What Physical AI Really Means for Industrial Machine Builders

What Physical AI Really Means for Industrial Machine Builders

Discover what Physical AI means for industrial machine builders: AMRs, cobots, edge AI, modular compute, Clea OS, and lifecycle management from…
How SECO helps industrial automation teams scale embedded edge computing

How Standardized Development Improves Scalability and Longevity for Industrial Systems

Discover how SECO SMARC modules and Clea OS help industrial automation teams scale embedded edge computing, simplify development, and extend lifecycle…
Accelerating smart screen deployment for intelligent building management

Accelerating Smart Screen Deployments for Intelligent Building Management at the Edge

Explore how SECO Modular Vision 10.1 MX95 and Clea enable edge AI HMIs for smart building management with computer vision, voice interaction, and…
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Industrial AI at the Edge: Leveraging SMARC-based Platforms for Rapid, Scalable Deployment

The growing accessibility of artificial intelligence (AI) for industrial edge applications presents system developers with new time-to-market…
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The CRA Deadline Approaches: Futureproofing Software Infrastructure to Ensure Compliance

For embedded device manufacturers targeting global markets, the EU Cyber Resilience Act (CRA) has fundamentally changed cybersecurity from an…
SECO full stack platform to speed up the edge AI workflow

From Model to Application: Speed Edge AI Workflow development with SECO Full-Stack Platform

SECO’s Clea OS, the SECO Application Hub, and Clea Studio AI create an integrated ecosystem for testing Edge AI use cases faster and implementing them…
SECO's Clea OS to scale Edge AI platforms

From Setup to Update: SECO Clea OS Accelerates Scalable Edge Platforms

Industrial edge devices are increasingly becoming the central execution environment for AI, vision, and automation applications. At the same time,…
Industrial HMI in the edge AI era

How Industrial HMIs Are Evolving into Secure, AI-Ready Edge Platforms

Industrial HMIs are no longer simple visualization and control panels. As Edge AI becomes increasingly relevant across industrial environments, OEMs…
Modular Vision based on MediaTek Genio700

How to Reduce Cloud Costs and Scale Industrial AI with Edge-Ready HMIs

Industrial HMIs are evolving from simple visualization interfaces into intelligent edge systems capable of processing data, running AI workloads, and…
SECO modernizing automated logistics from AGVs to AMRs

Modernizing Automated Logistics: How to Turn Rigid AGVs into Flexible AMRs

Automated robotics platforms have fundamentally changed warehousing logistics, reducing manual labor during 24/7 operations while enhancing…
Conversation interfaces for Edge devices

Enabling Conversational Interfaces for Edge Devices: From touchscreens to voice-first interaction in real-world environments

For years, the evolution of device interfaces followed a familiar path: from physical buttons to graphical interfaces, and then to touchscreens.…
SECO's commitment with COM Express

SECO and COM Express: A Long-Standing Commitment

From high-performance COM Express modules to integrated software and security frameworks, SECO enables scalable edge platforms designed for AI-driven…
x86 vs High-Performance Arm

x86 vs High-Performance Arm: How Mission-Critical Edge Systems are Changing

For many years the unrivalled peak performance, long-term stability, and wide software compatibility of x86 has allowed it to dominate high-end…
Qualcomm Dragonwing IQ-X streamlining unmanned military vehicles

How Qualcomm Dragonwing IQ-X Streamlines Situational Awareness for Unmanned Military Vehicles

The SECO SOM-COMe-CT6-Dragonwing-IQ-X presents embedded product engineers with one of the first computer-on-module (COM) solutions to feature…
Five architectural decisions for industrial edge platforms long-term success

Five architectural decisions that determine long-term success of industrial edge platforms

Long device lifecycles, safe and reliable operation, and easy serviceability lie at the heart of industrial equipment development. However, harsh…
Choosing the right edge computing architecture for medical imaging devices

Choosing the Right Edge Computing Architecture for Different Medical Imaging Devices

Advanced medical imaging devices cover a wide range of form factors and portability levels, from handheld ultrasound units to fixed, multi-ton MRI…
The next generation of industrial HMIs

Standardizing Edge AI deployment for the next generation of industrial HMIs

Industrial OEMs are facing a structural shift: HMIs are no longer simple interfaces, but intelligent edge nodes that must combine real-time AI…
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Choosing the Right Computer-on-Module Standard for Industrial Automation Equipment

Industrial environments require robust, highly integrated equipment that offers modular parts replacement for fast servicing or upgrades that minimize…
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From the Clea Framework to the Edge Developer Journey: Simplifying Edge AI Deployment with App Hub, AI Studio, and the SECO Developer Center

Join Fausto Di Segni (Head of IoT and AI) and Matteo Del Balio (Lead Product and Program Manager) from SECO for a deep dive into how the Clea…
How to Accelerate AI-Driven Edge Solutions

From Factory Floor to Operating Room: How to Accelerate AI-Driven Edge Solutions

As industrial automation and medical devices evolve toward AI-driven systems, traditional embedded architectures can no longer keep pace. This…