11 of 11 Ultra-Low Latency Jobs in the West Midlands

critical platform where safety, latency, and correctness must coexist in a chaotic real-world environment. Our core technical hurdles include: Ultra-Low Latency Voice: delivering sub-2-second response times across full duplex audio while handling \"barge-ins\" (interruptions) and natural turn … focus on LLM application layers. Expert-level Python: Deep familiarity with FastAPI, asyncio, and pydantic. Real-Time Experience: Proven track record building low-latency voice or text systems (experience with WebRTC, sockets, or similar streaming technologies). Agentic Patterns: Hands-on experience with ReAct, Chain ...

critical platform where safety, latency, and correctness must coexist in a chaotic real-world environment. Our core technical hurdles include: Ultra-Low Latency Voice: delivering sub-2-second response times across full duplex audio while handling \"barge-ins\" (interruptions) and natural turn … focus on LLM application layers. Expert-level Python: Deep familiarity with FastAPI, asyncio, and pydantic. Real-Time Experience: Proven track record building low-latency voice or text systems (experience with WebRTC, sockets, or similar streaming technologies). Agentic Patterns: Hands-on experience with ReAct, Chain ...

critical platform where safety, latency, and correctness must coexist in a chaotic real-world environment. Our core technical hurdles include: Ultra-Low Latency Voice: delivering sub-2-second response times across full duplex audio while handling \"barge-ins\" (interruptions) and natural turn … focus on LLM application layers. Expert-level Python: Deep familiarity with FastAPI, asyncio, and pydantic. Real-Time Experience: Proven track record building low-latency voice or text systems (experience with WebRTC, sockets, or similar streaming technologies). Agentic Patterns: Hands-on experience with ReAct, Chain ...

critical platform where safety, latency, and correctness must coexist in a chaotic real-world environment. Our core technical hurdles include: Ultra-Low Latency Voice: delivering sub-2-second response times across full duplex audio while handling \"barge-ins\" (interruptions) and natural turn … focus on LLM application layers. Expert-level Python: Deep familiarity with FastAPI, asyncio, and pydantic. Real-Time Experience: Proven track record building low-latency voice or text systems (experience with WebRTC, sockets, or similar streaming technologies). Agentic Patterns: Hands-on experience with ReAct, Chain ...

critical platform where safety, latency, and correctness must coexist in a chaotic real-world environment. Our core technical hurdles include: Ultra-Low Latency Voice: delivering sub-2-second response times across full duplex audio while handling \"barge-ins\" (interruptions) and natural turn … focus on LLM application layers. Expert-level Python: Deep familiarity with FastAPI, asyncio, and pydantic. Real-Time Experience: Proven track record building low-latency voice or text systems (experience with WebRTC, sockets, or similar streaming technologies). Agentic Patterns: Hands-on experience with ReAct, Chain ...

critical platform where safety, latency, and correctness must coexist in a chaotic real-world environment. Our core technical hurdles include: Ultra-Low Latency Voice: delivering sub-2-second response times across full duplex audio while handling \"barge-ins\" (interruptions) and natural turn … focus on LLM application layers. Expert-level Python: Deep familiarity with FastAPI, asyncio, and pydantic. Real-Time Experience: Proven track record building low-latency voice or text systems (experience with WebRTC, sockets, or similar streaming technologies). Agentic Patterns: Hands-on experience with ReAct, Chain ...

leadership role, driving architecture, improving performance, and ensuring the system is built to world-class standards. If you've built ultra-low-latency trading systems before and want to take full responsibility for a new Rust-based platform, this is an opportunity to shape … drive the development of the execution layer and market-making components of the HFT platform Architect, design, and implement ultra-low-latency Rust systems from first principles Improve, refactor, and optimise the existing codebase to meet best-in-class performance standards Replace or modernise ...

leadership role, driving architecture, improving performance, and ensuring the system is built to world-class standards. If you've built ultra-low-latency trading systems before and want to take full responsibility for a new Rust-based platform, this is an opportunity to shape … drive the development of the execution layer and market-making components of the HFT platform Architect, design, and implement ultra-low-latency Rust systems from first principles Improve, refactor, and optimise the existing codebase to meet best-in-class performance standards Replace or modernise ...

leadership role, driving architecture, improving performance, and ensuring the system is built to world-class standards. If you've built ultra-low-latency trading systems before and want to take full responsibility for a new Rust-based platform, this is an opportunity to shape … drive the development of the execution layer and market-making components of the HFT platform Architect, design, and implement ultra-low-latency Rust systems from first principles Improve, refactor, and optimise the existing codebase to meet best-in-class performance standards Replace or modernise ...

leadership role, driving architecture, improving performance, and ensuring the system is built to world-class standards. If you've built ultra-low-latency trading systems before and want to take full responsibility for a new Rust-based platform, this is an opportunity to shape … drive the development of the execution layer and market-making components of the HFT platform Architect, design, and implement ultra-low-latency Rust systems from first principles Improve, refactor, and optimise the existing codebase to meet best-in-class performance standards Replace or modernise ...

leadership role, driving architecture, improving performance, and ensuring the system is built to world-class standards. If you've built ultra-low-latency trading systems before and want to take full responsibility for a new Rust-based platform, this is an opportunity to shape … drive the development of the execution layer and market-making components of the HFT platform Architect, design, and implement ultra-low-latency Rust systems from first principles Improve, refactor, and optimise the existing codebase to meet best-in-class performance standards Replace or modernise ...