Your smart home should work even when the internet doesn't.
InnoSyncHome is a local-first home automation platform designed to keep your devices, scenes, and automations running inside your home.
Designed, tested, and validated in a real home before it reaches customers.
The Problem
When your home depends on the cloud, an outage becomes a failure.
Most smart homes route even a light switch through a data center far away. When the internet drops, an account expires, or a vendor sunsets the product, core functions stop. You never owned the automation — you rented it.
Internet down. Home still running.
- A pump that only runs when the cloud is reachable isn't dependable.
- Your daily routines shouldn't be readable by a third-party server.
- A lapsed subscription shouldn't disable the lights in your home.
The Promise
Offline. Private. Fast. Reliable. Open.
Five things a smart home should be — and what InnoSyncHome is built to deliver.
Internet down. Home still running.
Devices, scenes, and schedules keep working with no cloud round-trip.
Your home data stays home.
Device state and automation logic stay on your hardware — the cloud is optional.
Instant local response.
Automations fire in milliseconds, not seconds spent waiting on a remote server.
Built for unreliable internet.
Core functions are designed to keep running through outages and reboots.
No vendor lock-in.
Your hardware, your rules. We intend to open the source at beta.
How It Works
Your home makes its own decisions.
No cloud round-trip to switch a light. Here's the whole path, start to finish.
You act
Tap in the app or on the hub's touch screen — or let a schedule fire on its own.
The gateway decides
Your rules are evaluated right on the gateway in your home. No request leaves your network.
Devices respond
Nodes switch in milliseconds over a local radio link — with or without internet.
Why It's Different
Two ways to build a smart home.
A fair comparison of architectural approaches — not a claim about any specific product.
Real Hardware
Proof, not promises.
We're documenting the physical build as it happens — prototypes, bench tests, and a no-internet demo.
Gateway prototype
ESP32-S3 gateway with a 2.4" touch display on the bench.
Node under test
A relay node switching a real load during a soak test.
Companion app
Live control and BLE provisioning from your phone.
Internet-down demo
Controlling a light with the WAN connection unplugged.
Where The Build Is
Honest build status.
Milestone status, not vanity percentages. Shipped, in progress, and planned.
Shipped
In Progress
Planned
Orchestration engine, local event bus, and a layered config hierarchy with persisted boot/reset history.
ShippedESP-NOW transport, discovery beacon, and a live node registry with monotonic-counter replay protection.
ShippedHardware pin maps, message contracts, and module boundaries specified and reconciled against real silicon.
ShippedESP32-S3 firmware at v1.0.0. On-device LVGL touch UI and the Add / Ignore enrollment gate are in progress.
In ProgressBLE provisioning over a NimBLE GATT server, live control, and a mirror of the node registry.
In ProgressRunning in a real test home to surface field failures — brown-outs, RF range, and long-run stability.
In ProgressSigned firmware channels with staged rollout and automatic rollback for a deployed fleet.
PlannedDesign-for-manufacture, enclosures, and pilot runs once the reference designs are validated.
PlannedStatus reflects real module completion — no vanity percentages, no fabricated uptime.
Build in Public
Follow the engineering, in the open.
The technical depth lives here — decisions, roadmap, changelog, and the journal.
Join the Engineering Beta
Get technical updates, circuit diagrams, and early access to firmware source code as we build in public.
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