8bit solutions
Resilient Automation
Keep lighting, heating and appliance control responsive with rules that run locally on your devices.
Run local switching rules for connected loads, with nearby Bluetooth control.
- Control
- Resilience
- Intelligence
Your automations should still run when the internet does not.
- See
- Use live power-state data as automation triggers across sources and loads.
- Control
- Run trigger-condition-action policies from one app across homes and facilities.
- Resilience
- Maintain execution locally and fall back to BLE control when internet is down.
Built around real life.
8bit combines cloud visibility with local device execution so energy and control workflows continue during router, ISP, or cloud interruptions.

Home automations that stop during outages
A home keeps AC, water-heater, and lighting schedules running locally, then syncs logs once connectivity returns.
Solution flow
How 8bit keeps automations running
Rules are stored on-device for local evaluation and execution.
Hydra and control devices share telemetry for cross-device actions.
Operations continue during internet downtime and recover sync afterward.
Teams still get visibility and control from one consistent app experience.

One connected platform
How 8bit solves this in the app
Hydra telemetry and device state are evaluated on-device, so control logic keeps running when cloud platforms fail.
- Automation builder with trigger, condition, and action flow
- Local execution state with cloud sync when connectivity returns
- BLE fallback for nearby control during internet failure
- Execution logs showing exactly when and why a rule ran
AdvantageWhy this works better than cloud-only automation
Why this works better than cloud-only automation
- Cloud-only systems fail when connectivity fails.
- Local execution preserves critical power and safety workflows.
- Businesses and homes both gain resilience without extra complexity.
Your next step
Ready to deploy this in your environment?
Talk to us about rollout scope, hardware selection, and automation policy design.







