Centralise, analyse, and visualise data from automated and manual geotechnical, structural and environmental sensors
Sixense’s Beyond Monitoring software is a next‑generation real‑time monitoring and information management platform designed to centralise, analyse, and visualise data from automated and manual geotechnical, structural and environmental sensors.
Built on more than two decades of monitoring software expertise—originating from Sixense’s renowned Geoscope system—it provides a powerful and intuitive interface for managing geotechnical, structural, environmental, and third‑party monitoring data. By consolidating all sensor inputs into a single, secure hub, Beyond Monitoring enables engineers and project stakeholders to understand site behaviour in real time and make informed decisions grounded in reliable, high‑quality data.
One of the platform’s core strengths is its ability to integrate all sensor types and all data formats, from robotic total stations, InSAR, GNSS, and structural instrumentation to environmental sensors, weather data, and even documents and photos.
This versatility makes Beyond Monitoring suitable for projects of any scale – from small monitoring schemes with only a handful of sensors to large‑scale tunnelling, rail, mining, and dam surveillance projects involving millions of data points.
Users can view dashboards tailored to their role, enabling quick interpretation of trends, status, and alerts across a project or portfolio of sites. Data is presented in clear formats such as interactive graphs, heatmaps, contour plots, and site plans, allowing both technical and non-technical users to understand what is happening on site at a glance.
Its Big Data‑ready architecture allows seamless navigation and analysis even when datasets grow into the millions, ensuring performance and responsiveness regardless of project complexity.
Project teams can define trigger or action levels for any monitored parameter, ensuring proactive response when site conditions approach or exceed agreed limits. The platform also provides advanced alarm and reporting capabilities, offering fully customisable smart alerts that focus only on significant events, reducing false alarms and improving operational clarity. These alarms can be managed through both desktop and mobile interfaces, allowing stakeholders to maintain oversight from anywhere.
Alarm notifications are sent instantly to the right personnel, helping avoid delays, prevent exceedances, and support compliance with planning conditions, environmental guidelines, and safety requirements.
Automated and manual reporting workflows, combined with custom dashboards and KPIs, help project teams track site safety, structural behaviour, and monitoring system performance in real time. The software’s data‑reduction engine accelerates complex calculations, enabling rapid response in high‑risk or rapidly changing environments.
Users can schedule daily, weekly, or monthly reports, or generate them on demand for regulators, contractors, or community stakeholders. Reports can be customised with company branding, commentary, and data summaries, improving communication and transparency across the project.
Beyond Monitoring plays a strategic role in digital transformation across the infrastructure lifecycle. As part of Sixense’s broader Beyond platform, it supports data‑driven decision‑making, risk anticipation, resource optimisation, and long‑term asset management. With robust cybersecurity, modular adaptability, and compatibility with existing digital ecosystems—including BIM and connected devices—it enhances operational reliability while giving asset owners full control over their data.
Sixense provides full technical support to ensure Beyond Monitoring is configured and used effectively, including system setup, training, dashboards tailored to user needs, and ongoing performance optimisation. By combining real-time data access, intelligent alerting, clear visualisation, and reliable reporting tools, Beyond Monitoring gives project teams the confidence to make informed decisions quickly, manage risks proactively, and maintain compliance throughout project delivery.
The result is a comprehensive, future‑ready monitoring ecosystem that strengthens safety, improves project outcomes, and supports the sustainable operation of critical infrastructure.
