AI-Enhanced Network Management Platform
with ISAC Integration

ITRI’s Athena Orchestrator delivers an intelligent and autonomous network management platform that unifies intent-based control, multi-vendor RAN optimization, and ISAC sensing.

Through cross-layer intelligence and digital-twin simulation, it enhances situational awareness and accelerates industrial network deployment.

  • +886-3-5820-100

  • +886-3-5820-045

Francis Tsai
Business Development
yongningtsai@itri.org.tw

Core Capabilities That Power
Autonomous Networks

Intent-Driven Automation

AI-driven intent translation automates policy generation, configuration, and cross-domain orchestration, reducing operational complexity across multi-vendor 5G/O-RAN environments.

Integrated ISAC Sensing

Integrated sensing and communication extract CSI to provide detection, positioning, and tracking—reducing hardware cost while enabling advanced industrial and safety applications.

AI for RAN Optimization

AI-and sensing-driven insights enable adaptive RAN optimization, enhancing reliability and advancing the network toward autonomous operation.

Come say hi —
let’s shape smarter networks together

Q1. What are the key highlights of our participation at MWC 2026?

At MWC 2026, ITRI presents the Athena Orchestrator with intent-driven automation, AI-enhanced orchestration, and 6G ISAC sensing. Demos feature ISAC geofencing tests, AI-based network planning, and intent-based network management on O-RAN.

Q2. How are we planning to expand into overseas markets?

ITRI expands globally through cross-border 6G experimentation with EU, UK, and Japan partners. Supported by international liaison offices, our open 6G testbed invites global vendors to validate RIC, ISAC, and digital-twin solutions with Taiwan industries.

Q3. Who are our target customer segments?

Athena Orchestrator serves telecom operators, private network providers, system integrators, O-RU and RIS vendors, and developers of RIC apps, ISAC solutions, drones, and IoT services seeking end-to-end autonomous networking.