Deterministic host latency
CPU isolation, IRQ strategy, power/idle policy, memory & scheduler configuration aligned to your runtime model.
Managed Ultra‑Low Latency Infrastructure for HFT
Deterministic compute. Venue proximity. Verified latency reporting.
HFT Ready Node is a managed, latency‑tuned trading node delivered in APAC · US · EU. We optimize the full stack (hardware → BIOS → kernel/OS → NIC/network) and operate it with disciplined change control and continuous latency regression testing.
HFT Ready Node
Not “generic cloud performance”. You get repeatable baselines, explicit measurement scope, and operational discipline designed to keep latency distributions stable over time.
Network path engineering
NIC/driver tuning, queue strategy, and venue‑adjacent connectivity patterns (colo, cross‑connect, private links).
Verified reporting
Percentiles p50/p95/p99/p99.9, jitter and drift — measured with a repeatable methodology (NDA‑ready).
Change control & regression gates
No silent upgrades. Firmware/BIOS/kernel/driver changes are versioned, tested, and shipped with rollback plans.
Latency observability
Always‑on telemetry for host & network signals; export to your stack or use managed dashboards.
Managed operations
24/7 on‑call escalation, runbooks, maintenance windows, incident response and performance investigations.
Deliverables at handover
- Node build baseline (versions + configuration snapshot)
- Connectivity acceptance results (where applicable)
- Baseline latency report (methodology‑scoped)
- Operational runbooks + escalation paths
Node Types
Standard profiles to keep delivery repeatable. Final sizing depends on venues, strategy profile and latency budget.
| Type | Compute | Memory | Storage | Network | Notes |
|---|---|---|---|---|---|
| Node Type 1 | 16 vCPU | 64 GB | 128+ GB NVMe | 10 Gbit | Entry execution / gateways / aux services |
| Node Type 2 | 32 vCPU | 128 GB | 256+ GB NVMe | 25 Gbit | Balanced execution + telemetry |
| Node Type 3 | 64 vCPU | 256 GB | 1+ TB NVMe | 40 Gbit | High throughput + low jitter constraints |
| Node Type 4 bare metal | 128+ CPU | 768+ GB | 8+ TB NVMe | 100 Gbit | Top tier: deterministic stack + high IO |
We can provide a “strategy profile → node profile” mapping (and measured baselines) under NDA.
Target Venues
We design deployments around the venues you trade. Availability depends on data center access and connectivity options. Venue matrices are typically shared on request (NDA‑ready).
Crypto
Binance
Bitget
OKX
Bybit
Coinbase
Gate.io
Kraken
Traditional
CME
NYSE
LSE
B3
NSE
JPX
KRX
Important: We avoid marketing claims like “lowest in the world”.
Instead we share measured distributions (p50–p99.9), scope, and drift over time.
SLA & Operations
Managed infra means operational commitments: time‑to‑acknowledge, time‑to‑mitigate, disciplined maintenance, and clear escalation.
10 min
Response time
Acknowledgement and triage start for severity‑qualified incidents.
1 hour
Problem resolution
Target mitigation or workaround for critical incidents (scope defined in agreement).
24/7
Engineer on‑call
Infra + performance escalation (not generic helpdesk).
No silent
Upgrades
Versioned change sets, regression gates, rollback plans.
SLA boundaries (node, connectivity, venue handoff) are explicitly defined per topology (single node vs HA, single site vs multi‑site).
APAC · US · EU Coverage
Share your target venues and region; we’ll confirm feasible PoPs, lead times, and reporting scope.
APAC
Singapore · Hong Kong · Tokyo · Sydney (and others on request)
US
NY/NJ metro · Chicago · Ashburn (and others on request)
EU
London · Frankfurt · Amsterdam · Paris (and others on request)
Talk to an Engineer
Tell us your venues, region and latency constraints. We’ll reply with PoP options, lead times, and an NDA‑ready reporting path.
Contact
📧Email: sales@hftcloud.com
🔒NDA: available before sharing venue matrices
🌍Coverage: APAC · US · EU
⏱️SLA: 10 min response / 1 hour resolution