Myriota Launches HyperPulse 5G NTN for IoT Connectivity

Industry Insights from Next Move Strategy Consulting

Myriota has announced the general availability of its HyperPulse 5G Non-Terrestrial Network (NTN), marking a significant development in global IoT connectivity. Designed as a highly scalable platform, HyperPulse aims to simplify how industry partners build, deploy, and scale IoT solutions anywhere on Earth, including remote and challenging environments.

The announcement underscores Myriota’s focus on making 5G non-terrestrial connectivity practical for large-scale IoT deployments by combining standards-based coverage with enhanced performance capabilities.

Bringing 5G NTN into Real-World IoT Applications

According to Myriota, HyperPulse delivers higher daily data allowances and lower latency, enabling organizations to track assets, collect operational insights, and make informed decisions beyond the reach of traditional terrestrial networks. The platform is built to support IoT use cases that demand reliable connectivity across vast geographies.

“With HyperPulse, we’re making 5G non-terrestrial connectivity a practical reality for IoT at scale,” said Ben Cade, CEO of Myriota. He added that the service enables organizations to operate effectively even in the most remote environments, with additional features planned for release next year.

Early Availability and Industry Adoption

The HyperPulse service became available on 15 December across Australia, Brazil, Mexico, Saudi Arabia, and the United States. Customers participating in the Early Access Program are already connected, representing sectors such as environmental monitoring, oil and gas monitoring, asset tracking, and animal tracking.

Early adopters have highlighted the platform’s relevance for low-power and remote operations. Custodia, an engineering-driven IoT business based in Saudi Arabia, is integrating HyperPulse into its next-generation animal tracking solutions. The company stated that the technology will enable reliable satellite connectivity across remote regions, supporting wildlife conservation and livestock monitoring where connectivity was previously unavailable.

Architecture, Performance, and Network Design

HyperPulse has been fully designed, built, and operated in Australia by Myriota. The network combines the company’s 5G NTN architecture with L-band satellite capacity leased from Viasat. Built on 3GPP 5G NTN standards, the platform uses Viasat’s satellite infrastructure to deliver standards-based non-terrestrial connectivity.

A key differentiator of HyperPulse is its optimisation layer, which Myriota says allows performance characteristics such as latency and data volume to be dynamically adjusted in response to customer demand or environmental conditions. This flexibility supports a wide range of IoT applications with varying performance requirements.

Complementing Myriota’s existing UltraLite™ service which prioritizes extreme energy efficiency, security, and spectrum efficiency HyperPulse focuses on delivering lower latency and higher data allowances. Together, the services expand Myriota’s IoT portfolio to address both ultra-low-power and data-intensive use cases.

Expanding Use Cases Across Industries

The capabilities of HyperPulse support applications requiring richer sensing and more detailed reporting. These include asset tracking and monitoring for heavy equipment, containers, rail cars, and trailers; smart metering for utilities; environmental sensing for weather stations and soil, air, and water quality monitoring; and animal management solutions such as virtual fencing, feed optimization, and remote monitoring.

To support device compatibility, Myriota has certified Nordic Semiconductor’s nRF9151 module across multiple use cases, scenarios, and environments. Additional certifications for other suppliers are currently pending, reflecting the company’s intent to broaden ecosystem support.

Enabling the IoT Partner Ecosystem

Alongside the network launch, Myriota is introducing enablement products to assist its IoT partners in solution development and integration. The first of these offerings is the HyperPulse Developer Kit, designed to accelerate prototyping and proof-of-concept validation.

According to the company, the developer kit is built for field use and includes a weatherproof enclosure, battery operation, and multiple sensor and interface options. This approach is intended to reduce development complexity and speed up time-to-market for HyperPulse-based solutions.

Next Move Strategy Consulting’s View

From the perspective of Next Move Strategy Consulting, the launch of HyperPulse reflects a broader shift within the 5G NTN Market toward commercially viable, standards-based IoT connectivity. The availability of scalable 5G non-terrestrial networks is enabling IoT deployments to move beyond pilot programs into operational, revenue-generating solutions across industries such as asset management, environmental monitoring, and agriculture.

Next Move Strategy Consulting views developments like HyperPulse as an important step in accelerating 5G NTN adoption, particularly as enterprises seek consistent connectivity across terrestrial and non-terrestrial environments. The focus on ecosystem enablement, device certification, and performance optimization aligns with growing demand for reliable and flexible IoT networks worldwide.

Shaping the Future of Non-Terrestrial IoT

With the general availability of HyperPulse, Myriota strengthens its position in the evolving 5G NTN landscape. By combining standards-based architecture, dynamic performance optimization, and dedicated developer tools, the company is advancing the role of non-terrestrial networks in supporting global IoT operations.

As industries continue to expand IoT deployments into remote and underserved regions, solutions such as HyperPulse are expected to play a pivotal role in shaping the future of connected systems beyond terrestrial limits.

Source: Australian Defence Magazine

Prepared by: Next Move Strategy Consulting