Revolutionizing Wireless Connectivity for Industry 4.0
TOPIC : Revolutionizing Wireless Connectivity for Industry 4.0
SPEAKER : Dr. Jisung Oh
CEO & President at PHYTunes Inc. (California, USA)
DATE : Wednesday, 1 April 2026
TIME : 10:30AM-11:30AM
VENUE : E3-06-07 (NUS Engineering Block 3, Level 6, Room 07)
Headquartered in Palo Alto, California, PHYTunes Inc. is a deep-tech innovator dedicated to solving the “indoor wireless
connectivity challenge.” While 5G and Wi-Fi 7 offer unprecedented speeds, their high-frequency signals often struggle to penetrate the physical barriers of modern urban environments. PHYTunes enables a “Network Without Limits” by
converging wireless and wireline technologies to deliver mission-critical connectivity especially for physical AI and
industry automation.
PHYTunes flagship product suite replaces traditional, high-latency mesh networks with a Single Frequency Network
(SFN) architecture by utilizing the Physically Converged Wireless-Wireline Technology invented by the founders. It
features seamless roaming for robots moving through a facility with zero roaming latency and no handoff
disconnections. As Singapore leads the way in Industry 4.0, PHYTunes provides the essential connectivity layer for
Physical AI—the integration of AI with physical systems like robotics and autonomous vehicles, empowering robotics
and automation.
Traditional Wi-Fi often fails in large-scale warehouses or smart factories due to roaming “dead zones” and signal
interference. PHYTunes solves this by providing 1) Ultra-Low Latency critical for real-time coordination between swarms
of robots and shared Edge AI resources, 2) Deterministic Reliability eliminating the “handoff” drops that cause safety
stops in autonomous mobile robots (AMRs), and 3) Enhanced Security by containing signals within wirelines for the
majority of the distance, reducing the RF “leaks” that are vulnerable to external hacking.
In alignment with active deployment of Physical AI in Industry 4.0, PHYTunes provides the essential connectivity layer
for Physical AI—the integration of AI with physical systems like robotics and autonomous vehicles.
To further explore these advancements, we will introduce this novel wireless network architecture in detail. This seminar
will cover the technical implementation of the centralized head-end unit and distributed RF nodes, specifically highlighting the benefits of constructing an uninterrupted wireless network for Physical AI. This seminar will demonstrate how PHYTunes overcomes the limitations of traditional Wi-Fi in large-scale warehouses and smart factories.
Date and Time
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- E3-06-07 (NUS Engineering Block 3, Level 6, Room 07)
- Singapore, Singapore
- Singapore
- Starts 17 March 2026 04:00 PM UTC
- Ends 31 March 2026 04:00 PM UTC
- No Admission Charge