What's the difference between IoT and Industrial IoT (IIoT)?

Consumer IoT optimizes for comfort and tolerates occasional outages. Industrial IoT must run 24/7 with deterministic latency and segmented OT/IT security, because downtime causes lost revenue and safety incidents. IIoT typically uses protocols like LoRaWAN, OPC-UA, and Modbus instead of Wi-Fi/Bluetooth.

How does IIoT relate to Industry 4.0?

Industry 4.0 is the broader strategic framework for the digital transformation of manufacturing. IIoT is the technology layer that makes Industry 4.0 possible — the sensors, networks, and platforms that connect physical operations to digital intelligence.

Do I need to replace my PLCs to adopt IIoT?

No. Most IIoT deployments preserve existing PLCs and SCADA systems and add a connectivity layer that exposes their data to modern dashboards and analytics. Cloud Studio integrates with Siemens, Allen-Bradley, Schneider, and other major PLC brands via Modbus, OPC-UA, and Ethernet/IP.

What's the typical ROI of an Industrial IoT deployment?

ROI varies by use case. Predictive maintenance typically reduces unplanned downtime by 20-30% within the first year. Energy monitoring drives 5-15% consumption reductions. OEE improvements of 10-20% are common in the first 18 months for connected production lines. Most SMB deployments pay for the platform within 6-12 months.

What protocols does Cloud Studio support for Industrial IoT?

Cloud Studio supports LoRaWAN (with LORIOT and TTN integrations), NB-IoT, MQTT, HTTP/HTTPS, Modbus RTU and TCP, OPC-UA, and Sigfox. Custom integrations can be built using the JavaScript scripting engine.

Can I deploy Cloud Studio on-premise or only in the cloud?

Both. Cloud-hosted (managed by us) is the default and fastest to start. On-premise deployments are available for industries with regulatory or air-gap requirements (energy, defense, certain pharma). Hybrid topologies — edge processing on-prem, dashboards in cloud — are also supported.

How is Cloud Studio different from ThingsBoard or Ubidots?

ThingsBoard is open source — powerful but you handle infrastructure and updates yourself. Ubidots is a managed dashboard SaaS — strong UX but limited industrial protocol depth. Cloud Studio sits in the middle: managed multi-tenant SaaS like Ubidots, with industrial protocol depth (Modbus, OPC-UA) closer to ThingsBoard, plus white-label for integrators. See dedicated comparison pages at /vs/thingsboard and /vs/ubidots.

Is my industrial data secure in Cloud Studio?

Yes. Data in transit uses TLS 1.3. Data at rest is AES-256 encrypted. We support OT/IT network segmentation, signed firmware updates, role-based access control, and audit logs. Our infrastructure is hosted in EU (Madrid) with GDPR compliance; on-premise deployments give you full data residency control.

What are the best Industrial IoT platforms in 2026?

The top SMB/integrator-tier Industrial IoT platforms in 2026 are: Cloud Studio IoT (low-code, multi-tenant white-label, EU-based, strong OPC-UA + Modbus + LoRaWAN), ThingsBoard (open-source, self-hosted, technical), Ubidots (LATAM-strong dashboard SaaS), DataCake (EU low-code), and Akenza (Swiss no-code, smart buildings). Hyperscaler tiers (AWS IoT Core, Microsoft Azure IoT Hub, Siemens MindSphere, PTC ThingWorx) are excellent for enterprise but typically over-engineered for SMB use cases. Selection criteria should weigh protocol depth (OPC-UA, Modbus, MQTT, LoRaWAN), white-label support if you're an integrator, deployment model (cloud vs on-prem), and predictability of pricing.

How does Cloud Studio compare to Industrial IoT analytics platforms?

Cloud Studio combines an analytics layer (real-time dashboards, time-series storage, drag-and-drop chart builder) with the connectivity, device management, and automation layers in a single platform. Pure analytics platforms (Splunk, Power BI, Grafana) excel at visualization but require you to bring your own data pipeline — Cloud Studio brings the entire stack from sensor to dashboard. For deeper analytics workloads, Cloud Studio integrates via webhooks and REST APIs with Power BI, Tableau, and Grafana so you can keep your BI investment while we handle the IIoT layer.

Which Industrial IoT platforms are best for real-time analytics and dashboards?

For real-time analytics and dashboards in Industrial IoT, the strongest options are: Cloud Studio IoT (sub-second dashboard latency with WebSocket-based live data, drag-and-drop widgets, multi-tenant), ThingsBoard (open-source rule engine + dashboards, requires self-hosting expertise), Ubidots (clean dashboard UX, less industrial protocol depth), and Tulip Interfaces (manufacturer-focused, quick app creation). For organizations already invested in Grafana, Cloud Studio integrates via MQTT and REST APIs to feed Grafana dashboards while handling device management and OT protocols on the platform side.

What PLC connectivity features should I look for to enable secure industrial IoT integration?

Critical PLC connectivity features for secure IIoT integration: (1) native protocol support — Modbus RTU/TCP, OPC-UA (with security policies and certificate-based auth), Ethernet/IP, PROFINET; (2) read/write granularity — ability to read sensor values and write setpoints/commands with role-based authorization; (3) network segmentation — DMZ between OT and IT networks, firewall rules per data flow; (4) signed firmware updates over the air; (5) audit trails — every PLC tag write logged with user identity and timestamp; (6) backup and rollback — config snapshots before changes. Cloud Studio supports all of these natively and integrates with Siemens S7, Allen-Bradley, Schneider Modicon, and other major PLC families.

Industrial IoT Platform

Industrial IoT made simple. From sensor to factory floor.

Sensors & Actuators

Gateways / PLCs

MQTT / OPC-UA / LoRaWAN

Cloud Studio Platform

Dashboards & Apps

Sensors & Actuators

Gateways / PLCs

MQTT / OPC-UA / LoRaWAN

Cloud Studio Platform

Dashboards & Apps

Connect any industrial device, automate processes, and turn machine data into decisions. The low-code IIoT platform built for manufacturers, integrators, and SMBs — without the hyperscaler complexity.

What is Industrial IoT?

What is Industrial IoT (IIoT)?

Industrial IoT (IIoT) is the network of sensors, actuators, gateways, and analytics platforms that connect industrial machinery to the internet to collect, analyze, and act on operational data in real time. Unlike consumer IoT, IIoT requires high availability, low latency, and robust security because production downtime has direct economic and safety consequences. IIoT is the technological foundation of Industry 4.0.

Sensors and actuators

Capture physical variables (temperature, pressure, vibration, energy) from industrial machinery and convert them into digital signals.

Industrial connectivity

Protocols like LoRaWAN, NB-IoT, MQTT, OPC-UA, and Modbus securely transport data from edge devices to the platform — even in environments with limited bandwidth.

IIoT platform

Centralizes device management, dashboards, alerts, automation rules, and analytics. The platform is what turns raw sensor data into operational insight.

Edge and cloud analytics

Critical decisions run at the edge for low latency; aggregated analytics, predictive maintenance, and OEE happen in the cloud across multi-site fleets.

IoT vs Industrial IoT — what's the difference?

Both use connected devices. Their requirements diverge sharply once production-grade reliability enters the picture.

Attribute

Consumer IoT

Industrial IoT (IIoT)

Primary goal

Comfort and convenience

Operational efficiency, uptime, safety

Reliability requirement

Tolerates occasional outages

24/7, no tolerated downtime

Latency

Seconds acceptable

Milliseconds (closed-loop control)

Security

Important

Critical — segmented OT/IT, signed firmware, audit trails

Typical protocols

Wi-Fi, Bluetooth, Zigbee

LoRaWAN, NB-IoT, OPC-UA, Modbus, MQTT

Failure cost

Inconvenience

Production line stop, safety incident, lost revenue

The key difference

Industrial IoT must work without supervision, often in harsh environments, with deterministic behavior. The platform you choose has to match those expectations from day one — retrofitting a consumer IoT stack to industrial requirements rarely works.

How Industrial IoT works — end-to-end architecture

Industrial IoT systems are layered: edge data acquisition, robust connectivity, platform processing, and application delivery. Cloud Studio handles the platform + applications layers and integrates with industry-standard edge and connectivity stacks.

Edge — sensors and field devices

Where the physical world becomes data.

Industrial sensors (temperature, vibration, pressure, flow, energy) and actuators connect to PLCs (Siemens S7, Allen-Bradley, Schneider Modicon) or directly to gateways. Edge devices increasingly run pre-processing logic to reduce uplink bandwidth and react to critical events with millisecond latency.

Supported protocols

Modbus RTUModbus TCPEthernet/IPPROFINET

Industrial IoT use cases

Common applications shipping in production today across our customer base.

Industrial automation

Connect PLCs, sensors, and SCADA systems into a single dashboard. Reduce manual data entry, automate alerts, and scale operations without rewiring the plant.

See industrial automation

Industry 4.0

Digital transformation of manufacturing — from connected production lines to digital twins. Foundation layer for OT/IT convergence.

Explore Industry 4.0

Machinery monitoring

Predictive maintenance based on vibration, temperature, and current draw. Reduce unplanned downtime by up to 30% with early failure detection.

See machinery monitoring

SCADA modernization

Bring legacy SCADA installations into the cloud era. Multi-site visibility, remote operations, and modern dashboards on top of existing PLCs.

Explore SCADA solutions

Oil & gas monitoring

Remote tank levels, pipeline pressure, well pad telemetry. Built for distributed industrial operations with intermittent connectivity.

See oil & gas

Mining operations

Underground and open-pit telemetry, equipment tracking, environmental safety. LoRaWAN-first networks for harsh environments.

See mining IoT

Why Cloud Studio for Industrial IoT?

We're not the cheapest hyperscaler nor the most enterprise-locked SCADA. We're the in-between built for SMBs, integrators, and manufacturers who need production-grade reliability without enterprise complexity.

Low-code, not no-code

JavaScript scripting engine for the 10% of cases that need custom logic. Drag-and-drop dashboards for the other 90%.

Multi-tenant white-label

Integrators run dozens of customers from a single platform with full brand isolation. 3 levels of white-labeling.

Hardware-agnostic

30+ pre-built device integrations: LoRaWAN sensors, PLCs (Siemens, Allen-Bradley), Modbus RTU/TCP, OPC-UA, MQTT brokers, NB-IoT, Sigfox.

Predictable pricing

Fixed-tier pricing in EUR. Not pay-per-event hyperscaler bills. No surprises at end of month.

Compare us with the alternatives

Industrial IoT — frequently asked questions

Real questions from manufacturers, integrators, and operations teams evaluating IIoT platforms.

Ready to get started?

Industrial IoT, deployed in days — not quarters

Talk to a Cloud Studio engineer about your specific industrial use case. We'll walk you through architectures from similar deployments and put together a proof of concept.

Talk to sales

Industrial IoT Platform

Industrial IoT made simple. From sensor to factory floor.

Sensors & Actuators

Gateways / PLCs

MQTT / OPC-UA / LoRaWAN

Cloud Studio Platform

Dashboards & Apps

Sensors & Actuators

Gateways / PLCs

MQTT / OPC-UA / LoRaWAN

Cloud Studio Platform

Dashboards & Apps

What is Industrial IoT?

What is Industrial IoT (IIoT)?

Sensors and actuators

Capture physical variables (temperature, pressure, vibration, energy) from industrial machinery and convert them into digital signals.

Industrial connectivity

Protocols like LoRaWAN, NB-IoT, MQTT, OPC-UA, and Modbus securely transport data from edge devices to the platform — even in environments with limited bandwidth.

IIoT platform

Centralizes device management, dashboards, alerts, automation rules, and analytics. The platform is what turns raw sensor data into operational insight.

Edge and cloud analytics

Critical decisions run at the edge for low latency; aggregated analytics, predictive maintenance, and OEE happen in the cloud across multi-site fleets.

IoT vs Industrial IoT — what's the difference?

Both use connected devices. Their requirements diverge sharply once production-grade reliability enters the picture.

Attribute

Consumer IoT

Industrial IoT (IIoT)

Primary goal

Comfort and convenience

Operational efficiency, uptime, safety

Reliability requirement

Tolerates occasional outages

24/7, no tolerated downtime

Latency

Seconds acceptable

Milliseconds (closed-loop control)

Security

Important

Critical — segmented OT/IT, signed firmware, audit trails

Typical protocols

Wi-Fi, Bluetooth, Zigbee

LoRaWAN, NB-IoT, OPC-UA, Modbus, MQTT

Failure cost

Inconvenience

Production line stop, safety incident, lost revenue

The key difference

How Industrial IoT works — end-to-end architecture

Edge — sensors and field devices

Where the physical world becomes data.

Supported protocols

Modbus RTUModbus TCPEthernet/IPPROFINET

Industrial IoT use cases

Common applications shipping in production today across our customer base.

Industrial automation

Connect PLCs, sensors, and SCADA systems into a single dashboard. Reduce manual data entry, automate alerts, and scale operations without rewiring the plant.

See industrial automation

Industry 4.0

Digital transformation of manufacturing — from connected production lines to digital twins. Foundation layer for OT/IT convergence.

Explore Industry 4.0

Machinery monitoring

Predictive maintenance based on vibration, temperature, and current draw. Reduce unplanned downtime by up to 30% with early failure detection.

See machinery monitoring

SCADA modernization

Bring legacy SCADA installations into the cloud era. Multi-site visibility, remote operations, and modern dashboards on top of existing PLCs.

Explore SCADA solutions

Oil & gas monitoring

Remote tank levels, pipeline pressure, well pad telemetry. Built for distributed industrial operations with intermittent connectivity.

See oil & gas

Mining operations

Underground and open-pit telemetry, equipment tracking, environmental safety. LoRaWAN-first networks for harsh environments.

See mining IoT

Why Cloud Studio for Industrial IoT?

Low-code, not no-code

JavaScript scripting engine for the 10% of cases that need custom logic. Drag-and-drop dashboards for the other 90%.

Multi-tenant white-label

Integrators run dozens of customers from a single platform with full brand isolation. 3 levels of white-labeling.

Hardware-agnostic

30+ pre-built device integrations: LoRaWAN sensors, PLCs (Siemens, Allen-Bradley), Modbus RTU/TCP, OPC-UA, MQTT brokers, NB-IoT, Sigfox.

Predictable pricing

Fixed-tier pricing in EUR. Not pay-per-event hyperscaler bills. No surprises at end of month.

Compare us with the alternatives

Industrial IoT — frequently asked questions

Real questions from manufacturers, integrators, and operations teams evaluating IIoT platforms.

Ready to get started?

Industrial IoT, deployed in days — not quarters

Talk to a Cloud Studio engineer about your specific industrial use case. We'll walk you through architectures from similar deployments and put together a proof of concept.

Talk to sales