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A TypeScript application framework built around useful domain objects. It supplies persistence, manifests, generated REST/MCP/CLI interfaces, users, tenants, agents, web data, native-mobile foundations, and a broad set of domain packages.

Software as Agentic Domain Logic means the same domain operations are available to people through ordinary interfaces and to agents through callable tools. Both resolve through the same models, permissions, tenants, and field policies.

No. Start with smrt-core, then add packages by capability or domain. They share conventions, but the stack is intentionally modular.

SQLite is excellent for development and local-first tools, Postgres is the normal production choice—especially when using row-level security—and DuckDB fits analytical workloads.

Yes. Standard controls can publish their identity, meaning, options, constraints, and state to a chat, voice, tutorial, or test adapter. An agent may point to a field or stage a proposed value, but applying, clearing, or undoing requires confirmation by default and secret controls remain unavailable.

Yes. smrt-users includes sessions, memberships, hierarchical tenants, roles, permissions, access requests, and SvelteKit integration. smrt-tenancy enforces data scope on decorated models.

Parent/child tenants describe organization. Memberships connect a user to a tenant with one role. Profile relationships describe domain links between people, organizations, or agents. They are separate on purpose.

Yes. Each model declares which operations each interface exposes. Manifest-derived permission slugs and runtime principal checks keep interface policy connected to authorization.

Learning is opt-in. Agents recall confident, scoped memories before work and reinforce or decay them from outcomes afterward. Personas can propose instruction changes, but activating those changes requires a separate permissioned human approval.

No. Shared behavior is Kotlin Multiplatform; Android uses Compose and native adapters, while iOS uses SwiftUI and Apple frameworks. The shared layer covers offline queues, packs, auth, networking, evidence, and presenter state.

SvelteKit server results seed generated browser collections so the client does not repeat the initial fetch. Live updates, persisted cache versioning, and the offline outbox continue from that initial state.

s-m-r-t generates browser tool descriptors for exposed collection actions and registers them with document.modelContext. CRUD tools execute through the normal REST client as the signed-in page user, preserving authentication, tenant, permission, and field policy.