Household coordination involves people, relationships and shared resources—not just isolated tasks. Family OS explores how a structured model of those dependencies can support recurring routines and proactive briefings while keeping financial or irreversible actions subject to explicit authorization.
TOOLS & TECHNOLOGY
PostgreSQLData models in AegisOps and Family OS
Deno Edge FunctionsEvent orchestration in the Family OS design
These tools and model references belong to the current project design.
02 / MY CONTRIBUTION
Data models, routines and authorization.
01
Relationship and resource modeling
I am designing a PostgreSQL schema that represents people, their relationships and the dependencies between shared resources.
02
Reusable Family Skills
My architecture work includes versioned executable routines, deterministic conflict and policy layers, and explicit authorization boundaries.
03
AI and event orchestration
The design combines Deno Edge Functions with DeepSeek-V3 for conversational processing and DeepSeek-R1 for logistical optimization, alongside event-, webhook- and cron-driven briefings.
03 / THE WORKFLOW
From a request to a checked routine.
01
STAGE 1 OF 5
Request or event
Begin with a household request or a relevant scheduled or external event.
02
STAGE 2 OF 5
Household context
Relate the request to people, responsibilities and resource dependencies.
03
STAGE 3 OF 5
Proposed plan
Form a candidate routine or plan using the available context.
04
STAGE 4 OF 5
Deterministic checks
Evaluate the proposal against conflict rules and policy boundaries.
05
STAGE 5 OF 5
Authorized action
Keep sensitive or irreversible execution behind explicit permission.
PROJECT IN MOTIONConnected routines.▷AI-generated concept animation: light moves between connected glass homes. This is a visual metaphor for household coordination, not footage of the Family OS interface.04 / DESIGN CONSIDERATIONS
Flexible plans, predictable rules.
Flexible requests, predictable boundaries
Natural language makes requests expressive, while deterministic checks can provide a separate basis for deciding whether a proposed action is permitted.
Proactive without intrusive
A briefing is useful when it supports a real coordination need. Timing, relevance and the cost of interruption deserve consideration alongside automation.
Reusable without ambiguity
Versioned routines raise an important question: which behavior should an existing schedule retain when a skill changes?
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The system sequence is a conceptual summary, not an exact execution trace. It simplifies the relationship between reasoning, policy and authorization; the considerations discuss architectural tensions rather than claim particular deployed behavior.
