Deterministic Fiber Infrastructure

Server threads that run themselves.

Lequirem orchestrates bare-metal servers and microVMs autonomously across fiber timelines. Engineered for sub-millisecond execution without traditional virtualization overhead.

Start Free DeploymentRaw Benchmarks

Zero ingress markups · Kernel bypass architecture · Sub-1ms mesh

thread-pipeline.io
99.999% Uptime

Anycast Routing Edge

BGP Direct Convergence

0.7ms

Bare-Metal Core Slice

AMD EPYC™ 9654 · 128 Dedicated Cores

Live Strand

NVMe Fiber Bus

Direct PCIe 5.0 Attached

64 Gbps
Total Threads14,280
Bandwidth1.8 TB/s
Drop Rate0.00%

Physical Layer Architecture

Deterministic fibers. Zero hypervisor tax.

Every compute strand executes bare-metal operations directly on host silicon. We eliminated traditional hypervisor scheduler latency in favor of deterministic optical pipelines.

Telemetry Vector · Live StrandHardware BGP

Optical Route Convergence

Multi-region traffic is sliced into dedicated photonic wavelengths. Direct memory access bypasses conventional TCP packet queues.

Strand A · Tokyo

0.24ms

Direct Peering
Strand B · Ashburn

0.41ms

Cross-Connect
Strand C · Frankfurt

0.68ms

Equinix Mesh
kernel-bypass-session.logDPDK 24.11

$ lequirem-fabric link --interface strand-0 --mode zero-copy

[LINK_UP] Optical lock acquired at 1550nm wavelength

[STATUS] Ring buffer zero packet drop recorded across 12M frames

Dedicated Compute100% Dedicated

Bare-Metal Isolation

Uncompromised access to hardware registers without noisy-neighbor contention or guest-host memory swapping.

CPU ArchitectureAMD EPYC™ 9654 Zen 4
Memory Bandwidth460.8 GB/s (DDR5)
L3 Cache Density384MB Non-Shared
View Full Hardware Sheet
Storage Layer

PCIe 5.0 Over Optical Fabric

Direct-attached NVMe storage arrays replicated synchronously across regional clusters via optical strands.

Random Read IOPS3.2M
Write Latency<8μs
Fault Tolerance

Sub-Millisecond Loom Failover

If a physical fiber strand drops, compute state is deterministically rerouted along alternate timeline tracks without interrupting TCP connections.

State Migration CostZero Connection Reset
Hitless Switch

Fleet Orchestration Engine

Provision nodes at the speed of light.

Spin up isolated bare-metal blades and memory-pinned microVMs globally with single-digit millisecond cold starts through deterministic primitives.

Instant Boot Pipeline

Sub-15ms MicroVM Execution

Pre-warmed memory snapshots directly on host DRAM allow workloads to spawn instantly without hypervisor initialization overhead.

12.4msAverage Spawn Time
Bandwidth Economics

Zero Egress Taxation

We own and operate physical dark fiber loops between our core tier-4 datacenters, eliminating arbitrary data transfer surcharges.

$0.00Per Gigabyte Ingress & Egress
Host Specification

Primary Dedicated Mesh

Global Anycast
Compute Silicon

AMD EPYC 9654 (128 Cores)

Host Memory

512 GB DDR5 ECC Channel

Transit Mode

Direct Optical Cross-Connect

Isolation Layer

Hardware Kernel Bypass

Realtime Optical Fiber PeeringUpdated Live
Tokyo (TYO) → Frankfurt (FRA)84.2ms
Ashburn (IAD) → Dublin (DUB)58.6ms
Singapore (SIN) → Sydney (SYD)72.1ms

Execution Lifecycle

From raw light to pure silicon.

Phase 01 · Ingress800G Line Rate

Photonic Demux

Optical pulses split directly into hardware ring buffers without kernel buffering.

Direct OSFP OpticsSub-Picosecond Jitter
Phase 02 · InjectionDirect DMA

Zero-Copy Memory Lock

Packets bypass DRAM roundtrips and route straight into processor cache registers.

L3 Cache PinningZero Context Switch
Phase 03 · ExecutionHardware Native

Bare Metal Egress

Computed frames serialize straight to the optical bus without hypervisor queues.

PCIe 5.0 InterconnectDeterministic Wire

Resource Allocation

Bare-metal pricing with zero markups.

Isolated Slice

Micro Slice

Pinned memory workloads and edge microservices running with instant cold start capability.

$48/month
  • 4 Dedicated V-Cores
  • 16 GB DDR5 Memory
  • 256 GB Direct NVMe Storage
  • Unmetered Ingress & Egress
Deploy Micro Slice
Dedicated Silicon

Dedicated Blade

Direct bare-metal hardware access without virtualization layers for high-throughput pipelines.

$580/month
  • 64 Dedicated Zen 4 Cores
  • 256 GB ECC DDR5 Channels
  • 3.8 TB PCIe 5.0 Storage Array
  • 100 Gbps Dark Fiber Direct Link
  • Kernel Bypass Direct DMA
Provision Dedicated Blade
Multi-Region Custom

Global Loom

Bespoke dark fiber cross-connects spanning primary metropolitan regions with guaranteed transit.

Custom/tailored cluster
  • Custom Silicon Blade Racks
  • Dedicated Sub-Sea Fiber Wavelengths
  • Zero Packet Drop SLA (99.999%)
  • Direct Network Architect Access
Contact Architecture Team