AI application integration
Connect inference to real workflows, data access and application interfaces. Define what the model receives, what it can return and what happens when the result cannot be used.
We integrate AI into applications and data systems, and work on the performance underneath them. Model behaviour, evaluation and compute costs are part of the same engineering problem.
Connect with the teamConnect inference to real workflows, data access and application interfaces. Define what the model receives, what it can return and what happens when the result cannot be used.
Establish a task-specific baseline and representative evaluation examples. Track changes in data, prompts and models so a result can be explained and reproduced.
Profile the workload before choosing an optimisation. Examine memory movement, kernel execution, batching and the trade-offs between latency and throughput.
Research training and improving compact language models within a fixed compute budget. Keep experimental ideas separate from measured results and application commitments.
Define task quality and unacceptable outputs before comparing models. A benchmark score is only useful when it relates to the application.
Separate model execution from retrieval, networking and application overhead. Optimise the bottleneck that affects the user.
Define data access, tool permissions and review points. An AI integration should fit the system’s existing security boundaries.
Our TileLang kernel work targets NVIDIA RTX PRO 6000 Blackwell. A measured memory roofline of 1.63 TB/s gives us a hardware reference for profiling. It is a hardware measurement, not a promised application speedup.
Read about our researchFor product questions, technical collaboration or feedback on our published work, get in touch with Horizon Tech.
Connect with Horizon Tech