Reshaping the physical boundaries of edge computing

JexCloud is committed to building the world's most advanced Apple Silicon bare metal infrastructure to provide developers with a seamless, secure, and extremely high-performance hardware computing platform.

Our mission is to remove every barrier to performance and put native Apple Silicon compute within reach everywhere—like electricity and water for teams worldwide.

our origins

In 2023, when the ARM architecture begins to emerge in the server market, we find that millions of iOS developers and machine learning engineers are still trapped in a slow virtualization layer and high x86 licensing fees.

Our original intention when establishing JexCloud was very pure: to strip away all the virtualization overhead that hinders performance and put the raw and most powerful computing power of Apple Silicon directly into the hands of developers. From the first Mac mini that was put into a self-developed rack to today's edge computing nodes all over the world, we have always adhered to the principle of "100% physical exclusivity."

Today, we not only provide hardware, but also redefine workload standards in the cloud era through open source underlying protocol drivers and global Thunderbolt network matrix.

JEXCLOUD Mac mini M4 bare metal node
M4 Pro · Physical exclusive node

core values

The principles driving us to build next-generation computing platforms

Zero-compromise performance

We reject any form of resource sharing at the hypervisor layer. Every computing unit we provide is real physical hardware, ensuring that your tasks are executed at the highest rate native to the hardware.

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Absolute data sovereignty

Through the underlying cryptographic erasure technology and zero-trust network architecture, we guarantee that your data will be completely disappeared after each environment reset. No one can touch your code and digital assets.

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Seamless global connectivity

Computing resources should not be geographically restricted. By deploying data centers in global backbone hubs, we ensure your teams receive the lowest latency underlying access experience, no matter where they are.

Global network layout

Deployed in physical computer rooms at global first-level network hubs

Singapore AP-SE-1
Baseline latency 12 ms
Tokyo, Japan AP-NE-1
Baseline latency 24 ms
Seoul, South Korea AP-NE-2
Baseline latency 28 ms
Hong Kong, China AP-HK-1
Baseline latency 35 ms
American West US-WE-1
Baseline latency 140 ms
Eastern United States US-EA-1
Baseline latency 180 ms

Reconstruction of underlying protocols: Open Claw

To make Mac mini a true enterprise-class server, we ditched traditional network bridging. Our technical team has deeply developed the underlying communication protocol Open Claw based on Thunderbolt, integrating the original consumer-grade hardware into a supercomputer matrix with 120Gbps intranet bandwidth.

leadership team

A core team composed of senior system engineers and network architects

Marcus Webb

Founder & CEO

Former AWS infrastructure leader, focusing on bare metal architecture research for more than 12 years.

Elena Kovács

Chief Architect

Former Apple Silicon platform engineer and core author of the OpenClaw protocol.

James Thornton

Head of Infrastructure

He once led the construction of a Thunderbolt matrix network cluster covering Asia Pacific.

6 Global Core Data Center
0 Millisecond virtualization latency
120 Gbps matrix intranet bandwidth
99.9% SLA service availability

Committed to sustainable computing

Apple Silicon, based on ARM architecture, delivers unparalleled energy efficiency. JexCloud's data center has reduced its computing carbon footprint by nearly 70% by using a lower-power chip architecture and computer room-level renewable energy.

Technology Ecosystem and Partners

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