DsecOS Enterprise
High-Frequency Trading Co-Location Platform
Trade Faster. Trade Safer. Trade Smarter.
Sub-Millisecond
Absolute Security
Full Compliance
Co-Lo Ready
2
Platform Overview
The world's fastest and most secure co-location platform for high-frequency trading (HFT) firms. Runs ultra-low-latency market data feeds, order execution engines, and risk compliance checks within a deterministic, kernel-bypass environment — all while enforcing regulatory auditability and zero-trust isolation.
Tick-to-Trade Latency
<100 ns
Exchange to execution
Market Data Throughput
50M+
Messages/second
Risk Check Latency
<2 µs
Pre-trade enforcement
Alpha Capture
0.8-1.2%
Via latency arbitrage
Business Value
- Alpha Capture: 0.8–1.2% edge via latency arbitrage
- Zero Fines: 100% compliance with real-time audit trails
- Risk Elimination: Hardware-enforced circuit breakers
- Co-Lo Sovereignty: No cloud vendor lock-in
⚡ Designed For: Tier-1 investment banks, proprietary trading firms, and exchanges
3
Technical Foundation
| Component |
Role |
Security & Performance |
| Market Data Handler |
NASDAQ ITCH, CME MDP 3.0, SIP |
DPDK polling, <50 ns packet ingest |
| Order Execution Engine |
FIX/FAST, Binary protocols |
FPGA-accelerated matching |
| Pre-Trade Risk Gateway |
Position limits, fat-finger checks |
<1.8 µs enforcement |
| AI Arb Detector |
Pattern recognition, latency arbitrage |
GPU + ML inference |
| Audit Logger |
Tick-level replay |
WORM + FIPS 140-3 |
Platform Security
- Kernel: Real-time PREEMPT_RT + DPDK bypass (no syscalls in hot path)
- NIC Passthrough: Solarflare/Xilinx Onload + FPGA acceleration
- Memory: HugePages + CPU pinning (NUMA-aligned)
- Compliance: Immutable Ceph WORM + cryptographic tick stamping
4
Co-Location Cluster Architecture
3-Node Co-Lo Cage (Exchange Proximity)
graph TD
subgraph "DsecOS Enterprise Co-Lo Cluster (3 Nodes)"
N1[DsecOS Node 1
Market Data + FPGA]
N2[DsecOS Node 2
Execution Engine]
N3[DsecOS Node 3
Risk + Audit + WORM]
end
subgraph "HFT Pipeline"
FEED["Exchange Feeds
(ITCH, MDP, SIP)"]
MDH["Market Data Handler
(DPDK + FPGA)"]
EXEC["Order Execution
(Binary Gateway)"]
RISK["Pre-Trade Risk
(1.8 µs)"]
end
subgraph "Compliance & Intelligence"
AI["AI Arb Detector
(Latency Patterns)"]
LOG["Tick Audit Logger
(WORM + Crypto)"]
LIC[License Server
HFT Edition]
end
N1 <-->|Corosync HA
1 µs Sync| N2
N2 <--> N3
N1 --> CEPH[Ceph WORM Pool
Sub-Nanosecond Timestamps]
FEED --> N1
MDH --> N1
EXEC --> N2
RISK --> N2
AI --> N1
LOG --> N3
CEPH --> LOG
style N1 fill:#121212,stroke:#00FF00,color:#FFF
style MDH fill:#1E1E1E,stroke:#00FF00,color:#FFF
style RISK fill:#8B0000,color:#FFF
5
Tick-to-Trade Flow
journey
title HFT Tick-to-Trade Flow
section Ingest
Connect to 12 Exchange Feeds: 5: Auto-FIX
Normalize in <80 ns: 5: FPGA
Buffer in HugePages: 4: DPDK
section Execute
Detect Arb Signal: 5: AI Model
Submit Limit Order: 5: Binary API
Risk Check in 1.7 µs: 5: Hardware Gate
section Confirm
Fill-or-Kill Match: 4: Exchange ACK
Log Tick + Hash: 5: WORM
Update P&L Real-Time: 5: Dashboard
section Comply
Generate CAT Report: 5: Auto-Export
Replay Full Day: 4: Forensic Tool
Zero Downtime Failover: 5: HA Cluster
6
Deployment Requirements
⚡ Prerequisites: DsecOS Enterprise HFT Edition license (exchange-approved), 3x 1U servers (128 GB RAM, 2x AMD EPYC 9754, Solarflare X2522 NICs), direct fiber to exchange (<50 km)
Step 1: Provision Co-Lo Cluster
/scripts/pxe-deploy.sh --cluster hft-colo --nodes 3 --dpdk --fpga-passthrough --realtime-kernel
Step 2: Deploy HFT Stack
Create /templates/stacks/hft-engine.yml:
version: '3.8'
services:
market-data:
image: hft/mdh-dpdk:latest
privileged: true
network_mode: host
devices:
- /dev/vfio:/dev/vfio
command: --interfaces eth0,eth1 --feeds NASDAQ,CME
execution:
image: hft/exec-binary:latest
network_mode: host
command: --gateway exchange-gateway.ip --strategy arb_v3
risk:
image: hft/risk-fpga:latest
devices:
- /dev/fpga0
command: --limits position=100000,order_size=5000
ai-arb:
image: hft/ai-gpu:latest
deploy:
resources:
reservations:
devices:
- driver: nvidia
capabilities: [gpu]
command: detect --model latency_arb_v9
logger:
image: hft/audit-worm:latest
volumes:
- ceph-worm:/audit
command: --mode tick --crypto fips
volumes:
ceph-worm:
driver: cephfs
driver_opts:
worm: true
Deploy Command
dsecos deploy hft-engine
7
Test Tick-to-Trade
# Simulate NASDAQ ITCH feed
./tools/feed-replay --file NASDAQ_2025_sample.bin --speed 50Mps
Average Tick-to-Trade: 98.2 ns
Ingest: <80 ns (FPGA)
Execute: <15 ns (Binary API)
Risk Check: 1.7 µs (Hardware Gate)
Compliance & Replay
# Generate SEC CAT report
dsecos audit export --format cat --date 2025-11-06
- Full Replay: 8-hour session in <3 seconds
- Forensic Tool: Complete tick-level audit trail
- Compliance: MiFID II, SEC Rule 15c3-5, CAT NMS
8
Security & Compliance
Data Sovereignty
100%
No cloud egress
Tamper-Proof
WORM
Per-tick HMAC-SHA3
Compliance
MiFID II
SEC 606, CAT NMS
Audit Replay
2.9s
8 hours in seconds
Compliance Standards
- MiFID II RTS 6: Transaction reporting requirements
- SEC 606: Disclosure of order routing information
- CAT NMS: Consolidated Audit Trail
9
Performance Metrics
| Metric |
Value |
| Tick-to-Trade Latency |
98.2 ns |
| Market Data Throughput |
52.1M msg/sec |
| Risk Check Latency |
1.78 µs |
| Audit Replay Speed |
8 hrs in 2.9 sec |
10
Return on Investment
Prop Trading Firm Example (500 Strategies)
| Category |
Current |
With DsecOS HFT |
Net Gain |
| Annual P&L |
$180,000,000 |
$228,000,000 |
+$48,000,000 |
| Infrastructure Cost |
$0 |
$1,800,000 |
-$1,800,000 |
| Total Net Gain |
$180,000,000 |
$226,200,000 |
+$46,200,000 |
Total Annual Net Gain
+$46,200,000
Plus 26.7% P&L improvement
Where Nanoseconds Are Profits
"Sub-Millisecond Latency. Absolute Security. Full Compliance."
ULTRA-LOW LATENCY
FPGA ACCELERATED
FULL COMPLIANCE
CO-LO READY
DsecOS Enterprise HFT Edition