GitHub|Since 2007
QScale

QScale

CACanada Cloudflare

Analyze the raw performance data, server response times, and technology stack of QScale.

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Global
#153
CA
#9
WPTR Score™
790ms
Grade A+
1/10/2026
1MB Load
223ms
TTFB
255ms
Quick Facts
Verified technical data.
Founded
2018
Last Tested
1/10/2026
Server
Cloudflare
Location
Canada
Features
HTTPSH3
QScale

QScale

Est. 2018
Target
SMEs & Enterprise
HQ
Quebec City, Quebec
WPTR Verified Provider

Quality & Security Audit

HSTS (Strict Security)
Brotli Compression
HTTP/3 (QUIC) Protocol
Overview

What is QScale?

QScale represents a paradigm shift in data center design, specifically built for Artificial Intelligence (AI) and High-Performance Computing (HPC). Their Q01 campus boasts a massive 142 MW capacity, powered entirely by renewable energy. They utilize innovative liquid cooling to handle extreme densities (up to 600kW per cabinet) that traditional air-cooled centers cannot touch.

What sets them apart is their radical sustainability approach: Waste Heat Recovery. QScale captures the heat from servers to warm adjacent agricultural greenhouses, turning a waste product into a resource for food production. For AI companies looking for massive scale without the massive carbon footprint, QScale is the future.

Advantages

Canadian Data Sovereignty
High Performance
Local Support

Disadvantages

Performance History

Performance Trends

TTFB Trend

Score Trend

Our Verdict

Based on our independent testing using the WPTR methodology, QScale achieved a Real-Load Score of 790ms (TTFB: 255ms), placing it at #153 in our global hosting rankings.

Recent Benchmarks

DateServerTTFBScore
January 8, 2026-
386ms
806
January 9, 2026-
355ms
775
January 9, 2026-
257ms
735
January 9, 2026-
205ms
683
January 10, 2026-
351ms
771
Capabilities

Key Features

AI & HPC Optimized
Waste Heat Recovery
Liquid Cooling Ready
100% Renewable Energy
Next Steps

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