AI + IoT Engineering Insights
Practical guidance for teams building connected products: from embedded firmware and edge gateways to IoT platforms, industrial integration, and applied AI.
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Go directly to the area that matches your current architecture, device, platform, or product decision.
Engineering guides for selecting, deploying, and extending IoT platforms, development tools, dashboards, and device operations software.
124 articlesPractical comparisons and integration patterns for MQTT, Modbus, Matter, Zigbee, BLE, cellular, serial, and industrial connectivity.
47 articlesApplied AI guidance for computer vision, voice, agents, RAG, workflow automation, TinyML, and AI-enabled connected products.
75 articlesEdge architecture, local inference, telemetry pipelines, data quality, diagnostics, and low-latency processing for field systems.
36 articlesConnected factory, asset, fleet, safety, energy, and predictive-maintenance patterns grounded in industrial operating constraints.
28 articlesMCU and SoC selection, firmware architecture, Embedded Linux, drivers, OTA, diagnostics, and production validation.
29 articlesDevice models, multi-tenant permissions, telemetry, rules, fleet operations, private deployment, and platform ownership decisions.
17 articlesTuya module, firmware, app SDK, Cloud API, OEM migration, Matter, and enterprise integration guidance for production devices.
23 articlesRefrigeration monitoring, store operations, digital signage, security, analytics, and connected equipment for retail environments.
8 articlesRecently published articles
New technical comparisons, implementation notes, and field-oriented engineering guidance.

Temperature Alarm Design: Detect, Acknowledge, Recover, and Audit
A freezer warms briefly during restocking and sends repeated alerts. Later, a genuine high-temperature incident disappears from the dashboard when someone clicks.
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Rockchip Dev Board vs SoM vs Carrier Board: How to Choose
A development board, SoM, and carrier board are not performance tiers. Choose the right Rockchip path for PoC, EVT, DVT, PVT, and production.
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When an RK3566 AIoT Gateway Is Enough for Lightweight Edge Computing
Select an RK3566 AIoT gateway by deadlines, CPU/NPU/memory/I/O contention, sustained load, degradation, and recovery—not 1 TOPS or a short demo.
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Multi-Store Serial Device Retrofit: How to Size and Place IoT Gateways
Do not size a multi-store serial-device rollout by dividing the total device count by a vendor maximum.
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How to Implement Refrigeration Controller Logic: Compressor, Fan, Defrost, and Fail-Safe States
The core of a refrigeration controller is not the rule “turn on the compressor when temperature is high.” It is a priority-ordered state machine with explicit.
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When an RK3588 Edge AI Box Fits Industrial Vision—and When It Does Not
A 6-TOPS RK3588 does not automatically deliver a production vision system. Learn how to qualify camera, RKNN, latency, thermal, recovery, and rollback boundaries.
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IoT Platform Source Code Delivery vs SaaS: Choose by Responsibility and Exit Cost
Compare IoT platform source code delivery, private deployment, and SaaS through a responsibility ledger, five-year TCO, and a supplier-absent exit test.
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What a Practical Fleet Ops Console Should Actually Show
A practical Fleet Ops console should not begin by answering how many devices exist. It should let an on-call operator answer six questions within one minute.
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Permission Models for Multi-Tenant Device Management: Why RBAC Is Not Enough
The most dangerous authorization defect in a multi-tenant device platform is rarely a missing menu permission.
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Use the blog for technical context, then move into a focused guide, delivery service, product foundation, or related project case.
Compare platform, gateway, protocol, embedded, and AI workflow decisions by project constraint.
Engineering servicesMove from research to deliveryReview ZedIoT services for connected products, embedded systems, platforms, and AI applications.
Product foundationExplore the ZedIoT PlatformSee how device models, telemetry, alerts, dashboards, and integrations support connected operations.
Project evidenceRead related case studiesCompare real delivery patterns across devices, gateways, platforms, AI workflows, and field operations.
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