Ericsson And Net Feasa Launch Its Agentic Control Tower
Edited by Adam Harrie — May 29, 2026 — Eco
This article was written with the assistance of AI.
References: iottechnews
Ericsson and Net Feasa introduced a maritime connectivity platform that brings onboard 4G and 5G IoT networks to container vessels, combining cellular coverage, satellite communications and AI-enabled data management to support real-time cargo monitoring at sea. The system integrates Ericsson Radio System hardware and Ericsson’s On-Demand 5G core with Net Feasa’s Agentic Control Tower platform, which collects, analyzes and secures data from connected shipping assets.
The deployment uses compact radio-access equipment designed for vessel environments, including Ericsson’s Radio 4490HP, Radio 2271 and Radio Processor 6355. Low Earth Orbit satellite backhaul extends connectivity beyond coastal and port-based coverage, while cloud-based roaming infrastructure supports global operations. Early applications include refrigerated-container monitoring, dangerous-goods tracking and heat-detection alerts for cargo safety and operational visibility.
For shipping companies and port operators, the platform provides continuous insight into cargo conditions throughout a voyage, enabling faster response to disruptions and improved management of time-sensitive freight.
Image Credit: Shutterstock/Sutthiphong Chandaeng
The deployment uses compact radio-access equipment designed for vessel environments, including Ericsson’s Radio 4490HP, Radio 2271 and Radio Processor 6355. Low Earth Orbit satellite backhaul extends connectivity beyond coastal and port-based coverage, while cloud-based roaming infrastructure supports global operations. Early applications include refrigerated-container monitoring, dangerous-goods tracking and heat-detection alerts for cargo safety and operational visibility.
For shipping companies and port operators, the platform provides continuous insight into cargo conditions throughout a voyage, enabling faster response to disruptions and improved management of time-sensitive freight.
Image Credit: Shutterstock/Sutthiphong Chandaeng
What would make you adopt connected tracking for ocean freight?
Helps gauge readiness to adopt always-on cargo visibility tools and which use cases drive shipping tech purchases.
1 / 3
When was the last time you tracked an ocean shipment after it left port?
2 / 3
If you shipped by sea, how likely would you be to pay for real-time cargo tracking?
3 / 3
Which connected feature would you be most likely to adopt for ocean shipments?
Trend Themes
-
Onboard 5G Iot Networks — Continuous high-bandwidth connectivity on vessels enables fine-grained, real-time telemetry and control of cargo assets that can displace legacy batch-based maritime reporting systems.
-
Agentic Control Towers — AI-driven platforms that aggregate and contextualize multimodal shipboard data create centralized decision-aware views that can redefine responsibility and workflows across shipping stakeholders.
-
Hybrid Satellite-cellular Backhaul — Seamless switching between LEO satellite links and coastal 4G/5G coverage offers resilient global connectivity that can transform route planning and remote asset management models.
Industry Implications
-
Maritime Shipping — Vessel-level networking and real-time cargo intelligence present prospects for new service layers around predictive maintenance, dynamic stowage optimization, and freight-as-a-service offerings.
-
Cold Chain Logistics — Continuous temperature and condition monitoring across sea legs supports tighter SLA enforcement and product provenance mechanisms that could upend traditional liability and insurance frameworks.
-
Port Operations — Integrated ship-to-shore visibility and predictive ETA accuracy enable more synchronized terminal scheduling and yard utilization approaches that may shift capital allocation and throughput models.
10
Score
Popularity
Activity
Freshness
