We are a digital infrastructure company commercializing advanced, liquid-cooled computing architecture. We transform existing commercial, municipal, and government facilities into localized computing environments, seamlessly connecting every deployment into a powerful, distributed ecosystem.
POWER
TO COOL!
In a standard 19″ rack
Engineering the infrastructure that makes advanced computing more efficient, connected, and scalable! An infrastructure company preparing for commercialization and capital formation.
01
Licensed Technology
Commercialization of LiquidCool Solutions technology through licensed rights.
02
Advanced Computing
Infrastructure designed for demanding computing environments.
03
Energy Engineering
Engineering focused on infrastructure efficiency and resource utilization.
04
Distributed Infrastructure
Developing connected infrastructure through the LCDC and DLIN vision.
we Build power!
we cool efficiency!
Capabilities Architected for Lower Total Cost of Ownership to deliver scalable, high-density liquid cooling designed to slash CapEx and OpEx.
Traditional air-cooled data centers face escalating operational expenses driven by massive HVAC power consumption, cooling inefficiencies, and spatial constraints. Fiberoptiq’s Liquidcool Datacenter (LCDC) and Decentralized Local Infrastructure Network (DLIN) architecture fundamentally re-engineer the economics of enterprise compute. By deploying advanced submerged liquid-cooling technology within localized, repurposed facilities, we eliminate conventional cooling overhead, slash kilowatt-hour consumption, and dramatically lower infrastructure operating costs per compute unit. This decentralized operational model delivers maximum compute density and predictable, high-performance data delivery while ensuring long-term capital efficiency as enterprise workloads scale.
lcdc™ ARCHITECTURE
Submerged liquid-cooling technology engineered to support high-density HPC, AI & Quantum workloads, eliminate water usage, & reduce HVAC power overhead.
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HEAT HUB™ PLATFORM
Transforming commercial and municipal facilities portfolios into energy-efficient digital infrastructure assets with integrated waste-heat recovery.
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DLIN™ ECOSYSTEM
Decentralized Local Infrastructure Network connecting edge deployments into a high-capacity, resilient digital utility fabric as a energy-efficient computing infrastructure.
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TCO OPTIMIZATION
Dramatically lowering infrastructure operating expenses (CapEx/OpEx) without losing performance, while driving cooling PUE down to ultra-efficient levels (<1.03).
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Our Process
How We
deploy.
01
Qualification
02
Architecture
03
Integration
04
orchestration
01
qualification
Evaluating facility power, high-speed fiber connectivity, and site infrastructure readiness to ensure optimal liquid cooling conversion.
site Audit
energy analysis
Strategy
02
architecture
Engineering total liquid immersion hardware (TIDF™) and liquid-submerged server systems customized for high-density compute workloads.
LCDC™ Design
Thermal Flow
System Spec
03
Integration
Installing modular Heat Hub™ infrastructure with integrated waste-heat recovery loops to maximize facility energy efficiency.
Liquid Immersion
Heat Recovery
Deployment
04
Orchestration
Connecting localized compute nodes into the Distributed Local Infrastructure Network (DLIN™) for resilient, low-latency workload routing.
DLIN™ Fabric
Telemetry
Validation
PORTFOLIO ARCHITECTURE
PROVEN PERFORMANCE
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Testimonials
CLIENT OBSESSION
“Klay didn’t just design our site, they redefined our entire digital existence.”
Alex V.
CEO, TechFlow
“The team operates at a speed and quality level I haven’t seen before.”
Maria K.
CMO, BrightSide
“Bold, chaotic, and beautiful. Exactly what we needed to stand out.”
James L.
Director, ArtHouse
The Journal
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Power To Cool!
Fiberoptiq LiquidCool Data Center The sustainability of the Fiberoptiq LiquidCool Data Center (LCDC) is built around a decentralized operating model and distributed-compute architecture powered by patented Liquid Submerged Server (LSS) technology as purpose-built hardware enables high-performance computing to be deployed in a distributed, modular, and scalable manner. Through strategic partnerships with global leaders in electronics cooling, the LSS…
