work of making diverse hardware communicate seamlessly with your IoT ecosystem.
[04]
IoT Reliability & Compliance Services
Ensure data integrity, security, and regulatory compliance across your IoT deployment.
Production IoT systems must maintain data integrity, security standards, and regulatory compliance throughout their lifecycle. We provide ongoing reliability and compliance services including systematic data integrity checks to ensure your sensor data and transactions remain accurate, regular security posture reviews to identify and address vulnerabilities, proactive certificate lifecycle management to prevent authentication failures, and compliance readiness assessments tailored to your industry requirements. These services transform your IoT deployment from a technical implementation into a trustworthy, audit-ready operational system that meets the standards your customers and regulators expect.
TECH STACK VISUALSOur ML, Cloud & Application Ecosystem
RNDSquare’s ML, Cloud, and Application ecosystem combines proven platforms and frameworks to build intelligent, scalable, and secure connected products. We select technologies based on production reliability, scalability, and long-term maintainability.
Cloud infrastructure for scalable, secure backend and data services.
Backend runtime for APIs, device services, and application logic.
Data processing, automation, and machine learning workloads.
Relational databases for structured and transactional data.
NoSQL and time-series databases for device data, events, and telemetry.
Real-time communication between devices and applications.
Machine learning model development and training.
Web dashboards and control panels.
Cross-platform mobile apps from a single codebase.
Native mobile experiences for Android and iOS.
AWS / Azure
Cloud infrastructure for scalable, secure backend and data services.
Node.js
Backend runtime for APIs, device services, and application logic.
Python
Data processing, automation, and machine learning workloads.
PostgreSQL / MySQL
Relational databases for structured and transactional data.
MongoDB / InfluxDB
NoSQL and time-series databases for device data, events, and telemetry.
MQTT / WebSockets
Real-time communication between devices and applications.
TensorFlow / PyTorch
Machine learning model development and training.
React
Web dashboards and control panels.
Flutter
Cross-platform mobile apps from a single codebase.
React Native
Native mobile experiences for Android and iOS.
Architecture Patterns
Scalable by Design
Edge and cloud systems are architected to scale cleanly from pilot deployments to large production fleets. Our architectures separate concerns across services, data, and execution layers, ensuring reliability, performance, and controlled growth as devices, users, and data volumes increase.
Microservices
MQTT
Time-Series DB
Serverless
Independently deployable services enabling scalable, resilient backend systems with isolated failures and faster iteration.
Lightweight, event-driven messaging for reliable device-to-cloud communication over low-bandwidth or unstable networks.
Optimized storage for high-frequency telemetry, enabling efficient trends, monitoring, and analytics at scale.
Event-driven processing that scales automatically for ingestion, alerts, and automation without infrastructure overhead.
Microservices
Independently deployable services enabling scalable, resilient backend systems with isolated failures and faster iteration.
MQTT
Lightweight, event-driven messaging for reliable device-to-cloud communication over low-bandwidth or unstable networks.
Time-Series DB
Optimized storage for high-frequency telemetry, enabling efficient trends, monitoring, and analytics at scale.
Serverless
Event-driven processing that scales automatically for ingestion, alerts, and automation without infrastructure overhead.
Security
Security by Design
Security is embedded across device, edge, cloud, and application layers from the first design decision. Systems are built with strong identity, encrypted communication, and controlled access to ensure data integrity, privacy, and resilience across the entire product lifecycle.
OAuth 2.0
Standards-based authentication enabling secure, role-based access across cloud and mobile applications.
End-to-End Encryption
End-to-end encrypted data flow across device, edge, and cloud to protect sensitive data.
Multi-location monitoring solution for agricultural environments
Our client specializes in hydroponic farming and mushroom cultivation, managing multiple growing chambers across various locations. They required a comprehensive solution to remotely control and monitor these environments. Their primary need was to set and regulate temperature, lighting, humidity, and motor operations, along with receiving data reports for analysis.
Smart Street Light Management System
The Smart Street Light Management System is designed for smart city integrators by RND Square to optimize the operation, maintenance, and energy consumption of street lighting infrastructure. The system utilizes IoT technology for remote monitoring and control, enabling efficient energy management, real-time fault alerts, issue tracking through customer complaints, energy consumption monitoring, scheduled operation times, voltage and current fault detection.
Buoy Monitoring
We partnered with a leading marine company to enhance their buoy monitoring capabilities by designing and developing an advanced Data Acquisition Unit. This unit aimed to provide comprehensive monitoring of environmental and operational parameters, ensuring optimal performance and safety of Buoys.