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<100ns

Order-to-wire latency

10GbE+

Network throughput

Full stack

Hardware to strategy

Zero copy

Data path design

Network layer

Kernel bypass from day one.

Every microsecond lost in the network stack is a microsecond your competitors can exploit. We build trading platforms on kernel-bypass networking — DPDK, RDMA, and custom NIC drivers — eliminating OS overhead from the critical path. Our network layer handles raw packet capture, feed normalisation, and multicast distribution with deterministic, sub-microsecond jitter.

Capabilities

DPDK and RDMA kernel-bypass networking
Custom NIC driver development
Multicast feed handling and normalisation
Deterministic sub-microsecond jitter
10GbE / 25GbE / 100GbE support
Hardware timestamping and PTP sync
FPGA execution

Order routing in hardware.

Software execution engines hit a wall at tens of microseconds. We push order routing into FPGAs, where logic runs in parallel at clock speed. Our FPGA execution cores handle order entry, risk pre-checks, and exchange protocol encoding — all in a single pipeline stage — delivering wire-to-wire latencies measured in nanoseconds, not microseconds.

Capabilities

FPGA order entry and routing cores
Hardware-level pre-trade risk checks
Exchange protocol encoding (FIX, ITCH, OUCH)
Sub-100ns wire-to-wire execution
Xilinx Alveo and Intel Stratix support
Partial reconfiguration for live updates
Strategy engine

A platform built for alpha.

The strategy layer sits above the execution core and must be both fast and flexible. We build custom strategy execution engines in C++ with lock-free data structures, CPU affinity, and cache-line-aligned memory layouts. The result is a platform where quants can iterate on signals without touching the low-latency plumbing — and where production deployment is a configuration change, not a rewrite.

Capabilities

Lock-free order book and event bus
CPU affinity and NUMA-aware threading
Cache-line-aligned data structures
Python/C++ strategy API
Live parameter hot-reload
Integrated backtesting harness
Risk & monitoring

Real-time risk that never sleeps.

Speed without control is liability. Our risk systems run in-line with the execution path — not as a separate service — so every order is checked against position limits, notional caps, and kill-switch conditions before it leaves the box. Monitoring dashboards give operations teams a live view of latency percentiles, fill rates, and P&L with millisecond granularity.

Capabilities

In-line pre-trade risk engine
Position and notional limit enforcement
Hardware kill-switch integration
Live latency percentile dashboards
Fill rate and slippage analytics
Automated circuit-breaker logic

Performance

Performance benchmarks

Measured on production hardware under live market conditions.

Market data to strategy

Tick-to-trade, FPGA path

< 200ns

Strategy to wire

Order entry, FPGA execution core

< 100ns

Round-trip (co-lo)

Including exchange processing

< 2µs

Risk check overhead

In-line, no branch misprediction

< 10ns

Order book update rate

Lock-free, single core

10M msg/s

Feed normalisation

Per message, kernel bypass

< 50ns

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