AI systems that survive production
Patterns for shipping LLM systems that hold up under real load: multi-agent orchestration, incident response, cost, and sandboxing the agents themselves.
I'm Asif and welcome to my attempt at keeping my work and thoughts organized. Below you'll find the problems I've worked on, what they taught me, and the bits worth sharing. Start anywhere, or flip the lens to the tech behind it.
Patterns for shipping LLM systems that hold up under real load: multi-agent orchestration, incident response, cost, and sandboxing the agents themselves.
Productionising ML on 3D volumetric data that maps the subsurface: representation, training at volume, and getting models off the notebook and into a pipeline.
The Experiment: custom memory, open-source models, and a real evaluation framework. The longest-running build, and the one throwing off the most write-ups.
Lessons from building and operating SortedOut and Rinqer end to end: turning a gnarly rules engine into something strangers trust, and what traction really costs.
Where language models genuinely earn their place in a pipeline: extraction, routing, and validation, and where a plain function is still the right call.
Unsupervised and supervised clustering in practice: when each earns its keep, evaluating the result, and not fooling yourself with pretty plots.
Platform engineering for data: landing zones, guardrails, and the boring infrastructure that makes everything above it possible.
Systems that do fundamental analysis with discipline: encoding the questions a value investor asks, and keeping the model honest.
No schedule, no funnel. Just a short note when a build teaches me something worth passing on.