Opsio - Cloud and AI Solutions
Internet of Things

IoT Services Provider

IoT connects your physical operations to digital intelligence — but the gap between a sensor prototype and a production-grade IoT platform is enormous. Opsio designs and builds IoT solutions that scale from hundreds to millions of devices, with secure connectivity, real-time data processing, and analytics that turn sensor data into operational decisions.

Trusted by 100+ organisations across 6 countries

1M+

Devices Supported

<100ms

Edge Processing

99.99%

Platform Uptime

24/7

Monitoring

AWS IoT Core
Azure IoT Hub
MQTT
Edge Computing
Kubernetes
Time-Series DB

Part of Data & AI Solutions

What is IoT Services Provider?

An IoT services provider designs, deploys, and manages the end-to-end technical infrastructure that connects physical devices to cloud platforms, enabling organizations to collect, process, and act on sensor and machine data at scale. Core service responsibilities typically include device onboarding and lifecycle management, secure connectivity and network provisioning, data ingestion pipelines, edge computing for low-latency local processing, real-time analytics and dashboard development, and ongoing security monitoring across device fleets. Relevant technologies span AWS IoT Core, AWS IoT Greengrass, Azure IoT Hub, Azure Digital Twins, and Google Cloud IoT, with infrastructure provisioned via Terraform and device security enforced through frameworks such as X.509 certificate management, mutual TLS, and cloud-native tooling including AWS GuardDuty. Industrial deployments frequently reference OPC-UA protocol compatibility, MQTT broker configuration, and compliance with NIS2 directives governing operational technology environments. Platform sizing varies significantly with fleet scale: entry-level deployments connecting hundreds of devices to a managed cloud broker carry modest monthly message-ingestion costs, while production platforms handling millions of concurrent devices require purpose-built data streaming architectures on Kafka or AWS Kinesis, with total-cost-of-ownership varying widely based on message volume, storage retention, and edge compute requirements. Leading vendors in this space include AWS, Microsoft Azure, Google Cloud, Siemens, PTC ThingWorx, Cisco, Accenture, Deloitte, and Tata Consultancy Services. Opsio delivers IoT platform development as an AWS Advanced Tier Services Partner and Microsoft and Google Cloud Partner, with 50-plus certified engineers including CKA and CKAD credentialed staff, a 24/7 NOC, 99.9% uptime SLA, ISO 27001-certified delivery from its Bangalore centre, and a mid-market focus served through its Sweden and India delivery model.

Connect Physical Operations to Digital Intelligence

IoT promises real-time visibility into physical operations — equipment health, environmental conditions, asset location, and production metrics streamed to dashboards and analytics platforms. But most IoT projects stall between prototype and production. The proof-of-concept that worked with 10 sensors breaks at 10,000. Data volumes overwhelm traditional databases. Device security becomes a nightmare when firmware updates must reach thousands of endpoints. Edge computing requirements demand a distributed architecture that most cloud-only teams have never built. Opsio delivers production-grade IoT platforms built on AWS IoT Core, Azure IoT Hub, or open-source stacks (MQTT, InfluxDB, Grafana). We handle the full stack: device connectivity and provisioning, edge computing with AWS Greengrass or Azure IoT Edge, data ingestion pipelines capable of processing millions of messages per second, time-series storage and analytics, and application dashboards that give operators actionable insights. Our platforms are designed for scale from day one — device provisioning, certificate management, over-the-air firmware updates, and fleet management for thousands of devices.

Security is built into every layer. Device identity using X.509 certificates, encrypted communication over TLS, secure boot for edge gateways, and network segmentation between IoT and corporate networks. We implement the NIST IoT security framework and design for the reality that IoT devices operate in physically accessible, often hostile environments where traditional perimeter security does not apply. Featured reading from our knowledge base: Transforming Businesses with Internet of Things Software Development Services. Related Opsio services: AI Solution Provider — ML, NLP & Predictive Analytics.

Device Connectivity & ManagementInternet of Things
Edge ComputingInternet of Things
Data Pipeline & StorageInternet of Things
Analytics & DashboardsInternet of Things
IoT SecurityInternet of Things
AWS IoT CoreInternet of Things
Azure IoT HubInternet of Things
MQTTInternet of Things
Device Connectivity & ManagementInternet of Things
Edge ComputingInternet of Things
Data Pipeline & StorageInternet of Things
Analytics & DashboardsInternet of Things
IoT SecurityInternet of Things
AWS IoT CoreInternet of Things
Azure IoT HubInternet of Things
MQTTInternet of Things

Service Deliverables

Device Connectivity & Management

Device onboarding, certificate-based authentication, fleet management, and over-the-air firmware updates using AWS IoT Core, Azure IoT Hub, or custom MQTT brokers. Support for MQTT, AMQP, HTTP, and CoAP protocols across constrained and full-featured devices.

Edge Computing

Edge processing using AWS Greengrass, Azure IoT Edge, or custom edge runtimes on industrial gateways. Local data filtering, aggregation, anomaly detection, and ML inference at the edge — reducing cloud data transfer costs and enabling real-time response without network latency.

Data Pipeline & Storage

Scalable data ingestion pipelines handling millions of messages per second using Kafka, Kinesis, or IoT rules engines. Time-series storage with InfluxDB, TimescaleDB, or Amazon Timestream optimized for high-write, high-query IoT workloads.

Analytics & Dashboards

Real-time operational dashboards using Grafana, custom web applications, or Power BI. Anomaly detection, predictive maintenance models, and historical trend analysis that turn raw sensor data into operational intelligence.

IoT Security

End-to-end security: X.509 certificate management, TLS encryption, secure boot, network micro-segmentation, and continuous vulnerability monitoring. Designed for the NIST IoT Cybersecurity Framework with device lifecycle security from provisioning to decommissioning.

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IoT Services Provider

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