Assortment Hub
Selected to lead a new product improving how retail operations collaborate across supply chain, catalog, and external retailers.
I am an engineer who likes consequential systems, explicit boundaries, and tools that make difficult work feel calmer. Lately that means agentic software, model governance, and a new product boundary for retail operations. Earlier it meant Elixir platforms, Kubernetes before it was fashionable, Ruby systems, and a formative amount of time on BBSes.
Read the resume / PDFSelected to lead a new product improving how retail operations collaborate across supply chain, catalog, and external retailers.
A composable agent framework and chat assistant inside SCHIP. Reusable tools, citation generation and verification, progress during long tasks, and human review before business automation.
After six years helping lead the core SCHIP team, I returned to an individual contributor role by choice in 2026. Architecture and hands-on delivery are where I want to spend my next chapter.
Early projects exploring how agents choose models, follow policies, and leave evidence of their decisions.
A governed, OpenAI-compatible model gateway that turns routing, policy, retries, and receipts into reviewable contracts instead of scattered agent logic.
A self-hosted safety layer for agents, exploring secrets isolation, destination policy, tool controls, channel routing, and auditable execution.
An evidence-oriented framework for selecting models with workload-specific Pareto frontiers across quality, cost, latency, and resource use.
Historical telemetry and trend views for Phoenix LiveDashboard.
Selected to lead a high-profile new product after six years of technical leadership on the core SCHIP supply-chain platform.
Led an enterprise product and team through scale, acquisition, and platform migration.
Product engineering for an internal startup, including internationalization and SEO.
Full-stack product work; originated a JSON-HAL hypermedia API and open-sourced supporting tools.
Product, engineering, fundraising, partnerships, and the useful education of owning the whole problem.
Software R&D for the Comanche and Future Combat Systems programs.
Recurse Center
Participant / Spring 2015
Bowdoin College
B.A., Computer Science / 2001
01Make consequential state visible.
02Prefer explicit boundaries to accidental coupling.
03Give humans a meaningful way to inspect, redirect, and say no.
04Treat explanations and provenance as product features.
Engineering leadership, agent systems, and products where architecture and human judgment both matter.
brian@glusman.meConnection established. Type help for the directory.