Mountain slopes
When observations are spread across exposed terrain, bring slope measurements and rainfall into a consistent site view.
In practice: Review changes by monitoring point and time period.
Geotechnical monitoring, connected.
The challenge is not just collecting readings. It is connecting them. Slopevia brings slope measurements, rainfall context and alerts into one shared view, so your team can assess what needs attention.
Built around the people responsible for the site
Geotechnical teams · Road operators · Infrastructure owners
Where terrain meets infrastructure
A shared perspective on a changing landscape.
01 / The solution
Keep device identity, observations and response in the same workflow. Give each reading the context your team needs to interpret it.
Organise supported sensors into named monitoring sites, with consistent device identity and access controls.
Review tilt, orientation and time-series trends alongside rainfall and site information.
Configure monitoring rules, notify the responsible team and record acknowledgement and resolution.
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Our technology kernel connects devices, models data and runs rules. Slopevia applies that foundation to slopes and infrastructure.
A connected monitoring view
Explore three parts of the workflow
Movement over time
Review tilt and orientation over time. Move from a sensor reading to the wider monitoring site without losing context.
Concept illustration. Not live measurements or a prediction. Interpretation remains with the responsible specialists.
02 / In the field
Start with the site, the exposure and the decisions your team needs to make. Adapt the monitoring workflow around them.
Built around real terrain.
AI-generated landscape illustration
When observations are spread across exposed terrain, bring slope measurements and rainfall into a consistent site view.
In practice: Review changes by monitoring point and time period.
Along road cuts and embankments, keep monitoring locations, changing readings and team responsibilities connected.
In practice: Route configured alerts to the people reviewing each site.
Around engineered slopes and infrastructure, organise observations as site conditions and project phases change.
In practice: Maintain a shared record of measurements and alert handling.
03 / Pilot validation
A useful pilot starts with questions that can be tested. Agree the scope, collect evidence and review the results before expanding.
Compare received readings with the agreed sampling plan. Review gaps, timestamps and device connectivity.
Evidence to review
Expected vs. received readings; a gap log.
Run agreed test events. Check rule execution, notification delivery, acknowledgement and resolution.
Evidence to review
An event-to-response record with timestamps.
Walk through daily review and alert handling with site staff. Confirm access, responsibilities and escalation routes.
Evidence to review
A reviewed checklist and documented open issues.
The outcome: an evidence-based decision on the next phase.
This is a validation framework, not a published customer result. Targets and duration are agreed for each site.
04 / Delivery & support
Structure the project from the first site review through operational handover. Make responsibilities clear at every stage.
Define monitoring objectives, site constraints, sensor compatibility and acceptance criteria together.
Agree device connections, site structure, access roles, monitoring rules and notification channels.
Review the pilot evidence, document open items and walk the team through daily operation.
Set maintenance ownership, support contacts, escalation steps and a schedule for reviewing configuration.
05 / Your next step
Use the pilot checklist to organise site information, monitoring objectives and acceptance criteria with your team.
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