Shared Risk Link Group Fiber Identification with Fiber Sensing for Open APN PoC Reference

This Proof of Concept explores SOP-based fiber sensing as a non-intrusive method to identify Shared Risk Link Groups (SRLGs) by detecting correlated polarization changes. Using existing coherent transponders, it enables real-time hardware tagging of fibers, enhancing network resilience, redundancy validation, and operational efficiency without disrupting live traffic.

FUTURES Dallas 2025 – AI Infrastructure of the Future

Hosted by the IOWN Global Forum, FUTURES Dallas is a free, public-access event that explores how we build the infrastructure to support AI at scale. From power and compute to connectivity and local impact, industry leaders and civic voices will share insights on the challenges and opportunities shaping our future. Join us in person or […]

Use Case and Technology Evaluation Criteria – Construction Site

To address challenges in safety and efficiency, IOWN’s ultra-high-capacity, low-latency network supports AI-based risk prediction and safety monitoring. Connecting multiple construction sites enables smooth collaboration, accelerates project completion, and reduces risks. This document presents the use case requirements and technical evaluation criteria for remote construction site inspections for the construction industry, outlining specific use cases […]

ITU Secretary-General and the IOWN Global Forum President and Chairperson Meet to Accelerate Further Collaboration

Geneva – July 30, 2025 -Dr. Katsuhiko Kawazoe, President and Chairperson of the Innovative Optical and Wireless Network Global Forum (the IOWN Global Forum) visited Ms. Doreen Bogdan-Martin, Secretary General of the International Telecommunication Union (ITU), and agreed to accelerate further collaboration between ITU and the IOWN Global Forum to achieve a more sustainable and […]

Searching...

This document defines the functional architecture of Deterministic Networking with Software-Defined Optical Interconnect that provides deterministic-QoS connections for NIC-to-NIC communication, leveraging site-to-site optical transport paths, primarily by Open APN as a foundation technology.

This Proof of Concept explores SOP-based fiber sensing as a non-intrusive method to identify Shared Risk Link Groups (SRLGs) by detecting correlated polarization changes. Using existing coherent transponders, it enables real-time hardware tagging of fibers, enhancing network resilience, redundancy validation, and operational efficiency without disrupting live traffic.

Hosted by the IOWN Global Forum, FUTURES Dallas is a free, public-access event that explores how we build the infrastructure to support AI at scale. From power and compute to connectivity and local impact, industry leaders and civic voices will share insights on the challenges and opportunities shaping

To address challenges in safety and efficiency, IOWN’s ultra-high-capacity, low-latency network supports AI-based risk prediction and safety monitoring. Connecting multiple construction sites enables smooth collaboration, accelerates project completion, and reduces risks. This document presents the use case requirements and technical evaluation criteria for remote construction site inspections for

Geneva – July 30, 2025 -Dr. Katsuhiko Kawazoe, President and Chairperson of the Innovative Optical and Wireless Network Global Forum (the IOWN Global Forum) visited Ms. Doreen Bogdan-Martin, Secretary General of the International Telecommunication Union (ITU), and agreed to accelerate further collaboration between ITU and the IOWN Global