Sinister builds AI automation for product and business workflows where AI improves speed, decision support or operational leverage. Typical work includes AI assistants, document workflows, internal tools, insight systems, support automation and AI features integrated into web or mobile products.
AI earns its place when a workflow is repeatable, the input data exists, and a faster or more consistent decision creates real user or operational value: staffing and scheduling insights, document-heavy operations, support triage, content-heavy workflows and internal tooling are typical wins.
If the core workflow is not defined, the data does not exist yet, or a simple rules-based feature covers the case, we say so. Shipping a stable product workflow first and layering AI where it measurably helps is cheaper than rescuing an AI feature that never had reliable inputs.
Practical AI work depends on access to the data the workflow runs on: documents, records, events or user actions. We design the data flow, integration path, permissions and fallbacks before wiring in models, so accuracy and reliability can actually be evaluated.
Many teams arrive with an AI-generated or no-code prototype that proves the concept. Productization adds the parts a prototype skips: stable architecture, authentication, real data flows, monitoring, evaluation of output quality, cost control and a user interface built for the actual users.
AI engagements start by verifying the workflow and the data, not by picking a model. We define the target outcome, map the inputs, build the smallest useful automation, measure output quality against real cases and only then expand scope. That order keeps budgets on workflows that demonstrably work instead of demos that impress once and fail in production.
AI work rarely ships alone. When the automation needs a new interface, it pairs with web app development; when the workflow lives in a phone-first context, it pairs with mobile delivery; and when an AI prototype needs production architecture, the engagement usually runs as product development with an AI core. Scoping happens once, across the whole path, so the AI feature lands inside a system that can actually operate it - with access control, logging and a human escalation path from day one.
AI-assisted operational insights are part of the ePeople healthcare operations platform work. WaterGuru case work involved sensor-driven recommendations inside a consumer product, and internal automation patterns run across Sinister's operations and case work.
See case work ->AI automation is scoped as a standalone build covering the AI workflow, user interface, integration path, evaluation approach and release support. Scope and estimate are confirmed after a build review of the workflow and its data.
Discuss scope ->Share the product goal, current stage, timeline and main risk. We respond with a practical next step: scope, plan and the fastest credible path to production.