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Industry Solution
Robotics & AI
Persistent connectivity for autonomous systems operating in dynamic environments.
LTE-M / NB-IoT
Protocols
Low-power edge device support
OTA
Provisioning
No physical device access required
250+
Networks
Carrier-agnostic multi-network access
Autonomous platforms and AI-driven systems require persistent, low-latency connectivity without human intervention. A dropped connection is a failed operation — with potential safety, financial, or operational consequences.
The Challenge
Why standard connectivity falls short
Connectivity loss during operation
Autonomous systems cannot tolerate dropped connections mid-operation. A network handoff failure or coverage gap can halt an operation or trigger a safety event.
Physical inaccessibility of deployed devices
Deployed robotics and edge AI systems often cannot be physically accessed for SIM swaps or configuration changes — requiring fully remote management.
Power constraints at the edge
Many AI edge devices operate on battery or harvested power — requiring low-power protocols like LTE-M and NB-IoT that standard enterprise SIMs do not always support.
The Boundless Approach
How we address it
Multi-carrier failover and low-latency data paths keep autonomous systems operational across variable environments. Supports LTE-M and NB-IoT for low-power AI edge deployments, with remote OTA provisioning so devices never need physical access to update connectivity configuration.
- LTE-M and NB-IoT support for power-constrained edge deployments
- Autonomous failover across carriers — no manual intervention
- OTA SIM provisioning without physical device access
- Static IP for consistent device addressing across networks
- Usage monitoring and automated threshold alerts
- REST API for programmatic fleet management
Ready to discuss Robotics & AI connectivity?
Short discovery discussion to understand your environment, operational requirements, and deployment priorities.