Supercharged IoT connectivity, designed with security and resilience at its core.
Smart cities are evolving rapidly, with new technologies redefining the way urban areas function and grow. At the heart of this transformation is the shift towards IoT 2.0 an advanced phase of connectivity that combines intelligent automation, robust communication networks, and scalable platforms. One company leading this charge is Morse Micro, a fabless semiconductor innovator based in Sydney, developing Wi-Fi HaLow solutions that expand IoT’s potential in urban environments.
Sydney Leading the Charge into IoT 2.0
Sydney is becoming a global testbed for next-generation smart city applications. With its strong technology ecosystem and early adoption of IoT, the city has embraced solutions that optimise transport, energy use, security, and citizen services.
The adoption of IoT 2.0 builds on the foundation of earlier connected city initiatives but adds improved range, efficiency, and scalability. Morse Micro’s innovations in Wi-Fi HaLow are making this possible, extending connectivity across wider areas and supporting dense networks of devices crucial for smart city deployment.
Morse Micro: Powering the Next Era of IoT
Founded with a vision to overcome IoT connectivity barriers, Morse Micro focuses on Wi-Fi HaLow (IEEE 802.11ah) a low-power, long-range wireless standard. Unlike conventional Wi-Fi, HaLow supports thousands of devices with reduced interference and enhanced reliability.
This makes it an ideal choice for smart city applications such as traffic management, smart lighting, building automation, and industrial monitoring. By addressing IoT connectivity challenges, Morse Micro is positioning itself as a cornerstone for IoT 2.0.
Series C Funding and Strategic Growth
In September 2025, Morse Micro announced that it had raised $59 million in Series C funding, led by MegaChips. This capital injection is expected to accelerate product development, expand partnerships, and scale deployment in smart cities worldwide.
The funding signals investor confidence in the role of Wi-Fi HaLow for mass IoT adoption. It also highlights the growing demand for semiconductor companies that can deliver energy-efficient and high-capacity connectivity for automation in urban environments.
Why Smart Cities Need IoT 2.0
The promise of smart cities lies in making urban life more efficient, sustainable, and secure. IoT 2.0 brings this vision closer to reality by providing:
Automation at scale: Systems that automatically optimise traffic flow, monitor energy usage, or control lighting.
Improved connectivity: Wider coverage with lower power requirements.
Device density: The ability to connect thousands of sensors and devices seamlessly.
Security and management: With solutions like an IoT Device Management Platform, organisations can manage devices securely at scale.
These capabilities are not only technical upgrades but also enablers of future-ready infrastructure for growing cities.
Real-World Applications of Wi-Fi HaLow in Smart Cities
Smart Transport
IoT 2.0 enables real-time traffic monitoring and vehicle-to-infrastructure communication. This helps reduce congestion and improve road safety.
Smart Utilities
Power grids and water networks can be optimised with connected sensors, leading to cost savings and sustainability benefits.
Smart Infrastructure
From building automation to environmental monitoring, Wi-Fi HaLow supports reliable connectivity where traditional networks fall short.
Urban Safety and Security
Cameras and sensors deployed across large areas can operate efficiently without overburdening the network, improving citywide safety.
For these applications, connectivity solutions such as M2M SIMs and integrated IoT smart city frameworks provide the backbone that ensures reliable communication across critical services.
Partnerships Driving Innovation
Morse Micro has expanded collaborations with hardware and IoT ecosystem providers to accelerate adoption. These partnerships focus on integrating Wi-Fi HaLow into a wider range of IoT devices, ensuring that smart cities can leverage scalable and interoperable solutions.
By working with technology partners, Morse Micro is enabling faster innovation cycles and helping local governments and enterprises adopt IoT 2.0 more effectively.
The Future of IoT 2.0 in Cities
As IoT platforms and connectivity evolve, cities will continue to integrate automation into daily operations. This will lead to:
Reduced energy consumption
Improved mobility and transport efficiency
Greater public safety
Enhanced citizen services
The combination of smart infrastructure and reliable connectivity positions IoT 2.0 as a driving force for sustainable urban growth. For cities like Sydney, this is just the beginning of a wider global movement.
Preparing for the Next Wave
Businesses and city planners aiming to adopt IoT 2.0 must ensure they have access to robust connectivity solutions, scalable device management, and strong integration capabilities. Future-ready connectivity providers offer the platforms and technologies needed to transition smoothly into this next phase of smart city evolution.
To explore solutions tailored for smart city deployments, visit Smooth Connectivity.
Morse Micro is more than a semiconductor innovator it is a catalyst for the next stage of IoT adoption. By enabling Wi-Fi HaLow connectivity, the company is helping smart cities like Sydney embrace IoT 2.0 with automation, efficiency, and sustainability at the forefront. With strong funding and partnerships, the company is set to play a pivotal role in shaping the cities of tomorrow.
Power the future of urban living discover how IoT 2.0 connectivity can transform your smart city initiatives with Smooth Connectivity.
Morse Micro Driving IoT 2.0 Adoption in Smart Cities
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