into an adaptive, interactive profile. Rendering Engine: Architect a solution using the Canvas API and Web Workers to maintain a consistent 60fps experience. Performance at Scale: Implement virtualization and memorymanagement strategies to handle thousands of pages without compromise. Interactivity: Support precise text selection, multi-layer annotations, search, zoom, and deep-linking — ensuring that every interaction is smooth … Low-level rendering: Deep knowledge of the HTML Canvas API, Web Workers, and virtualization techniques. Visualization: Experience building dynamic, query-driven visualization systems (D3.js or equivalent). Asynchronous state management: Mastery of JavaScript concurrency and experience with libraries such as TanStack Query or SWR. Modern frameworks: Several years of experience with React or Vue, including advanced state managementMore ❯
into an adaptive, interactive profile. Rendering Engine: Architect a solution using the Canvas API and Web Workers to maintain a consistent 60fps experience. Performance at Scale: Implement virtualization and memorymanagement strategies to handle thousands of pages without compromise. Interactivity: Support precise text selection, multi-layer annotations, search, zoom, and deep-linking - ensuring that every interaction is smooth … Low-level rendering: Deep knowledge of the HTML Canvas API, Web Workers, and virtualization techniques. Visualization: Experience building dynamic, query-driven visualization systems (D3.js or equivalent). Asynchronous state management: Mastery of JavaScript concurrency and experience with libraries such as TanStack Query or SWR. Modern frameworks: Several years of experience with React or Vue, including advanced state managementMore ❯
into an adaptive, interactive profile. Rendering Engine: Architect a solution using the Canvas API and Web Workers to maintain a consistent 60fps experience. Performance at Scale: Implement virtualization and memorymanagement strategies to handle thousands of pages without compromise. Interactivity: Support precise text selection, multi-layer annotations, search, zoom, and deep-linking ensuring that every interaction is smooth … Low-level rendering: Deep knowledge of the HTML Canvas API, Web Workers, and virtualization techniques. Visualization: Experience building dynamic, query-driven visualization systems (D3.js or equivalent). Asynchronous state management: Mastery of JavaScript concurrency and experience with libraries such as TanStack Query or SWR. Modern frameworks: Several years of experience with React or Vue, including advanced state managementMore ❯
into an adaptive, interactive profile. Rendering Engine: Architect a solution using the Canvas API and Web Workers to maintain a consistent 60fps experience. Performance at Scale: Implement virtualization and memorymanagement strategies to handle thousands of pages without compromise. Interactivity: Support precise text selection, multi-layer annotations, search, zoom, and deep-linking — ensuring that every interaction is smooth … Low-level rendering: Deep knowledge of the HTML Canvas API, Web Workers, and virtualization techniques. Visualization: Experience building dynamic, query-driven visualization systems (D3.js or equivalent). Asynchronous state management: Mastery of JavaScript concurrency and experience with libraries such as TanStack Query or SWR. Modern frameworks: Several years of experience with React or Vue, including advanced state managementMore ❯
london (city of london), south east england, united kingdom
Aegistech
into an adaptive, interactive profile. Rendering Engine: Architect a solution using the Canvas API and Web Workers to maintain a consistent 60fps experience. Performance at Scale: Implement virtualization and memorymanagement strategies to handle thousands of pages without compromise. Interactivity: Support precise text selection, multi-layer annotations, search, zoom, and deep-linking ensuring that every interaction is smooth … Low-level rendering: Deep knowledge of the HTML Canvas API, Web Workers, and virtualization techniques. Visualization: Experience building dynamic, query-driven visualization systems (D3.js or equivalent). Asynchronous state management: Mastery of JavaScript concurrency and experience with libraries such as TanStack Query or SWR. Modern frameworks: Several years of experience with React or Vue, including advanced state managementMore ❯
possible in software and hardware optimisation. Key Responsibilities Architect and implement high-performance C++ systems with extreme latency sensitivity. Optimise every layer of the stack - from CPU cache and memory allocation to kernel bypass and network I/O. Collaborate with traders, quants, and infrastructure engineers to deliver robust, scalable, and lightning-fast trading solutions. Profile, benchmark, and tune … computer architecture, concurrency, and performance engineering. Experience with kernel bypass technologies (e.g., DPDK, Solarflare/OpenOnload) and high-performance networking. Familiarity with Linux internals, NUMA, CPU affinity, and custom memory management. Proven track record of building latency-critical systems in trading, gaming, or telecom environments. Bonus: Experience with FPGA acceleration, RDMA, or custom NIC firmware. Why Apply? Work with More ❯
possible in software and hardware optimisation. Key Responsibilities Architect and implement high-performance C++ systems with extreme latency sensitivity. Optimise every layer of the stack - from CPU cache and memory allocation to kernel bypass and network I/O. Collaborate with traders, quants, and infrastructure engineers to deliver robust, scalable, and lightning-fast trading solutions. Profile, benchmark, and tune … computer architecture, concurrency, and performance engineering. Experience with kernel bypass technologies (e.g., DPDK, Solarflare/OpenOnload) and high-performance networking. Familiarity with Linux internals, NUMA, CPU affinity, and custom memory management. Proven track record of building latency-critical systems in trading, gaming, or telecom environments. Bonus: Experience with FPGA acceleration, RDMA, or custom NIC firmware. Why Apply? Work with More ❯
possible in software and hardware optimisation. Key Responsibilities Architect and implement high-performance C++ systems with extreme latency sensitivity. Optimise every layer of the stack - from CPU cache and memory allocation to kernel bypass and network I/O. Collaborate with traders, quants, and infrastructure engineers to deliver robust, scalable, and lightning-fast trading solutions. Profile, benchmark, and tune … computer architecture, concurrency, and performance engineering. Experience with kernel bypass technologies (e.g., DPDK, Solarflare/OpenOnload) and high-performance networking. Familiarity with Linux internals, NUMA, CPU affinity, and custom memory management. Proven track record of building latency-critical systems in trading, gaming, or telecom environments. Bonus: Experience with FPGA acceleration, RDMA, or custom NIC firmware. Why Apply? Work with More ❯
to mission-critical deployments serving 100s–1000s of users. What You’ll Do Design agentic systems – Own the agent loop (plan → act → reflect), orchestration (DAG/state machine), and memory management. Build robust tooling – Create schemas, retries, rate limits, and SDKs for safe extensibility. Engineer memory & knowledge services – Implement episodic/semantic memory, retrieval APIs, deduping, and … complex AI concepts into actionable strategies. What We’re Looking For Required: Proven track record building and deploying LLM/agentic systems into production. Strong software engineering foundations: orchestration, memory, deployment, monitoring. Familiarity with agentic architectures (e.g. LangGraph, ReAct, CoT loops) and/or ability to build without frameworks. Confident in client-facing settings: workshops, presentations, advisory roles. Preferred More ❯
