Reliability along with speed are the most critical criterias when choosing a liquidity bridge — yet it is often the hardest to evaluate before going live.
In this article, we explain what bridge reliability means, and compare three of the most established liquidity bridges in 2026: PrimeXM XCore, oneZero Hub, and Takeprofit Bridge.
What Makes a Liquidity Bridge Reliable?
Reliability in a liquidity bridge comes down to three things:
- execution stays stable under load,
- failover happens fast when an LP or instrument drops out,
- risk controls work as configured when market conditions or trader behavior change.
In practice, reliability is usually measured through metrics such as order rejection rates, failover times measured in milliseconds, system uptime, and execution latency under peak load.
For institutional-grade infrastructure, the strongest setups typically aim for near-zero technical rejection rates and failover measured in single-digit milliseconds.
What are the Examples of the Most Reliable Bridges?
PrimeXM XCore
PrimeXM has been developing its XCore since 2010. Today this execution engine is used by 250+ partners globally and connected to over 120 market makers and tier-1 banks. It is positioned for established brokerages and institutional firms that require low-latency infrastructure and broad LP connectivity.
On reliability specifically, XCore offers a variety of risk management features, including rate limits and emergency pause mechanisms, and is considered one of the most dependable bridges.
oneZero Hub
oneZero was founded in 2009 and handles over $250 billion in average daily volume across 250+ clients. It serves retail brokers, institutional brokers, banks, and liquidity providers, and is particularly well established at the institutional and enterprise end of the market.
On reliability, oneZero Hub also supports a plenty of features, from automatic LP switching to maker and taker exposure limits. Overall, it is one of the most popular and reliable bridges considered by large businesses.
Takeprofit Bridge
Takeprofit Tech was founded in 2013 and focuses on liquidity bridge and risk management solutions for retail and institutional brokers. Today, its solutions are used by brokers of various sizes across global markets.
Let’s look at some of the key parameters that determine the reliability and performance of Takeprofit Bridge.
Takeprofit Bridge Reliability Metrics Among Leading Bridges
| Metric | Result |
|---|---|
| Order reject rate | 0.00% |
| Emergency failover — LP level | 7 ms |
| Emergency failover — instrument level | 5 ms |
Order reject rate shows the share of orders that the bridge fails to process or route successfully. Rejections may occur due to connectivity failures, routing timeouts, invalid order parameters, symbol mapping errors, unavailable trading sessions, or system capacity limits. In Takeprofit Bridge, such cases account for just 0.0000000012% of orders.
LP-level failover activates when the primary liquidity provider becomes unavailable — the bridge switches to a backup LP in 7 ms.
Instrument-level failover is more granular: if the primary LP stops quoting a specific instrument, the bridge switches that instrument to a backup source in 5 ms, while other instruments continue running on the primary LP without interruption.
Risk Control Features of Leading Reliable Bridges
| Capability | Takeprofit Bridge | oneZero Hub | PrimeXM XCore |
|---|---|---|---|
| Percentage-based A/B book routing | ✔ | ✔ | ✔ |
| Volume-based A/B book routing | ✔ | ✔ | ✔ |
| Configurable execution delay | ✔ | ✔ | ✔ |
| Additional slippage controls | ✔ | ✔ | ✘ |
| Maker/taker exposure controls | Takers only | ✔ | ✔ |
| Order book volume amplification | Via volume bands / custom market depth | Via volume bands / custom market depth | ✔ |
| Per-symbol quote monitoring | ✘ | ✔ | ✘ |
| Critical system alerts | ✔ | ✔ | ✔ |