Stryker Labs / selected builds

Working software. Inspectable thinking.

A portfolio of small systems built to answer real commercial questions. The interfaces use anonymized or illustrative data. The operating logic is real.

Five systems / one method

Find the decision. Build the shortest reliable path to it.

These are not concept renders. They represent a larger body of deployed forecasting tools, daily control rooms, account research systems, pricing models, proposal workspaces, and reusable interface systems.

LAB 01 / Forecasting system

A forecast that explains itself.

A conviction model that separates booked revenue, calibrated pipeline, likely spillover, inbound capacity, and partner contribution.

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Conviction forecastIllustrative data
Current call$1.92M80% of target
Booked$840k
Calibrated pipeline$690k
Inbound + partners$390k
Gap to plan$480k

Three late-stage paths can materially change the call.

LAB 01

Forecasting system

A forecast that explains itself.

A conviction model that separates booked revenue, calibrated pipeline, likely spillover, inbound capacity, and partner contribution.

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LAB 02

Operating intelligence

The morning brief that finds the work.

A daily control surface that turns CRM, calls, email, calendar, and target data into the few actions that matter now.

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LAB 03

Account intelligence

Research that arrives decision-ready.

An account layer that combines firmographics, behavior, relationship context, and model judgment without handing the user a research dump.

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LAB 04

Buyer experience

A proposal that behaves like a product.

A modular buyer workspace that connects the commercial case, mutual plan, pricing logic, proof, and next steps in one responsive experience.

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LAB 05

Design system

One visual language for operator tools.

A reusable design system for forecasts, calculators, intelligence surfaces, reports, dashboards, and internal micro-apps.

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Build standard

AI does not make the work credible. The artifact does.

Every build starts with a decision, uses the smallest useful stack, shows its assumptions, and leaves a system that another operator can understand.

See the working stack