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Press Release 2: Network launched in Wellington

Glenfern Sanctuary Manager Scott Sambell with his conservation dog Milly responding to an early morning predator alert on Great Barrier Island.

Internet of Things network launches to enable NZ biz and govt to provide smart services

A new commercial wireless network to carry data to and from sensors and other connected objects – the so called Internet of Things – has been launched in Wellington today.

Starting with Wellington, the company behind the network, KotahiNet, aims to roll out the purpose-built network around the country.

KotahiNet founder Vikram Kumar says the network provides a platform for businesses and government to enable smart services, products and innovation. Examples include weather monitoring to boost olive production and monitoring energy consumption in new clean technology.

“The opportunities and benefits from the Internet of Things are beginning to be better appreciated – the global wave of innovation is coming,” he says.

KotahiNet offers connectivity for devices that run on low power (5-10 years battery life), over a long range (3 km urban, 20 km rural), with carrier grade security (3 layers of encryption), for a low cost. The service is considered complementary to existing connectivity choices such as cellular and Wi-Fi.

“Our point of difference is we provide carrier-grade reliability and service level agreements, so that business and government can build critical smart services across New Zealand knowing that transporting data securely and economically is solved,” says Vikram Kumar.

Wellington Mayor Celia Wade-Brown has welcomed the launch of KotahiNet’s network. “It is great to see Wellington’s talent leading in technology application,” she says.

“Our Smart Capital digital strategy work is paying off with environmental, social and business opportunities and global recognition. It is exciting to see more technology being deployed and support for the collaboration that makes it possible.”

WREDA CEO Chris Whelan says the Wellington environment is ideally situated and served to function as a ‘Living Lab’ for future-focused applications such as KotahiNet’s network. “We are compact, creative, collaborative and now even better connected.”

“With Wellington being the launch pad for such products, we have the opportunity to demonstrate and explore the possibilities for a much wider range of potential solutions that can benefit the wider Wellington region and ultimately the whole of New Zealand.”

Network aids pest control

EcoNode, a remote sensing company specialising in conservation based on the award-winning TrapMinder system, is looking to KotahiNet to help extend its pest control from Glenfern Sanctuary on Great Barrier Island.

EcoNode director and Glenfern Sanctuary manager Scott Sambell says TrapMinder’s sensors and online monitoring system have been successful for small scale conservation projects, and it’s now considering how it could be practically implemented on a much larger scale.

“Dependable connectivity for a very large number of devices in remote areas is our primary consideration which is why we got in contact with KotahiNet”, he says. “Starting with Wellington, we want to expand across New Zealand and will work with KotahiNet to do so.”

Data as a service

As well the network itself, KotahiNet offers ‘data as a service’ where the customer is also provided with sensors. This means customers need only focus on the software.

Other services KotahiNet is developing include complete smart solutions for the agricultural and health industries.

As an introductory offer KotahiNet will carry sensor data on its network free for the first six months.

About KotahiNet

KotahiNet uses a global wireless specification called LoRaWAN. This open source technology has been developed by an alliance of leading firms including Semtech, IBM and Cisco. LoRaWAN networks are being rolled out in many countries and its deployment in New Zealand ensures we benefit from global scale and supply.

Investors and advisers to KotahiNet are prominent people looking to contribute to New Zealand’s future. They include strategic expert Nick Gerritsen, property developer Ian Cassels, business and community leader Anake Goodall, Maori ICT specialist Antony Royal, network engineer Jon Brewer, people connector Nick Rowney, and tech blogger Richard MacManus.

Find out more: http://kotahi.net/

Photo: Glenfern Sanctuary Manager Scott Sambell with his conservation dog Milly responding to an early morning predator alert on Great Barrier Island.

 

3 Comments

  1. Heath Raftery

    Congratulations Vikram. A major milestone. Look forward to more developments on the LoRaWAN front.

  2. Andy Haller

    Hi, how can the nodes and the gateways operate only below 868 MHz. This is not possible according to the LoRa specifications. https://www.lora-alliance.org/portals/0/specs/LoRaWAN%20Specification%201R0.pdf

    “KotahiNet uses the standard European unlicensed ISM band of 868 MHz. Please make sure your LoRa module can transmit and receive 864 to 868 MHz”.

    It would be great if we could use the 868 MHz products from Europe at least in NZ. But the restrictions of 2 mW above 868 MHz is not allowing the use of these products off the shelf.

    We are looking for a monitoring solution for a PV installation. Everybody tells us that 868 MHz is not suitable. Please tell me if I’m wrong.

  3. Vikram

    The LoRaWAN spec requires 3 default frequencies that all devices must have for the EU band- 868.1, 868.3 and 868.5 MHz. This is problematic in NZ due to duty cycle and power limitations https://gazette.govt.nz/notice/id/2015-go4359 as well as noise. While it is not impossible to use off-the-shelf EU 868 products, it is basically impractical to do so.

    The standard EU ISM band is wider than the LoRaWAN EU specs. Keeping in mind the NZ regulations, we find the 865.0 to 867.0 MHz frequencies to be the best. While this is not compliant with the LoRaWAN EU spec, it allows taking some off-the-shelf EU 868 products and re-configuring them.

    I know there are others in NZ who are making different choices and, especially, looking at the US/Aus alignment. That’s a possible solution but we find noise levels to be very high and therefore believe the 865-867 MHz band remains the best option for NZ.

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