The Foundation of
Modern Internet
Global Anycast Topology
Our network utilizes advanced BGP Anycast routing to automatically direct user traffic to nearest available edge node. This minimizes latency and creates a self-healing mesh that survives fiber cuts and outages.
Silicon-Level Performance
We don't oversubscribe. Your workloads run on latest generation of enterprise hardware, ensuring consistent and predictable performance.
Compute Units
Powered by AMD EPYC™ Genoa and Intel® Xeon® Sapphire Rapids processors for maximum instructions per clock.
Volatile Memory
High-frequency DDR5 ECC memory channels provide massive bandwidth for in-memory databases and caching.
NVMe Fabric
Local NVMe Gen 4.0 storage attached directly to PCIe bus for sub-millisecond I/O operations.
N+1 Physical Redundancy
Every critical component in our data centers, from power supplies (UPS/Generators) to cooling units, is backed up by at least one independent duplicate. Hardware failures never mean service downtime.
- Dual-feed power grids
- Redundant HVAC cooling
- Diverse fiber entry paths
Committed to Carbon Neutrality
We believe high performance shouldn't cost the Earth. Our primary data centers are powered by 100% renewable energy sources, utilizing hydroelectric and wind power to minimize our carbon footprint.
IXP & Private Peering
Ultimalayer bypasses congested public internet by peering directly with major ISPs and content networks at key Internet Exchange Points (IXPs). This ensures your data takes the shortest, fastest hop to your users.
Infrastructure as Code
Stop clicking buttons. Define your entire global infrastructure using Terraform, Ansible, or our REST API. Reproducible, version-controlled, and automated.
resource "ultimalayer_instance" "web" {
region = "us-east-1"
instance_type = "c6.metal"
image = "ubuntu-24.04"
tags = {
env = "production"
}
}