Next-Generation SiteHive Hexanode Family of Environmental Monitoring Devices

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  • 2026

  • Product
    Commercial and Industrial

Commissioned By:

SiteHive

Designed In:

Australia

The Next-Generation SiteHive Hexanode monitoring devices set a new standard for environmental management during construction and industrial operations. Shaped by research and on-site experience, the innovative new devices provide real-time measurements, plus contextual images and audio, for noise, dust and vibration, enabling more proactive management and better environmental outcomes.


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  • CHALLENGE
  • SOLUTION
  • IMPACT
  • MORE
  • Environmental monitoring is an important requirement during construction and industrial operations. Accurate data and real-time insights are vital to meet increasingly stringent compliance requirements, respond to rising societal expectations, and protect communities and the environment. Yet traditional environmental monitoring tools are complex, difficult to deploy, and poorly aligned with the needs of those managing sites. They are expensive, bulky, and require significant time spent on field calibrations, data extraction, and analysis to gain insights.The solution sought to solve all these issues, while also being able to operate reliably in harsh environments and delivering industry-standard certifications and accuracy.

  • Shaped by 5+ years of ongoing research, on-site experience and continual feedback from users, the Next-Generation SiteHive Hexanode family was designed to deliver a step-change in performance and features. The designs evolved through iterative prototyping and field validation, ensuring they addressed real operational challenges. New devices, innovative forms, improved connectivity, and extensive new features were implemented. Key elements included enabling industry-standard (NATA) calibration of outputs, and a new dust monitoring device delivering accuracy in all conditions. Next-Generation SiteHive Hexanodes are a new environmental monitoring system that operates effectively in all conditions and delivers reliable measurements, ease-of-use and faster, clearer insights.

  • Next-Generation SiteHive Hexanodes create meaningful impact by improving how environmental data is captured, understood, and shared. They deliver more sustainable outcomes by enabling earlier intervention to reduce the impacts of noise, dust and vibration on the community and environment. By providing real-time, shareable insights, the devices strengthen communication between industry, regulators, and communities, supporting more accountable practices. Ease of deployment, low maintenance and lower cost ensure a strong uptake on sites, which is key to ensuring maximum impact.SiteHive Hexanodes demonstrate how design can lead change, connecting stakeholders, improving decision-making, and delivering measurable benefits across commercial, environmental, and social contexts.

  • The Next-Generation SiteHive Hexanode family is a modular system providing sensing capabilities for dust, noise and vibration in compact, durable forms that are designed to be easy to deploy and use.Enhanced sensing performance for greater accuracy. The devices include a new noise design form to deliver omnidirectional acoustic measurement using rigid-flex PCB technology; improved dust sampling via real-time self-calibration and an updated mechanical design that provides 5 times greater airflow; a new functional design that allows industry-standard calibrations to be completed in the field; and developments to ensure reliable data collection in all weather conditions.New communication options include global 4G capability and Wi-Fi as an alternative where 4G signal is unavailable. These ensure devices maintain network connectivity, enabling reliable performance across urban, underground and remote sites.Ease of use is central. Rapid installation, minimal configuration and maintenance, and in-field calibration reduce reliance on specialist expertise, improving accessibility for a wider range of users.Durable construction and modular components support maintenance, repair, and long-term use, reducing waste and extending product lifespan.Together, these features create a system that performs effectively and supports more informed, coordinated, and sustainable environmental management.