Klyvora
Klyvora
Why modern video surveillance solutions require the foundation of high-performance scalable hardware architectures.
As smart cities, safe logistics, and automated industrial complexes expand, video surveillance has evolved from basic recording to complex Intelligent Video Analytics (IVA). Raw pixel data is processed in real time by Deep Learning networks, detecting anomalies, reading license plates, and predicting security vulnerabilities. However, running these advanced models demands immense compute density and robust, fail-safe storage systems.
Klyvora Node Technologies Ltd. stands at the forefront of this industrial transformation. Established in 2016, we specialize in high-performance computing infrastructure, manufacturing AI GPU server systems, scalable compute clusters, and enterprise-grade data center solutions. We build the physical processing backbone—the compute, storage, and edge servers—that drive modern video surveillance networks worldwide.
With an annual export revenue between USD 8 million and USD 22 million, our systems support multi-site corporate networks, public sector security hubs, and highly classified industrial monitoring systems across North America, Europe, the Middle East, and Southeast Asia.
Optimized hardware components engineered to minimize latency, prevent frame drop, and ensure 24/7 continuous operation.
Processing hundreds of ultra-HD IP camera feeds concurrently requires extreme parallel compute power. Our GPU servers utilize industry-leading accelerators to handle multi-stream decoding, facial recognition, and object classification on-the-fly.
Surveillance archival regulations require storage that can scale dynamically. Utilizing custom high-density 2U and 4U chassis configurations, we provide multi-terabyte arrays with SAS/SATA/NVMe interfaces to support months of high-resolution retention.
Prevent system collapse and data gaps. Equipped with hardware RAID controllers (like Broadcom 9560-8i Tri-Mode cards) and redundant power supplies, our server architecture guarantees continuous operational uptime and immediate data recovery.
Navigating global data safety frameworks (GDPR, NDAA, and regional storage compliance) with tailored server integration.
Enterprise physical security is heavily governed by strict regional regulations. System integrators and global enterprises must satisfy complex legal requirements to protect citizen privacy and secure storage infrastructures against unauthorized network intrusion. Klyvora understands this complexity. We design our compute nodes with hardware-level security measures to assist deployment partners in maintaining complete regulatory compliance.
To align with European Union General Data Protection Regulation (GDPR) mandates, surveillance metadata processing must be highly secure. We support end-to-end hardware-accelerated encryption at rest and in transit. By combining TPM 2.0 (Trusted Platform Modules) with modern server motherboard chips, video recordings are stored securely under local storage sovereignty architectures, preventing external unauthorized decoding.
For systems operating in North American jurisdictions requiring National Defense Authorization Act (NDAA) alignment, we provide specialized configuration builds. Utilizing components from trusted supply network partners (such as Intel Xeon and EPYC Scalable processing architectures), our backend servers serve as fully compliant core nodes within large-scale CCTV deployments, separating network-layer traffic from untrusted chipsets.
With an extensive network of over 860 hardware component supply partners, Klyvora provides stable regional availability for replacement modules, PCIe cards, RAM, and power supplies. Our engineering team provides high-quality customization options to meet unique architectural setups, enabling smooth installation, onsite configuration, and fast physical maintenance anywhere in our primary global target markets.
How our localized integration, testing, and production infrastructure yield superior cost-to-performance ratios for global exporters.
China's industrial manufacturing ecosystem offers unmatched advantages in component accessibility, material science, and design-to-delivery speed. Operating from an integrated high-performance R&D assembly facility, Klyvora leverages this physical clustering of technology component suppliers to optimize structural configurations at minimal latency.
By managing a tight network of suppliers, we source enterprise-grade PCB designs, structural chassis alloys, high-performance copper-pipe liquid cooling systems, and specialized power supplies (such as AC/DC Platinum redundant modules) much faster than non-localized builders. This direct access to Tier-1 component factories cuts down production times and shields our global distributors from system bottlenecks.
Crucially, this ecosystem enables our dynamic release cycle—launching approximately 86 new computing products annually. This agility ensures that our global clients always have access to the latest processing and network interface technologies.
Where our high-performance GPU nodes and enterprise servers are deployed to protect critical infrastructures.
Managing thousands of regional IP cameras requires high-throughput processing. Klyvora's GPU nodes decode hundreds of simultaneous feeds, routing analytics metadata to localized operations rooms with minimal lag.
Airports, train stations, and cargo yards depend on real-time license plate reader (LPR) systems and facial tracking. High-performance computing nodes run complex recognition models directly at the local site.
Chemical processing plants, energy grids, and massive manufacturing centers need local data storage nodes that operate reliably under extreme conditions. Our thermal-stressed servers ensure stable performance in challenging industrial environments.
A glimpse inside our specialized facilities, quality verification centers, and warehouse logistics pipelines.
Expert technical insights to guide your next large-scale video surveillance system integration project.
Real-time analytics platforms require a combination of multicore processors (like Intel Xeon Scalable or AMD EPYC) to manage video streaming feeds, alongside enterprise GPU accelerators for deep learning processing. Choosing servers with fast NVMe storage arrays prevents bottlenecks, ensuring that video frames are written, decoded, and analyzed without dropouts.
Video surveillance systems write data continuously. A high-quality hardware RAID controller (such as the Broadcom LSI 9560-8i) offloads processing tasks from the primary CPU, organizing the write queues to prevent frame losses. They also provide data redundancy, ensuring that if a hard drive fails, the array recovers without system downtime or loss of footage.
We provide full hardware customization options tailored to major Video Management Software (VMS) suites like Milestone, Genetec, or Network Optix. Integrators can customize compute processors, RAM density, RAID storage, and power supplies, as well as select custom chassis layouts and liquid cooling systems to match specific operational requirements.
Our quality assurance workflow is led by a team of 42 QC specialists. Every server goes through thermal stress diagnostics, system functional reviews, and extensive burn-in testing. This multi-phase testing process confirms that components are stable, durable, and ready for high-load operations before they leave our factory.
Yes. We source non-restricted processing modules and integrated chipsets from leading global manufacturers to comply with NDAA requirements. To meet GDPR mandates, our systems support hardware-level encryption at rest, secure boot functions, and TPM security chips to protect personal data from unauthorized access.
