1 to 25 of 60 Ultra-Low Latency Jobs in the Midlands

work on complex systems coded in Rust, built in-house from the ground up, operating entirely in the cloud and optimised for ultra-low latency and speed. 🌟 What You’ll Be Doing: Designing, developing, and delivering high-performance systems for HFT and market-making … of trading strategies, risk management, and market structure 🔧 Tech Environment: Rust, C++, Python Fully cloud-native infrastructure Proprietary technology stack Performance-focused, low-latency architecture Agile, flat-structured engineering team 💡 Why This Role? Direct access to technical founders and HFT industry leaders Work on a next More ❯

work on complex systems coded in Rust, built in-house from the ground up, operating entirely in the cloud and optimised for ultra-low latency and speed. 🌟 What You’ll Be Doing: Designing, developing, and delivering high-performance systems for HFT and market-making … of trading strategies, risk management, and market structure 🔧 Tech Environment: Rust, C++, Python Fully cloud-native infrastructure Proprietary technology stack Performance-focused, low-latency architecture Agile, flat-structured engineering team 💡 Why This Role? Direct access to technical founders and HFT industry leaders Work on a next More ❯

work on complex systems coded in Rust, built in-house from the ground up, operating entirely in the cloud and optimised for ultra-low latency and speed. 🌟 What You’ll Be Doing: Designing, developing, and delivering high-performance systems for HFT and market-making … of trading strategies, risk management, and market structure 🔧 Tech Environment: Rust, C++, Python Fully cloud-native infrastructure Proprietary technology stack Performance-focused, low-latency architecture Agile, flat-structured engineering team 💡 Why This Role? Direct access to technical founders and HFT industry leaders Work on a next More ❯

work on complex systems coded in Rust, built in-house from the ground up, operating entirely in the cloud and optimised for ultra-low latency and speed. 🌟 What You’ll Be Doing: Designing, developing, and delivering high-performance systems for HFT and market-making … of trading strategies, risk management, and market structure 🔧 Tech Environment: Rust, C++, Python Fully cloud-native infrastructure Proprietary technology stack Performance-focused, low-latency architecture Agile, flat-structured engineering team 💡 Why This Role? Direct access to technical founders and HFT industry leaders Work on a next More ❯

work on complex systems coded in Rust, built in-house from the ground up, operating entirely in the cloud and optimised for ultra-low latency and speed. 🌟 What You’ll Be Doing: Designing, developing, and delivering high-performance systems for HFT and market-making … of trading strategies, risk management, and market structure 🔧 Tech Environment: Rust, C++, Python Fully cloud-native infrastructure Proprietary technology stack Performance-focused, low-latency architecture Agile, flat-structured engineering team 💡 Why This Role? Direct access to technical founders and HFT industry leaders Work on a next More ❯

work on complex systems coded in Rust, built in-house from the ground up, operating entirely in the cloud and optimised for ultra-low latency and speed. 🌟 What You’ll Be Doing: Designing, developing, and delivering high-performance systems for HFT and market-making … of trading strategies, risk management, and market structure 🔧 Tech Environment: Rust, C++, Python Fully cloud-native infrastructure Proprietary technology stack Performance-focused, low-latency architecture Agile, flat-structured engineering team 💡 Why This Role? Direct access to technical founders and HFT industry leaders Work on a next More ❯

work on complex systems coded in Rust, built in-house from the ground up, operating entirely in the cloud and optimised for ultra-low latency and speed. 🌟 What You’ll Be Doing: Designing, developing, and delivering high-performance systems for HFT and market-making … of trading strategies, risk management, and market structure 🔧 Tech Environment: Rust, C++, Python Fully cloud-native infrastructure Proprietary technology stack Performance-focused, low-latency architecture Agile, flat-structured engineering team 💡 Why This Role? Direct access to technical founders and HFT industry leaders Work on a next More ❯

work on complex systems coded in Rust, built in-house from the ground up, operating entirely in the cloud and optimised for ultra-low latency and speed. 🌟 What You’ll Be Doing: Designing, developing, and delivering high-performance systems for HFT and market-making … of trading strategies, risk management, and market structure 🔧 Tech Environment: Rust, C++, Python Fully cloud-native infrastructure Proprietary technology stack Performance-focused, low-latency architecture Agile, flat-structured engineering team 💡 Why This Role? Direct access to technical founders and HFT industry leaders Work on a next More ❯

work on complex systems coded in Rust, built in-house from the ground up, operating entirely in the cloud and optimised for ultra-low latency and speed. 🌟 What You’ll Be Doing: Designing, developing, and delivering high-performance systems for HFT and market-making … of trading strategies, risk management, and market structure 🔧 Tech Environment: Rust, C++, Python Fully cloud-native infrastructure Proprietary technology stack Performance-focused, low-latency architecture Agile, flat-structured engineering team 💡 Why This Role? Direct access to technical founders and HFT industry leaders Work on a next More ❯

work on complex systems coded in Rust, built in-house from the ground up, operating entirely in the cloud and optimised for ultra-low latency and speed. 🌟 What You’ll Be Doing: Designing, developing, and delivering high-performance systems for HFT and market-making … of trading strategies, risk management, and market structure 🔧 Tech Environment: Rust, C++, Python Fully cloud-native infrastructure Proprietary technology stack Performance-focused, low-latency architecture Agile, flat-structured engineering team 💡 Why This Role? Direct access to technical founders and HFT industry leaders Work on a next More ❯

work on complex systems coded in Rust, built in-house from the ground up, operating entirely in the cloud and optimised for ultra-low latency and speed. 🌟 What You’ll Be Doing: Designing, developing, and delivering high-performance systems for HFT and market-making … of trading strategies, risk management, and market structure 🔧 Tech Environment: Rust, C++, Python Fully cloud-native infrastructure Proprietary technology stack Performance-focused, low-latency architecture Agile, flat-structured engineering team 💡 Why This Role? Direct access to technical founders and HFT industry leaders Work on a next More ❯

work on complex systems coded in Rust, built in-house from the ground up, operating entirely in the cloud and optimised for ultra-low latency and speed. 🌟 What You’ll Be Doing: Designing, developing, and delivering high-performance systems for HFT and market-making … of trading strategies, risk management, and market structure 🔧 Tech Environment: Rust, C++, Python Fully cloud-native infrastructure Proprietary technology stack Performance-focused, low-latency architecture Agile, flat-structured engineering team 💡 Why This Role? Direct access to technical founders and HFT industry leaders Work on a next More ❯

work on complex systems coded in Rust, built in-house from the ground up, operating entirely in the cloud and optimised for ultra-low latency and speed. 🌟 What You’ll Be Doing: Designing, developing, and delivering high-performance systems for HFT and market-making … of trading strategies, risk management, and market structure 🔧 Tech Environment: Rust, C++, Python Fully cloud-native infrastructure Proprietary technology stack Performance-focused, low-latency architecture Agile, flat-structured engineering team 💡 Why This Role? Direct access to technical founders and HFT industry leaders Work on a next More ❯

work on complex systems coded in Rust, built in-house from the ground up, operating entirely in the cloud and optimised for ultra-low latency and speed. 🌟 What You’ll Be Doing: Designing, developing, and delivering high-performance systems for HFT and market-making … of trading strategies, risk management, and market structure 🔧 Tech Environment: Rust, C++, Python Fully cloud-native infrastructure Proprietary technology stack Performance-focused, low-latency architecture Agile, flat-structured engineering team 💡 Why This Role? Direct access to technical founders and HFT industry leaders Work on a next More ❯

work on complex systems coded in Rust, built in-house from the ground up, operating entirely in the cloud and optimised for ultra-low latency and speed. 🌟 What You’ll Be Doing: Designing, developing, and delivering high-performance systems for HFT and market-making … of trading strategies, risk management, and market structure 🔧 Tech Environment: Rust, C++, Python Fully cloud-native infrastructure Proprietary technology stack Performance-focused, low-latency architecture Agile, flat-structured engineering team 💡 Why This Role? Direct access to technical founders and HFT industry leaders Work on a next More ❯

how AI workloads are executed at speed and scale. You’ll lead the design and implementation of software systems that run distributed, low-latency inference across clusters. You’ll work closely with hardware and ML teams to optimise every layer of the stack—from model representation … love to talk. Responsibilities Design and build high-performance systems for running AI/ML workloads across distributed compute clusters Optimise for ultra-low latency and real-time inference at scale—profiling, tuning, and rewriting critical systems as needed Identify and resolve performance bottlenecks More ❯

how AI workloads are executed at speed and scale. You’ll lead the design and implementation of software systems that run distributed, low-latency inference across clusters. You’ll work closely with hardware and ML teams to optimise every layer of the stack—from model representation … love to talk. Responsibilities Design and build high-performance systems for running AI/ML workloads across distributed compute clusters Optimise for ultra-low latency and real-time inference at scale—profiling, tuning, and rewriting critical systems as needed Identify and resolve performance bottlenecks More ❯

how AI workloads are executed at speed and scale. You’ll lead the design and implementation of software systems that run distributed, low-latency inference across clusters. You’ll work closely with hardware and ML teams to optimise every layer of the stack—from model representation … love to talk. Responsibilities Design and build high-performance systems for running AI/ML workloads across distributed compute clusters Optimise for ultra-low latency and real-time inference at scale—profiling, tuning, and rewriting critical systems as needed Identify and resolve performance bottlenecks More ❯

how AI workloads are executed at speed and scale. You’ll lead the design and implementation of software systems that run distributed, low-latency inference across clusters. You’ll work closely with hardware and ML teams to optimise every layer of the stack—from model representation … love to talk. Responsibilities Design and build high-performance systems for running AI/ML workloads across distributed compute clusters Optimise for ultra-low latency and real-time inference at scale—profiling, tuning, and rewriting critical systems as needed Identify and resolve performance bottlenecks More ❯

how AI workloads are executed at speed and scale. You’ll lead the design and implementation of software systems that run distributed, low-latency inference across clusters. You’ll work closely with hardware and ML teams to optimise every layer of the stack—from model representation … love to talk. Responsibilities Design and build high-performance systems for running AI/ML workloads across distributed compute clusters Optimise for ultra-low latency and real-time inference at scale—profiling, tuning, and rewriting critical systems as needed Identify and resolve performance bottlenecks More ❯

how AI workloads are executed at speed and scale. You’ll lead the design and implementation of software systems that run distributed, low-latency inference across clusters. You’ll work closely with hardware and ML teams to optimise every layer of the stack—from model representation … love to talk. Responsibilities Design and build high-performance systems for running AI/ML workloads across distributed compute clusters Optimise for ultra-low latency and real-time inference at scale—profiling, tuning, and rewriting critical systems as needed Identify and resolve performance bottlenecks More ❯

how AI workloads are executed at speed and scale. You’ll lead the design and implementation of software systems that run distributed, low-latency inference across clusters. You’ll work closely with hardware and ML teams to optimise every layer of the stack—from model representation … love to talk. Responsibilities Design and build high-performance systems for running AI/ML workloads across distributed compute clusters Optimise for ultra-low latency and real-time inference at scale—profiling, tuning, and rewriting critical systems as needed Identify and resolve performance bottlenecks More ❯

how AI workloads are executed at speed and scale. You’ll lead the design and implementation of software systems that run distributed, low-latency inference across clusters. You’ll work closely with hardware and ML teams to optimise every layer of the stack—from model representation … love to talk. Responsibilities Design and build high-performance systems for running AI/ML workloads across distributed compute clusters Optimise for ultra-low latency and real-time inference at scale—profiling, tuning, and rewriting critical systems as needed Identify and resolve performance bottlenecks More ❯

how AI workloads are executed at speed and scale. You’ll lead the design and implementation of software systems that run distributed, low-latency inference across clusters. You’ll work closely with hardware and ML teams to optimise every layer of the stack—from model representation … love to talk. Responsibilities Design and build high-performance systems for running AI/ML workloads across distributed compute clusters Optimise for ultra-low latency and real-time inference at scale—profiling, tuning, and rewriting critical systems as needed Identify and resolve performance bottlenecks More ❯

how AI workloads are executed at speed and scale. You’ll lead the design and implementation of software systems that run distributed, low-latency inference across clusters. You’ll work closely with hardware and ML teams to optimise every layer of the stack—from model representation … love to talk. Responsibilities Design and build high-performance systems for running AI/ML workloads across distributed compute clusters Optimise for ultra-low latency and real-time inference at scale—profiling, tuning, and rewriting critical systems as needed Identify and resolve performance bottlenecks More ❯