Klyvora
Klyvora
Deploy industry-grade servers engineered for intensive security operations, firewall processing, and robust cryptographic execution.
Global Supply Chain Partners
Dedicated R&D Engineers
QC Specialists
Max Annual Export Value
As enterprise networks expand, standard off-the-shelf equipment often fails to meet strict throughput, thermal, and security requirements. Klyvora Node Technologies Ltd. bridges this gap. Operating from a highly specialized, modern production facility spanning approximately 320㎡, we focus on integrating design, rapid prototyping, extreme load testing, and comprehensive QA validation.
Our robust architecture supports processing high-intensity cryptographical demands, deep-packet inspections, and high-performance server configurations, enabling zero-trust deployments globally. With accumulated hardware design experience spanning over 11 years, we translate complex network specifications into optimized computing platforms.
Our global export reach is backed by strict production workflows, ensuring every chassis, motherboad, and component functions seamlessly under sustained thermal and processing pressure.
From edge intelligence to localized datacenters, the physical infrastructure dictates the limits of digital security.
We design systems compatible with advanced hardware accelerators such as QuickAssist Technology (QAT), ensuring bulk encryption/decryption does not saturate host CPU resources. Our solutions scale up to 100Gbps SSL/TLS inspection rates.
Combining multi-core processing with high-speed network interfaces, our platforms serve as Unified Threat Management (UTM) systems, integrating firewall, IPS, anti-malware, and VPN processing at low latency thresholds.
Leveraging GPU accelerators to inspect packet payloads in real-time. By utilizing customized PCIe lanes and dual/quad socket architectures, security operations centers can identify anomalies via local neural models.
Security hardware cannot tolerate system downtime. A single failure at the hardware layer exposes organizations to major vulnerabilities. To prevent this, Klyvora maintains a strict testing regime supervised by approximately 42 dedicated quality assurance technicians.
Our diagnostic pipeline subjects every unit to extended thermal chambers, heavy synthetic networking loads, and extreme component vibration simulations. By simulating decades of continuous stress, we catch early-stage silicon and capacitor degradation before shipment.
Whether testing custom rack server setups, RAID card performance, or multi-port interface cards, we deploy advanced logical analyzers to verify signal integrity across high-speed bus architectures.
Adapting network architecture to meet distinct localized regulations, environmental pressures, and regional enterprise demands.
Strict adherence to FIPS 140-3 cryptography levels, GDPR-compliant localization, and high performance-per-watt ratios for hyperscaler datacenters. Our systems support custom BIOS disabling features for ultra-secure locations.
High-ambient dust and temperature resilience. Engineered with heavy-duty redundant fans, customizable dust filters, and advanced liquid cooling configurations, preventing system degradation in tough environments.
Sub-microsecond networking latency through hardware offloading. Supported by customized FPGA accelerators, intelligent network cards (SmartNICs), and high-frequency multicore processor optimizations.
In high-grade computing, sourcing delays can freeze multimillion-dollar deployments. To guarantee build consistency, Klyvora works alongside a trusted ecosystem of over 860 supply chain partners. This global network ensures we secure priority allocations of crucial server chips, low-latency PCIe storage, ECC memory modules, and specialized custom chassis components.
Whether configuring multi-socket CPU systems, high-density AI accelerators, or advanced array controllers, our engineering team manages inventory buffer stocks to guarantee stable pricing and rapid system production.
Every incoming batch of silicon undergoes comprehensive firmware validation, avoiding supply-chain counterfeits and protecting our global partners from potential systemic threats.
Exploring the future trends in hardware design, edge processing, and hardware-secured computing frameworks.
As CPU and GPU thermal envelopes cross 400W, traditional air cooling hits physical barriers. Our roadmap introduces hybrid direct-to-chip liquid cooling loops to reduce PUE to <1.15.
Hardware roots of trust protect systems prior to operating system execution. We integrate physical TPM 2.0 modules and secure UEFI platforms to restrict execution to verified cryptographical payloads.
We customize hardware pathways to run continuous network security diagnostics locally. System anomalies trigger hardware-level isolations before viruses propagate across adjacent networks.
Modern applications require specialized physical hardware architectures. Klyvora maintains deep custom R&D operations driven by roughly 180 engineers focused on thermal flow, board design, and high-frequency layout engineering.
By adjusting chassis ventilation paths, configuring dynamic fan arrays, and running virtual CFD (Computational Fluid Dynamics) simulations, we increase air circulation over dense processing matrices. This thermal control prevents silicon throttle, maintaining maximum processor speeds during extended computation.
Our solutions adapt to the physical design of custom data centers, matching variable power environments, custom-rail racks, and localized power delivery systems.
Answers to key engineering, integration, compliance, and ordering processes.
Our hardware platforms comply with major safety and interference regulations, including CE, FCC, RoHS, and UL guidelines. On a project-by-project basis, we adapt systems to conform to FIPS 140-3 cryptography levels and local data security standards.
Yes. Through our 180+ engineer R&D team, we offer deep firmware customizations. This includes setting custom secure keys, disabling unused physical ports or management services (like IPMI/BMC interfaces), and generating secure boot configurations tailored to specific infrastructure parameters.
We maintain verified relationships with over 860 international supply chain partners. We subject incoming chips and controllers to multi-stage firmware validation, ensuring protection from hardware modifications or unverified components.
Our 320㎡ advanced integration facility focuses on custom hardware engineering, prototype creation, and extensive stress validation. We scale production through partners, enabling us to support orders ranging from dozens to thousands of server nodes.
We supply full manufacturing warranties on our server systems, typically ranging from 3 to 5 years. Our dedicated hardware specialists diagnose board issues, process RMA orders, and offer remote technical support on configurations.
Explore our full line of rack-optimized compute systems, high-speed storage array controllers, and enterprise workstations.
