KiwisIoT vs Arduino IoT Cloud: Break Free from Quotas & Board Lock-In
While Arduino IoT Cloud is optimized primarily for official Arduino hardware with strict compilation minute limits, KiwisIoT gives you complete hardware freedom, built-in AI anomaly detection, and generous limits.
KiwisIoT: Native support for ESP32, ESP8266, Raspberry Pi, Arduino & STM32 without proprietary board restrictions.
KiwisIoT: Never get blocked by 25-minute/day compilation caps or restricted sketch sizes.
KiwisIoT: Extended sensor history and real-time anomaly analysis vs Arduino's 1-day free retention.
KiwisIoT vs Arduino Cloud IoT
A capability-focused platform comparison for modern connected device projects
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CAPABILITY
FEATURE & ARCHITECTURE
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KIWISIOT
OPEN & HARDWARE AGNOSTIC
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ARDUINO CLOUD
ARDUINO ECOSYSTEM PLATFORM
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| Platform Focus |
Broad IoT platform covering connectivity, monitoring, device management, automation and AI-based monitoring.
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IoT platform closely connected with the Arduino development ecosystem.
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| Getting Started |
Designed for IoT projects ranging from prototypes to larger deployments.
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Provides an Arduino-oriented workflow for developing and connecting IoT projects.
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| Hardware Support |
Supports ESP32, ESP8266, Arduino, Raspberry Pi and industrial IoT hardware.
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Supports Arduino hardware along with supported ESP32 and ESP8266 configurations.
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| Firmware Development |
Developers can continue using their existing Arduino/ESP firmware workflow while connecting devices to the platform.
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Cloud Editor enables firmware development, compilation and deployment directly through the browser.
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| Dashboard Development |
Low-code dashboards with widgets, controls and monitoring capabilities.
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Customizable dashboards with widgets for monitoring and controlling Things and devices.
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| Mobile Access |
Provides mobile IoT application capabilities for monitoring and control.
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Provides the IoT Remote mobile application for dashboards and device control.
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| Device Management |
Device monitoring, provisioning, grouping, bulk operations and OTA management.
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Thing and device management with fleet visibility, Smart Folders, claiming/locking and OTA capabilities.
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| Connectivity & APIs |
MQTT, REST APIs, WebSockets and SDK-based integration options.
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REST API with JavaScript, Python and Go SDK options.
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| Real-Time Integration |
WebSocket support provides real-time application data streams.
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Real-time monitoring through dashboards with external application access through APIs and SDKs.
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| Automation |
Device commands, Logic & Events and automation can respond to IoT conditions.
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Triggers and dashboard controls can be configured around Things and variables.
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| AI & Analytics |
Includes Live Anomaly Detection for AI-powered monitoring of unusual IoT/device behaviour.
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Provides AI Assistant capabilities and machine-learning tools for supported plans.
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| Historical Data |
Retention varies by plan, with 14 days on Free and 90 days on Pro according to the supplied comparison.
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Retention varies by plan, from 1 day on Free through longer periods on higher plans.
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| Multi-Device Projects |
Device grouping, provisioning, dashboards and centralized management support multi-device deployments.
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Things, Devices and Spaces provide structured management for multi-device projects.
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Key Advantages of KiwisIoT for Makers & Engineers
Why developers migrate to KiwisIoT from Arduino Cloud.
Zero Daily Compilation Deadlines
Arduino IoT Cloud locks your web compiler after 25 minutes of compile time per day on the free tier. When debugging firmware during a lab or hackathon, hitting this wall stops your work cold.
With KiwisIoT, compile freely on your local machine using standard Arduino IDE, VS Code, or PlatformIO, and push data directly using open standard APIs.
More than 24 Hours of Data History
Arduino IoT Cloud deletes all your sensor history after 24 hours unless you pay for a monthly subscription. This makes testing environmental trends, battery discharge, or weekly agricultural cycles impossible.
KiwisIoT gives you long-term telemetry visibility with real-time AI anomaly detection to spot regressions over time.
Which Platform Fits Your Project?
- You use ESP32, ESP8266, Raspberry Pi, or mixed microcontrollers.
- You need historical data analysis for longer than 24 hours on a free plan.
- You want built-in AI anomaly detection and robotics control panels.
- You exclusively use official Arduino hardware (Nano 33 IoT, MKR, Portenta).
- You rely entirely on the browser-based Arduino Web Editor to flash firmware.
Frequently Asked Questions
Common questions about migrating from Arduino IoT Cloud.
Connect Any Board. Build Faster with KiwisIoT.
No daily compiler limits. No board lock-in. Real-time drag-and-drop dashboarding with built-in AI anomaly detection.
