Cloudion
Cloudion
Delivering robust, hardware-level baseline integrity to combat escalating cyber risks and sustain high-throughput data parsing.
Modern network security equipment must handle complex tasks like deep packet inspection (DPI), wire-speed SSL/TLS decryption, and real-time stateful threat mitigation without introducing latency bottlenecks. To achieve this balance, enterprise buyers are shifting from software-only perimeter defenses toward customized, dedicated hardware server deployments built on high-performance architectures (e.g., dual-socket Intel Xeon or AMD EPYC processors matched with scalable PCIe Gen 5 configurations).
By sourcing directly from certified wholesale manufacturers, corporate system integrators secure hardware that supports customized cryptographic accelerator cards, hardware security modules (HSMs), and specialized SmartNICs. This establishes a hardware Root of Trust, laying the foundation for Zero Trust Network Access (ZTNA) policies across global environments.
Integrating secure boot protocols and Trusted Platform Modules (TPM 2.0) directly onto server boards to prevent firmware injection attacks.
Dedicated cryptographic offloading via PCIe Gen 5 accelerators, permitting seamless decryption of SSL/TLS traffic without CPU degradation.
Highly optimized dynamic cooling paths and multi-stage redundant system power units to maintain continuous uptime under demanding enterprise workloads.
How global enterprises manage long lead times, customize high-density servers, and ensure supply chain compliance.
Procuring network security and high-performance server hardware at scale is a complex process. Enterprise buyers struggle with long component lead times, rigid vendor ecosystems, and varying regional regulatory standards (such as CE, FCC, RoHS, and local telecommunication standards). These roadblocks can stall critical infrastructure expansions.
Cloudion AI Systems Ltd works directly with procurement officers to address these challenges. By coordinating with over 1,100 trusted upstream component partners, we maintain a reliable supply chain. This helps minimize lead times and ensures we can reliably source critical parts like high-density memory, enterprise-class PM893 SSDs, and specialized network interface controllers.
Additionally, our support for customizable server configurations allows systems integrators to specify components down to the physical layout. This includes custom chassis, redundant power supplies (like the high-efficiency HVDC1500WB power modules), and optimized cooling designs tailored to specific data center climates.
Established in 2016: Driving innovation in high-performance computing, AI-driven server architectures, and robust network hardware platforms.
Built under the brand CloudionAI (https://cloudionai.com), Cloudion AI Systems Ltd is dedicated to developing high-performance computing hardware and AI GPU servers. We design systems engineered to handle intensive AI workloads, high-speed deep packet processing, and demanding data center deployments.
Operating out of our modern facility in Shenzhen, China, we manage every stage of production—from PCB layout and assembly to thermal engineering and validation testing. Our 320 R&D engineers focus on high-density computing layouts and energy-efficient cooling solutions, helping us launch 86 new products last year to support evolving technical needs.
Quality control is a priority. Our team of 48 professional quality inspectors uses advanced testing methods, including Automated Optical Inspection (AOI), hardware-in-the-loop (HIL) simulations, and thermal burn-in protocols. This strict testing ensures that every server, storage array, and security platform we ship delivers stable, reliable operation for mission-critical deployments.
Tailored hardware platforms optimized for modern telecommunications, financial networks, and deep learning compute facilities.
Ultra-low latency security nodes built with hardware-accelerated decryption engines. These systems handle high-frequency transaction verification and enforce micro-segmentation across banking networks without adding latency.
Hardware Config: Dual-Socket EPYC / High-Density NVMe Storage1U and 2U rackmount designs built for edge deployments. These configurations provide reliable intrusion detection and packet parsing right at the edge, offering protection for remote branch networks and distributed cell towers.
Hardware Config: Optimized 1U Xeon D / Front-Accessible I/OHigh-density GPU platforms designed to accelerate localized AI models, including DeepSeek and deep neural networks. These servers process large amounts of incoming threat intelligence data in real time, enabling automated threat responses.
Hardware Config: 8-GPU Cluster / Liquid Cooling IntegrationDesigning next-generation computing architectures to meet the rising demands of AI and high-speed network security.
As network bandwidth expands toward 400Gbps, traditional host CPUs can struggle to manage network packet workloads. Our technical roadmap focuses on integrating Compute Express Link (CXL) memory sharing and dedicated SmartNIC network controllers. This design routes network packets directly to specialized accelerators, freeing up primary system processors for core business applications.
By offloading virtual switching, security policy enforcement, and encryption to dedicated hardware, our servers deliver higher packet throughput and reduced latency. This setup helps protect virtualized data centers from DDoS attacks and unauthorized network traffic.
The latest high-performance processors and GPU accelerators operate with higher thermal output (TDP), pushing traditional air cooling to its limits. To help customers manage these thermal loads efficiently, we design hybrid liquid cooling architectures, including direct-to-chip cold plate loops.
These thermal management systems improve server reliability and help reduce energy costs. Lowering energy consumption helps data center operators optimize Power Usage Effectiveness (PUE) metrics and meet sustainability goals.
Over 7 years of export experience supplying reliable hardware to North America, Europe, and Southeast Asia.
We export high-performance hardware to markets worldwide. Operating under international standards, we ensure our systems meet regional compliance requirements, including EMC testing, FCC certifications, and hazardous substance restrictions (RoHS/WEEE).
We support our global deployments through a network of logistics and hardware partners, helping customers manage importing, customs, and final installation. This setup provides enterprise buyers and system integrators with a reliable supply of customizable, high-performance security and computing platforms.
Additionally, we offer firmware customization options (such as UEFI, BIOS, and BMC styling) and secure remote management interfaces (including IPMI 2.0 and Redfish APIs). These features simplify deployment and allow administrators to integrate our hardware seamlessly into existing network environments.
Find answers to common questions about customization options, manufacturing protocols, and system capabilities.
