The Rugged Edge Media Hub

Visit Premio at Automation India Expo 2026 (Hall 6, Booth C12, BEC Mumbai) and discover how to choose the right industrial computer for your automation deployment.

Discover how Premio enables modern point-of-sale (POS) deployments with industrial-grade edge computing solutions built for today's retail environments. In this Talk Rugged episode, Asmita Banerjee introduces Premio's portfolio of edge computing platforms designed for digital signage, self-service kiosks, AI-powered retail analytics, and interactive HMI applications. Learn how the AIO Series, JCO-1000-ORN, BCO-500 Series, and HIO Series address different retail workloads with the reliability, performance, and flexibility required for modern POS deployments. Featured Products AIO Series Industrial Panel PCs JCO-1000-ORN Edge AI Computer BCO-500 Series Fanless Industrial Computers HIO Series Industrial HMI Solutions Whether you're designing a new retail kiosk, upgrading digital signage, or adding AI capabilities to your POS infrastructure, Premio provides industrial computing solutions built for long-term reliability and scalable edge deployment.

Big news! As Premio celebrates 37 years of engineering and deploying global computing solutions, we are excited to announce our appointment to the Intel United States Channel Board of Advisors. In this video, Dustin Seetoo (VP of Product Marketing at Premio) shares how this strategic collaboration will deepen our partnership with Intel to accelerate rugged Edge AI, industrial computing, and intelligent automation. By combining Intel's leading semiconductor technology with Premio’s rugged edge hardware, we are simplifying deployments at scale and bringing real-world field insights from robotics, smart cities, and industrial automation directly to Intel's leadership. <<Read Press Release>>

Learn more on: https://premioinc.com/products/kco-3000-rplDiscover how a leading energy storage solutions provider leverages Premio’s KCO-3000 Series Expandable Edge AI Workstation to support reliable industrial computing for battery energy storage deployments.

Discover how a global engineering company modernized its heat transfer manufacturing operations with Premio's VIO-200-EHL Series industrial touchscreen computer.Designed for harsh industrial environments, the IP65-rated, fanless industrial panel PC delivers reliable performance in high heat, dust, and vibration while supporting AI, 5G connectivity, and future-ready edge computing. Learn how this rugged HMI solution improved system uptime, reduced maintenance, and enabled scalable industrial automation.Learn more about the VIO-200-EHL Series at www.premioinc.com

Learn more about how the JCO-6000-ORN Series delivers high-performance edge AI for multi-camera vehicle data collection, real-time Vision AI processing, rugged in-vehicle operation, and connected logistics yard visibility.Read the full case study: https://premioinc.com/blogs/blog/enabling-vision-ai-vehicle-data-collection-with-nvidia-jetson-agx-orin-edge-ai-computer

Learn more about how the DCO-1000-ASL Series delivers reliable edge computing for real-time drone detection, multi-sensor integration, and continuous airspace monitoring in mission-critical environments.Read the full case study: https://premioinc.com/blogs/blog/enhancing-real-time-drone-detection-and-airspace-monitoring-with-a-compact-fanless-embedded-computer

Retailers are modernizing checkout with both self-service kiosks and assisted POS stations. This case study highlights how Premio’s HIO Series open frame touchscreen computer and AIO-W215-RK3568J all-in-one touchscreen computer helped a retail technology system integrator deploy a scalable, connected retail infrastructure for embedded kiosk integration, standalone checkout terminals, and future store expansion.

In EV battery manufacturing, production environments are often harsh, space-constrained, and highly sensitive to disruption. AI-driven inspection and robotic handling must operate continuously to ensure safety and product quality. By deploying Premio’s super-rugged SFF edge AI computer (RCO-3000-RPL Series) alongside Premio’s industrial-grade supercapacitor UPS (ECO-1000 Series), the manufacturer achieved reliable performance, uninterrupted processing, and safe system control across its battery production line.Read full case study: https://premioinc.com/blogs/blog/preventing-safety-risks-in-ev-battery-production-with-rugged-edge-ai-and-backup-power-solutions

In the rapidly evolving world of warehouse automation, fulfillment operations are under increasing pressure to deliver faster, more accurate order processing at scale. A leading automation provider in Europe sought to enhance its robotic piece-picking system with reliable, low-latency AI processing at the edge to support real-time vision-based decisions. By integrating Premio’s JCO-3000-ORN Series, the deployment achieved high-performance inference, seamless multi-camera connectivity, and automation-ready integration within demanding warehouse environments.Read full case study: https://premioinc.com/blogs/blog/enabling-high-speed-robotic-piece-picking-with-premio-s-nvidia-jetson-orin-sff-computersExplore JCO-3000-ORN Series: https://premioinc.com/collections/jco-3000-orn-series-ai-edge-computer

Maritime awareness deployments require rugged and compact computing platforms capable of operating reliably in harsh defense environments. A maritime technology provider needed an edge AI computer small enough to fit inside a Pelican case while maintaining durability across extreme temperatures, shock, and vibration conditions. Premio’s Entry-Level AI Edge Computer, JCO-1000-ORN-A Series, delivered a rugged and deployment ready solution optimized for portable maritime situational awareness applications.Read case study: https://premioinc.com/blogs/blog/supporting-defense-ready-maritime-operations-with-premio-s-jco-1000-orn-seriesExplore JCO-1000-ORN-A Series: https://premioinc.com/products/jco-1000-orn-a_1l

In the agriculture industry, the shift toward precision farming is driving demand for real-time, data-driven crop insights. An AI technology provider developed a vehicle-mounted crop monitoring system to analyze crop health and yield in motion but required a production-ready platform to scale beyond prototyping. By adopting Premio’s rugged edge AI computer, they transitioned to a reliable, deployable solution capable of operating in harsh field environments.Read full case study: https://premioinc.com/blogs/blog/scaling-vehicle-mounted-crop-intelligence-with-edge-ai-using-nvidia-jetson-orin-computers

Thank you to everyone who visited Premio at Automate 2026—watch the highlights from our booth featuring the latest industrial edge AI computing solutions for robotics and automation.Explore more: https://premioinc.com/blogs/tradeshow-events/automate-2026

Arm or x86? We compare the NVIDIA Jetson-powered JCO-1000-ORN Series and Intel Atom-powered RCO-1000-ASL Series to explore AI workloads, industrial IoT, software compatibility, and edge deployment strategies, helping you choose the right platform for your next project.🔎 Learn more about JCO-1000-ORN Series: https://premioinc.com/collections/jco-1000-orn-series-ai-edge-computer🔎 Learn more about RCO-1000-ASL Series: https://premioinc.com/collections/rco-1000-asl-series-fanless-mini-computer

Learn how Premio's JCO-3000-ORN Series powers intelligent railway control panel integration with NVIDIA Jetson Orin computing, versatile industrial I/O, and rugged reliability for modern rail infrastructure.Read Full Case Study>>

Learn how Premio's JCO-3000-ORN Series enables vision-guided robotics with NVIDIA Jetson Orin NX computing, PoE camera connectivity, and industrial-grade reliability for factory automation.Read Full Case Study>>

Learn how Premio's JCO-1000-ORN-A Series with EDGEBoost OOB empowers water utilities with real-time AI monitoring, centralized fleet management, and hardware-level remote recovery across multiple treatment sites.Read Full Case Study>>

Food and beverage production environments demand more than standard panel PCs. Frequent washdowns, moisture, cleaning chemicals, and strict hygiene requirements mean HMI systems must be built for reliable, sanitary operation to prevent contamination, downtime, and compliance risks. In this episode of Premio Talk Rugged, we explore the SIO-300-ASL Series—an IP66/IP69K stainless steel panel PC designed for hygienic environments. We highlight key features like SUS316 construction, sealed M12 connectors, glove-mode touch, and efficient Intel processing that support safe, reliable operation across food production lines. Explore SIO-300 Series at premioinc.com

Artificial Intelligence is rapidly transitioning from the digital world into the physical one—moving from software chat boxes into autonomous robots, smart factories, and critical infrastructure. But there is a major technical gap: the standard server hardware running these sophisticated models is designed for pristine, climate-controlled data centers, not the chaotic reality of industrial edge environments.Heat, vibration, and conductive dust are the enemies of sensitive AI chips. While a crash in the cloud might just delay a webpage, a crash on a robotic arm can lead to physical disaster.In this video, we explore why absolute hardware reliability is a non-negotiable requirement for the era of Agentic Physical AI. Discover how Premio leverages over 37 years of manufacturing experience to engineer ruggedized computing backbones—sealing systems against extreme elements and neutralizing shock to ensure your autonomous agents operate flawlessly on the factory floor and beyond.Learn how to bridge the gap between high-performance silicon and the harsh reality of the physical edge.Discover our Rugged Edge AI computing solutions: https://premioinc.com

Meet the CT-MBL01, a high-performance Micro-ATX Industrial Motherboard built for industrial automation, machine vision, embedded AI, and edge computing applications. Powered by Intel® Core™ Series 2, 14th Gen, 13th Gen, and 12th Gen processors, it combines DDR5 memory, PCIe Gen 5 expansion, quad 4K displays, and rich industrial I/O in a scalable platform designed for next-generation industrial systems.

See EDGEBoost OOB in action on Premio's DCO-1000-ASL Series. This demo showcases built-in Out-of-Band Management capabilities, including remote power control, force shutdown, power scheduling, Device Always On recovery, real-time power monitoring, and Serial Console access—all through an on-premise web-based interface with no subscription required.

In this episode of Premio Talk Rugged, Premio and Allxon discuss why remote management is becoming critical for edge AI deployments in the era of Physical AI. Learn how Allxon ResiLink™ enables secure, resilient, and on-premises management of edge devices with features such as OTA updates, power cycling, BIOS/UEFI access, and remote troubleshooting—helping organizations keep AI systems running reliably across distributed environments.

Discover Premio’s x86 Edge AI Workstation portfolio, designed to deliver high AI performance, scalable GPU acceleration, PCIe expansion, and industrial-grade reliability for real-time edge AI deployments. From compact systems to rugged GPU workstations, Premio provides flexible platforms for vision AI, robotics, machine vision, and industrial automation.

Premio was proud to make its debut at COMPUTEX 2026, showcasing how ruggedized computing is accelerating the next evolution of AI. As AI rapidly expands beyond the cloud to the edge, intelligence is becoming more physical, distributed, and capable of operating in real time within the world's most demanding environments.To support this transformation, Premio demonstrated its latest innovations designed to deliver the reliable, scalable, and deployment-ready compute infrastructure needed for Edge AI and Physical AI applications.✨ Highlights of Premio at COMPUTEX 2026:Premio unveiled its new next-gen edge solutions targeting Physical AI:▪️ Expanded the NVIDIA Jetson-powered WCO Series with: WCO-3000-ORN Series (Orin Nano/NX) and WCO-6000-THR Series (AGX Thor)▪️ Unveiled new LLM Series platforms powered by AMD Ryzen™ and EPYC™ processors: LLM-2U-AM5 and LLM -3U-AM5. Featuring extensive PCIe 5.0 expansion support for high-performance GPU deployments▪️ Announced the new Edge AI Workstation lineup: KCO-6000-ARL Series, powered by Intel® Core™ Ultra Series 2 processorsLearn more: https://premioinc.com/blogs/press-kits/premio-unveils-next-gen-physical-ai-edge-solutions-computex-2026

Learn how a smart transportation provider improved traffic intersection reliability and reduced onsite maintenance using Premio's rugged edge computers with remote management capabilities.Read Case Study >>

At COMPUTEX 2026, Premio unveiled two new Edge AI Servers powered by AMD Ryzen™ and AMD EPYC™ processors, expanding its LLM Series to meet the growing demands of next-generation Physical AI applications.In this interview, Jordy Hsu, Product Marketing Manager at Premio, discusses the accelerating shift of AI workloads from the cloud to the edge and why powerful Edge AI infrastructure is becoming increasingly important for real-time inference, autonomy, and intelligent decision-making.Jordy also provides an overview of Premio's complete LLM Series lineup, including the LLM-1U-RPL Series, LLM-2U-AM5, and LLM-3U-AM5, highlighting their capabilities for deploying large language models and AI applications at the edge. In addition, he explores emerging Agentic AI use cases and how these Edge AI Servers are enabling the next wave of intelligent systems.

Discover Premio's complete portfolio of NVIDIA Jetson-powered robotics solutions showcased at COMPUTEX 2026. From the entry-level JCO-1000-ORN to the high-performance Jetson Thor-powered WCO-6000-THR, explore scalable edge AI platforms designed for autonomous mobile robots, machine vision, industrial automation, and next-generation Physical AI applications. Learn how Premio's ruggedized WCO Series delivers IP66 protection, M12 industrial connectivity, multi-camera support, and NVIDIA Holoscan integration to enable intelligent robotics in real-world environments.Explore more: https://premioinc.com/collections/nvidia-jetson-solutions

Learn how Premio's RCO-6000-RPL empowers autonomous mobile robots with high-performance AI computing, flexible expansion, and rugged reliability for warehouse automation.Read the case study >>

Learn more about Premio's remote management solutions and how EDGEBoost OOB and Allxon help keep edge devices connected, accessible, and recoverable.Explore Premio's remote management solutions >>

Meet Premio at Computex 2026!COMPUTEX 2026 is one of the world’s leading technology exhibitions, bringing together innovators across AIoT, startups, and next-generation computing. Guided by this year’s theme, AI Together, the show spotlights the future of AI & Computing, Robotics & Mobility, and Next-Gen Tech.

Watch the video now to see our product experts introduce the design philosophy behind the VCO-6000-RPL Series Machine Vision Computer and explore how it supports high-performance industrial vision applications at the edge.Learn more about VCO-6000-RPL Series >>

This case study shows how the DCO-1000-ASL helped support remote wildlife monitoring stations by enabling reliable sensor integration, local data processing, and stable wireless communication across rugged conservation terrain.Read the full case study

Discover how a retail fuel station operator transformed traditional digital signage into an intelligent, audience-aware engagement platform using Premio’s BCO-500-MTL edge AI computer powered by Intel® Core™ Ultra processors. This case study explores how real-time AI analytics, efficient 11 TOPS-class edge computing, and rugged fanless design enabled dynamic advertising, improved customer engagement, and reliable 24/7 operation across retail environments.

Digital signage is evolving into distributed edge infrastructure across retail environments. Premio delivers high-performance, rugged, and remotely manageable edge computing platforms designed to support AI-driven workloads, real-time personalization, and scalable deployments in real-world conditions.

Digital signage buying guide for scalable deployments using edge computing platforms. Learn how to align AI-driven, interactive, and standard signage workloads with industrial edge computers to reduce downtime, improve performance, and enable reliable, always-on digital signage infrastructure across distributed environments.

Explore NVIDIA’s latest Blackwell architecture and what it means for next-generation AI performance at the edge. In this video, we break down key advancements over Ada, highlight real-world AI use cases, and introduce Premio’s industrial GPU computers — designed to deliver reliable, high-performance computing in rugged environments.Read full blog: https://premioinc.com/blogs/blog/what-s-new-in-nvidia-blackwell-gpu-architectureExplore Premio's Industrial GPU computers: https://premioinc.com/pages/industrial-gpu-computer

See how a beverage manufacturer improved uptime and eliminated washdown challenges with stainless steel industrial panel PCs built for high-speed production lines.Learn more about SIO-300 Series: https://premioinc.com/products/sio-315-asl

This case study explores how retailers can overcome the thermal and reliability challenges of storefront digital signage deployments. Installed in sealed enclosures and exposed to outdoor conditions, signage systems often face heat buildup, limited airflow, and environmental stress.Discover how Premio’s BCO-500-RK3568J fanless industrial computer enables reliable, 24/7 operation with a wide operating temperature range (-40°C to 70°C), compact form factor, and maintenance-free design. Learn how retailers can deliver consistent, high-impact digital experiences across multiple storefront locations while reducing downtime and operational costs.

In this video, we introduce Premio’s RCO Series rugged edge computers, designed to support deployments from ultra-compact embedded systems to high performance AI inference solutions. We will walk through the key differences between the RCO-1000, RCO-3000, and RCO-6000 Series, and show how modular expansion with EDGEBoost technologies helps scale performance based on your application needs.Explore more about the RCO Series: https://premioinc.com/collections/rco-series-x86-super-rugged-industrial-computers

This case study explores how a regional public transportation provider deployed the RCO-1000-EHL as an onboard edge gateway across its bus fleet. The solution supported real time telemetry, passenger information updates, and stable communication between vehicle subsystems and centralized control infrastructure.Read the full case study >>

A medical-focused engineering design and contract manufacturing company developing an eye vision diagnostic system required a reliable embedded AI platform capable of supporting advanced image processing within a tightly integrated enclosure. Premio addressed these challenges with its compact NVIDIA Jetson-based edge computing solution designed for medical-grade reliability and long-term deployment.

As AI moves to the edge, these platforms are widely adopted for delivering powerful, energy-efficient AI inference in compact systems. From smart factories to autonomous machines, organizations are deploying small form factor edge computers to bring real-time intelligence into space-constrained environments.However, a one-size-fits-all approach doesn’t work. Differences in camera interfaces, deployment conditions, and connectivity requirements can impact which system is right for your application.

This case study shows how a manufacturer deployed Premio’s LLM-1U-RPL edge AI server to run LLM inference locally, helping operators access PLC alarms, inspection data, and maintenance records more quickly while improving troubleshooting consistency across shifts without relying on cloud connectivity.Read the full case study >>

A California-based wave energy startup developing a buoy-based energy conversion system required a compact, rugged industrial computer to manage real-time control algorithms, subsystem networking, and offshore connectivity. Read how Premio’s DIN-Rail Fanless Embedded Computer, DCO-1000-ASL Series, delivered the performance and the durability necessary to power next-generation marine energy innovation.

A North American manufacturer faced mounting pressure to detect microscopic defects in real time while keeping up with rapid SMT throughput. By deploying Premio’s 3U fanned industrial GPU computer, the company enabled scalable, on-site AI-powered inspection without reliance on cloud processing.

A European transportation innovator developing a compact, driverless rail platform required real-time AI vision within highly space-constrained vehicles operating continuously in motion. By leveraging Premio’s ultra-compact, rugged NVIDIA Jetson-based edge AI computer, the company enabled intelligent perception and reliable deployment in a modern autonomous transit system.

The CT-XAR01 is a Mini-ITX industrial motherboard built for AI-enabled edge computing, powered by Intel® Core™ Ultra Series 2 (Arrow Lake-S) processors with integrated CPU, GPU, and NPU architecture.Designed for AI inference, machine vision, and data-intensive industrial workloads, it delivers high-bandwidth connectivity, scalable expansion, and long-term reliability in a compact form factor.Key FeaturesIntel® Core™ Ultra Series 2 with Intel® W880 chipset (ECC supported)PCIe Gen 5 x16 for next-generation GPU and AI accelerationMCIO (PCIe Gen4 x4) for modular high-speed expansion3× 2.5GbE LAN for high-throughput networkingM.2 M-Key, B-Key, and E-Key for storage and wireless connectivityUp to 6× COM ports for industrial device integrationQuad display support (DP, HDMI, LVDS, eDP)👉 Explore more: https://premioinc.com/products/ct-xar01

Explore why modern industrial edge platforms require multiple compute architectures to support diverse workloads, environments, and AI demands.This presentation outlines key trends shaping the edge—including decentralized intelligence, AI-driven workloads, and workload convergence—and explains why a single architecture is no longer sufficient. It compares ARM and x86 design philosophies and highlights how heterogeneous computing enables optimal performance, efficiency, and scalability across edge deployments.Featuring Premio’s BCO-500 series, the video demonstrates how a unified, fanless platform with multiple processor options enables engineers to match the right compute architecture to each application—while maintaining a consistent hardware footprint.

Discover how a global retailer improved digital signage performance using Premio’s BCO-500-ADL industrial fanless edge computer. The solution enables synchronized multi-display content, responsive kiosk interactions, and faster campaign distribution through reliable, high-efficiency edge computing.

Explore how Premio and MemryX are advancing edge AI performance through a high-efficiency, GPU-free architecture.In this Embedded World interview, Jordy Hsu (Premio) and Sam Fuller (MemryX) present a real-world edge AI deployment achieving approximately 1000 FPS multi-stream inference without traditional GPU acceleration. The solution combines Premio’s fanless BCO-3000 industrial computer with the MemryX MX3 AI accelerator to deliver scalable, low-power AI processing at the edge.This approach highlights a shift toward specialized AI acceleration, enabling faster, more energy-efficient inference for applications such as machine vision, industrial automation, and real-time analytics.