We are a team of systems and networking engineers solving one problem: delivering real Apple Silicon hardware as a cloud service to those who need it — with no virtualization layer in between.
Virtualization was built for resource sharing, but it is inherently hostile to I/O-intensive workloads. Xcode incremental builds, Metal rendering, and local model inference all pay the price for that abstraction layer.
Multi-tenant CPU slicing with instructions translated through a hypervisor, plus "noisy neighbor" resource contention during peak hours.
The entire machine allocated to one subscription — instructions go straight to the chip, with no one sharing your CPU cores.
Every subscription maps to one physical machine. Core count, memory, and disk I/O are exactly as advertised — unaffected by other users' workloads.
Physical isolation via Secure Enclave. After lease termination, storage media is wiped to defense-grade standards with zero data residue.
Hardware and network costs bundled together, billed daily — no tiered pricing traps and no surprise traffic charges.
Partnering with data centers worldwide, our automated orchestration layer provisions a fresh physical Mac in any region within minutes — with a consistent access experience.
| Region | Network Tier | Access Features |
|---|---|---|
| Singapore · SIN | Tier III | International Backbone Interconnect |
| Tokyo · TYO | Tier III | Ultra-Low Latency Dedicated Line |
| Seoul · SEL | Tier III | Stable Access |
| Hong Kong · HKG | Tier IV | BGP Multi-Line Optimization |
| US East (Virginia) · IAD | Tier IV | North America Backbone Hub |
| US West (Silicon Valley) · SFO | Tier III | West Coast Low Latency |
Built the initial scheduling prototype on first-generation Apple Silicon, validating the feasibility of a "zero virtualization" approach.
Infrastructure expanded to Singapore, Tokyo, and dual North America lines. The unified management platform began supporting cross-region scheduling.
Next-generation nodes powered by M4 and M4 Pro chips are fully available, officially covering cloud iOS builds and local AI inference.
At VPSNIX, every change at the data center layer must be describable in code — whether it is a power cut command or a BGP route announcement, all encapsulated in a unified internal API rather than manual registration forms.
Data center site selection, personnel access, and physical destruction procedures all follow internationally recognized security standards and undergo third-party audits.
We are always looking for engineers obsessed with systems internals and performance. If you want to help build real physical compute infrastructure, this might be the right place.