Resilience Networks Contact us

Technology platform

Mesh. Twin. Recover.

An early-warning mesh network that carries data when cellular and grid fail, a living Digital Twin that turns raw signals into decisions, and an on-site virtual technician that fixes power faults before they become outages.

Early warning RF mesh network

Node to node, all the way to Affectli.

Each node relays data to its neighbours over RF. If a link drops, traffic finds another path. Solar base stations keep the network powered, so it never depends on a mobile operator or the grid.

Live simulation

Data takes the fastest path. Some assets report over cellular, the rest over the mesh.

Packets delivered0
Delivery rate100%
Via mesh0
Via cellular0
Mesh RF node Solar base station Affectli AI hub Cell tower
0Reliance on mobile operators
SolarSelf-powered base stations and nodes
ZeroDelay across borders
AutoImmobilisation when a tagged stolen asset passes a base station

Affectli AI integration & Digital Twin

Every signal, one operational picture.

Physical hardware signals flow into a real-time, living Digital Twin. Affectli cross-correlates pipeline pressure, vehicle geofencing, video analytics and environmental alerts, so a single event is understood in full context.

Field signals
Pipeline pressure
Vehicle geofence
Video analytics
Tank & fuel levels
Generator & battery
Environmental alerts

Affectli Digital Twin

A live model of every site, asset and vehicle. Signals are correlated, scored and turned into a single prioritised event.

Automated response
Prioritised alert
Pump or vehicle immobilised
Light, smoke, siren
Reaction force dispatched
Power recovery routine
Affectli event feedSimulated example

    Smart autonomous recovery

    An on-site virtual technician.

    Recovery algorithms programmed into IQM controllers act on the site before anyone needs to drive out. Dynamic power asset control keeps TowerCo and industrial sites running and protects expensive equipment.

    Prevents generator stalling

    Detects load and fuel conditions that lead to stalls and corrects them.

    Stops equipment burnout

    Balances load across sources to keep equipment inside safe limits.

    Protects battery BMS

    Manages charge cycles to avoid deep discharge and BMS damage.

    Dynamic power control

    Smart Hybrid Control switches sources based on live conditions.