We design, build and operate the low-latency infrastructure behind quantitative and high-frequency strategies — for hedge funds, market makers and proprietary trading firms. Written in C++ and Rust, measured at every hop, and accountable under audit.
We embed with teams that measure execution in microseconds and hold infrastructure to the same bar as P&L.
Median internal order-path latency in production deployments
Hardware-timestamped, 10GbE Solarflare/Onload path. Figures representative of production work, not a guarantee.
Equity, futures, FX, and digital-asset venues integrated
Execution-layer availability across live trading sessions
Trade-impacting incidents introduced by deployments in the last 12 months
We measure the critical path at every hop with hardware timestamps. Our p50 sits under 1µs internal order-path latency — proven under real market load, not synthetic benchmarks.
Hardware-timestamped, 10GbE Solarflare/Onload path. Figures representative of production work, not a guarantee.
| NIC ingress (kernel bypass) | ~110µs |
| Feed decode & book build | ~240µs |
| Strategy decision | ~180µs |
| Pre-trade risk (in-line) | ~120µs |
| Order encode & egress | ~150µs |
| Median internal path | ~900µs |
We build transparent systems and form collaborative engineering partnerships. Select a core platform principle below to explore our technical blueprints and guided workflows.
A reference topology for a colocated trading system. The critical path is kept short and deterministic; everything off it — logging, telemetry, recovery — is designed so it can never stall a trade.
From signal generation to settlement, we build the components that decide whether a strategy performs in production — as systems, not prototypes.
Execution paths engineered for the tail, not the average. We optimise the full chain — NIC to matching engine — for deterministic, repeatable latency under real market load, then prove it with hardware timestamps.
Research-to-production platforms that move a strategy from hypothesis to live capital on one engine. The same code path runs backtest, paper and live, with deterministic replay — so what you test is what you trade.
One normalised interface across fragmented markets. We build and maintain connectivity to traditional exchanges and digital-asset venues, with the resilience to keep trading when a single venue degrades.
Pre-trade and intraday risk that runs on the critical path without becoming the bottleneck. Hard limits, live exposure and kill switches you can defend to a regulator and to your investors.
We speak the protocols your venues and OMS already use. A new-order-single in, an execution-report out — normalised, risk-checked and logged, with the same semantics across every venue you trade.
One internal order model maps to FIX, native binary and exchange-specific gateways. Order types, time-in-force, reject codes and symbology are reconciled once, so your strategy code never branches per venue.
Every order clears in-line pre-trade checks before it leaves the building. Hard limits, fat-finger guards and kill switches add sub-microsecond overhead and produce an immutable record of every decision.
Sessions are hardware-timestamped and captured end to end. Any order can be reconstructed and replayed deterministically — for diagnosis, for execution-quality review, or for a regulator.
Our connectivity layer normalises order entry and market data feeds across traditional equities/futures and institutional digital asset protocols. We operate busy-poll, zero-allocation handlers mapped to low-latency venues globally.
We standardise on proven, high-performance technology and reach for specialised tools only where microseconds and correctness demand it.
Clients are anonymised under NDA. The architecture, the problems and the measured outcomes are real.
We hire for this kind of workWe partner directly with execution desks and infrastructure teams. Tell us about your stack, latency targets, and venues — we will respond with a technical scope, not a sales deck.
We believe the future of global trading belongs to cryptographic, kernel-bypass execution stacks. Zento Era Technologies designs, builds, and operates the execution paths that digital financial giants rely on to scale.
ZENTO ERA GLOBAL THESIS