Distributed Bare Metal API
Deploy low-latency bare metal across trusted data centers through a single API, with zero vendor lock-in, starting in 🎢 Central Florida and 🗽 US East.
$ magicrail provision multi \ --regions central-fl,us-east \ --type low-latency 📡 Connecting to providers…🎢 Central Florida provider allocated🗽 US East provider allocated🛠 Provisioning bare metal… ✔ central-fl server live ssh root@10.42.18.12 ✔ us-east server live ssh root@10.88.3.27 🌐 Distributed deployment completeZero vendor lock-in ✔Everything you need to run bare metal like cloud
Magicrail gives you cloud-grade control over real bare-metal infrastructure across multiple providers, without lock-in, contracts, or fragmented tooling.
- Predictable performance
No noisy neighbors, no VM contention. Get consistent, low-latency performance from dedicated hardware across trusted data centers.
- Multi-provider flexibility
Deploy across multiple bare-metal providers through a single API instead of juggling contracts, portals, and billing systems.
- Single control plane
Provision, monitor, and manage all of your hardware from one unified control plane, just like cloud but backed by physical machines.
How It Works
Step 1
Choose Your Compute
Select the hardware you need:
- CPU-optimized
- High-memory
- NVMe-heavy
- GPU (limited early access)
Step 2
Smart provider routing
Best provider selected automatically
- Best provider selected automatically
- No vendor lock-in
- No one-off contracts
Step 3
Manage Through One Interface
You manage servers through:
- A single API
- Unified billing
- Consistent lifecycle actions (create, reboot, destroy)
What is Magicrail
Magicrail is a distributed bare-metal platform that gives you cloud-like control over physical servers across multiple providers.
- Multi-provider access
- Deploy servers across a network of trusted bare-metal providers instead of being locked into a single vendor or contract.
- Unified API & billing
- Provision, manage, and pay for all of your hardware through one consistent API and one consolidated bill.
- Pooled inventory
- Get faster access to capacity by pulling from pre-allocated inventory across the Magicrail provider network.
- Zero lock-in
- Move workloads between providers without re-architecting your stack or migrating to new tooling.
Why Magicrail Is Different
Multi-Provider by Design
Most platforms are tied to a single data center operator.
Magicrail is built to span many providers.
That gives you:
- Supply flexibility
- Better pricing leverage
- Geographic resilience
Location-Aware Compute (Coming Next)
Magicrail is built on a location-first foundation.
Future capabilities include:
- Latency-aware placement
- "Closest compute" routing
- Geo-based scheduling
This is especially powerful for IoT, robotics, and edge workloads.
Built for high-performance teams
Built for teams that need real performance. Magicrail is designed for teams that have outgrown cloud VMs but don't want the complexity and lock-in of managing bare metal across fragmented providers.
- Web3 & high-performance compute
Validators, RPC operators, indexers, and MEV systems that need low-latency, predictable performance at scale.
- AI & inference teams
GPU-heavy workloads that require dedicated hardware, consistent throughput, and cost-controlled scaling.
- R&D, simulation, and robotics
Latency-sensitive systems that need deterministic compute and proximity to Central Florida and US East data centers.
Design Partner Program
We are onboarding a small group of design partners to shape the first version of Magicrail.
Design Partners Get
- Early access to Magicrail Bare Metal
- Input on hardware SKUs and regions
- Priority provisioning
- Locked-in early pricing
What We Ask
- Real workload feedback
- Honest requirements
- A usage commitment or LOI
This is not a waitlist.
It's a working relationship.
NeoCity: Our Home Base
Magicrail is headquartered in NeoCity, Florida — an innovation district focused on:
Advanced computing
Sensors & modeling
Aerospace & simulation
Robotics & R&D
We operate globally, but we're building this company from a place designed for the future of compute.
Ready to get started?
Join our Design Partner Program and help shape the future of distributed bare-metal compute.