Command your home like critical infrastructure.
HouseCommand AI gives high-end residences a local-first operations layer for power, water, climate, security, network, and automation — with deterministic safety gates and human-confirmed control.
Solved, not played.
A two-dimensional heat field — ∂T/∂t = α∇²T + q — computed live in your browser over a model estate. Four zones hold setpoint by deterministic PI control while a winter night leans on the envelope. Nothing below is a recording.
The controller you are fighting is the point. Deterministic loops hold the house. Disable heating and watch on-prem freeze protection take over at 42°F — no cloud, no model, no permission needed to keep pipes from bursting.
// numerics — ∂T/∂t = α∇²T + q, forward-time centred-space on a 192×120 grid, 3 substeps per frame; diffusion numbers λ = αΔt/Δx²: air .235, glass .09, wall .02 — all under the 2-D stability bound λ ≤ ¼. Zone control: PI, kp=.09, ki=.0016, integrator clamped [0,.85]; freeze-protect latches at 42°F, releases at 46°F. Diurnal forcing Tout=39+13·sin(ωt).
The house becomes an operations system.
Every system in the residence is composed into a single, governed stack — from the on-prem control core to the AI command layer that sits above it.
- L0Local control core
On-prem hub runs the residence with no dependency on the cloud.
- L1Sensors & devices
Lighting, climate, water, locks, cameras — modeled with verified state.
- L2Security & network
Segmented VLANs, firewall policy, and perimeter protection.
- L3AI command layer
Proposes actions; the deterministic engine authorizes and logs them.
Why smart homes fail.
Consumer platforms optimize for convenience. Estates need resilience, separation, and accountability. Here is the gap — and how HouseCommand answers it.
Governed control, end to end.
Eight principles the platform enforces in software — not policy, not documentation. The engine, not the model, decides what executes.
One layer. Every system.
Six levels of authority. Two of them locked.
Every proposed action passes through the deterministic permission engine. Authority is a property of the action, checked server-side — the AI cannot escalate itself. The engine below is real — propose a command and watch it decide.
The AI never receives uncontrolled authority. Levels 4 and 5 have no execution path exposed to the model — they can only be recommended to, or are prohibited from, a human.
Multiple properties. Separated by design.
Each property runs its own local core, network, and log. There is no shared blast radius — and a command that crosses a property boundary pauses for explicit confirmation.
The house does not wait for the cloud.
When connectivity or the AI layer drops, critical automations keep running on-prem. Scroll to take the estate offline.
Critical automations remain on-prem. The AI layer pauses; the house keeps its watch. Nothing safety-critical depends on a connection.
Accountable by construction.
Every action — and every refusal — is written to a tamper-evident, hash-chained record. Nothing the platform does is unattributable. The chain below is real — SHA-256, computed in your browser. Try to get away with an edit.
Executed, confirmed, refused, recommended, rolled back — all recorded.
Each record hashes the last; any edit, insert, or deletion is detectable.
Safety-critical commands confirm device state by read-back before they count as done.
Physical switches, valves, keys, and breakers always work — independent of the platform.
Built for homes where failure is not acceptable.
HouseCommand AI is for private estates, high-end residences, family offices, and integrators building serious residential infrastructure.