Augmented Mobile Internet Coverage
Augmented Connectivity is a unique and patented technology developed by Be-Bound. It optimizes data and expands mobile and IoT coverage to reach 95% of the population worldwide, using pre-existing networks.
- No additional infrastructure costs, no investment required.
- Easy to deploy on existing networks (already operational in several countries).
- Connect more people immediately, even in untapped areas.
Integrate Augmented Connectivity into your Android mobile apps and IoT. Secure transactions are guaranteed even without Internet access. Our SMS encryption is used for every transaction, and is patented in association with the Palo Alto Research Center (PARC) in California. This also allows innovative technologies such as machine learning, big data or blockchain to reach populations or areas which were out of reach, until now.
How Does It Work?
With Be-Bound, your mobile apps and IoT devices can now perform to the last mile. Augmented Connectivity
allows requests to be sent both ways :
from mobile to server and from server to mobile.
Our Technology At Work
E-Commerce & Deliveries
Apps and services to purchase goods, track deliveries, and get directions are available even when networks are saturated or weak.
Real-Time Data Collection
Optimize your data so requests can be sent from anywhere, even in the most rural areas, using only the GSM network.
Get real-time transactions everywhere, wherever there is a mobile network.
Why Choose Be-Bound ?
Widest geographic range for smartphones and IoT. Your Apps, services and devices can now work everywhere.
Automatic selection of the best available network. Your Apps and services work with or without internet, on every network (GSM)
Reduce dramatically the required bandwidth. A solution to optimize data usage and reduce connection costs
Up to 5 times less bandwidth than standard apps.
A solution to optimise data usage, reduce connexion and storage cost.
Automatic selection of the best available network.
Your apps and services work with and without Internet access, on every network.