EXCAVATION / MONITORING

Every step of the excavation, backed by data.

Focused on deep excavation, support systems, and the surrounding environment, integrate automated collection with manual observation to establish a continuous data chain from measurement-point layout and deformation analysis through graded alerts and monitoring reports.

Retaining structure displacement Strut axial force Ground settlement Groundwater Level

Discuss My Monitoring Plan

Illustration of deep excavation monitoring applications — AI-generated industry scenario illustration · Not an actual customer case

Bring the Deep Excavation Solution to Your Monitoring Project

Create Project Draft a monitoring plan

Understand the Field

First understand the site,
then organize monitoring data.

Deep excavation monitoring often involves inclinometer readings, axial force, water levels, total station measurements, and manual leveling observations. With different manufacturers, varying sampling frequencies, and continually changing construction stages, individual trend charts struggle to answer: “Where are changes occurring?”

WHAT TO MONITOR

What to measure, how to connect, and how to analyze it.

Core Monitoring Content Instruments and Data Sources Platform Analytics and Applications

Horizontal displacement of retaining structures Fixed inclinometers, inclinometer chains, and manual inclinometer data

Create displacement profiles by depth, comparing cumulative displacement and rate of change.

Support axial force and strain Vibrating-wire axial force gauges, strain gauges, and multichannel data loggers

Associate support levels, temperature, and excavation conditions to identify anomalous changes.

Settlement and Horizontal Displacement Total Stations, Levels, Hydrostatic Levels, GNSS

Unify benchmarks, baseline values, and observation periods while retaining manual review records.

Groundwater Level and Pore-Water Pressure Water-Level Meters, Piezometers, and Liquid-Level Meters

Associate dewatering and recharge phases to analyze water-level changes and surrounding settlement.

Integrate sensors, monitoring instruments, and gateways from various manufacturers. Verify the device model, accuracy, protocol, and actual adaptation scope during the solution phase.

FROM SETUP TO DELIVERY

Keep monitoring projects running through professional workflows.

Establish monitoring items and measurement points by support zone and excavation stage

Connect automated instruments and import manual observation sheets

Configure cumulative value, rate-of-change, and continuous exceedance rules

Include monitoring curves and alert histories in daily and phase reports

DELIVERABLES THAT MATTER

See the process clearly,
and deliver results.

Measurement Point Layout and Zone Overview Dashboard

Displacement Profiles, Settlement Time Series, and Axial Force Analysis

Tiered alerts and review and response records

Daily reports, weekly reports, and phase summaries for deep excavation monitoring

Technical Basis and Project Applicability The solution may refer to GB 50497, Technical Standard for Monitoring of Building Foundation Pit Engineering, and other applicable documents, configured in conjunction with design control values, local requirements, and project conditions; the standard version and solution must be reviewed and confirmed by project professionals.

International projects must determine monitoring plans based on the laws, standards, and owner requirements of the project location. The Chinese standards mentioned on this page are provided only to illustrate relevant engineering scenarios and do not represent direct applicability in other countries or regions.

QUESTIONS, ANSWERED

Deep Excavation Engineering: Common Questions

Let's work through your questions, from integration to delivery.

Discuss Project Requirements

Can I use the platform if I still take measurements manually?

Yes. Observation results from total stations, levels, and manual inclinometers can be imported via spreadsheets or entered manually, then analyzed together with automatically collected data by measurement point and measurement item.

How should alert values be handled at different excavation stages?

Configure control limits, rates of change, and notification workflows by monitoring parameter, measurement point, and monitoring stage, while retaining records of rule changes. Thresholds should be based on approved design documentation and monitoring plans.

LET’S BUILD WHAT’S NEXT

Turn your site requirements, into a monitoring project that can be implemented.

Starting with the monitoring items, equipment, and delivery objectives for your deep excavation project, let’s work together to make the plan specific.

Let's Discuss My Project