From test data to soil parameters. No spreadsheets in between.
Run SPT and CPT analysis on the borehole record, compare correlations, and keep every calculation with the project.
qc · 0–18 m
Computing
Geotechnical tools.
One workspace.
Manage projects, analyze field and lab data, and create reports. All in one connected suite.
Free during early access. Web-based, nothing to install.
The workflow
Geotechnical work is fragmented. Atlaned connects it in one workflow.
The suite
Four tools. One project record.
- 01
Set up the project
Create a project and invite your team.
- 02
Add your data
Enter or import boreholes and lab results.
- 03
Run the analysis
Use Field, Section, Slide, or Quake on the same data.
- 04
Report and export
Fill your report templates and export.
Turn SPT and CPT records into soil profiles and parameters.
Run SPT and CPT analysis against the boreholes in your project. Field classifies soil behaviour, applies the corrections and correlations you choose, and checks liquefaction triggering layer by layer.
- Robertson soil behaviour type charts (1990, 2010, 2016)
- SPT corrections and correlations, including Peck, Skempton, and Liao & Whitman
- Liquefaction triggering: Boulanger & Idriss (2014), Robertson (2010), NCEER (1998)
- Save calculation branches and recalculate with new inputs
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Atlaned Field
CPT results with soil behaviour type profile and liquefaction plots
Draw cross-sections from the boreholes you already have.
Choose boreholes from the project and build a section with strata, groundwater, and labels in one drawing. Adjust the details, then export it for your report.
- Sections built from project boreholes
- Groundwater lines and section details
- Measurement and label placement tools
- Export as SVG or PNG
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Atlaned Section
Cross-section through four boreholes with strata and groundwater
Check slope stability with the methods reviewers expect.
Import or draw the slope geometry, assign materials and water conditions, and compare limit equilibrium methods side by side. Every run is kept in a ledger, so you can see how a result changed.
- Bishop, Janbu, Spencer, and Morgenstern-Price
- Geometry import from DXF and CSV
- Piezometric lines, pore pressure ratio (ru), and seismic coefficient
- Anchors, scenarios, and slice-by-slice forces
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Atlaned Slide
Slide workbench with critical slip surface and factor of safety
See how the ground responds to an earthquake.
Build a soil column, choose input motions, and run one-dimensional site response analysis. Quake guides you step by step, from site setup to results.
- Equivalent-linear and nonlinear analysis
- Modulus reduction and damping curves, including Darendeli (2001) and Menq (2003)
- Response spectra and amplification
- Results plotted against depth
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Atlaned Quake
Quake results: soil column, response spectra, and depth profiles
Built for every role
One platform. Four ways your team uses it.
Enter borehole data once.
Record layers, samples, and field tests against the borehole, or import existing logs. The office works from the same record.
0.0 – 1.2 m
Silty sand
N = 8
1.2 – 3.4 m
Clayey sand
N = 22
3.4 – 6.0 m
Lean clay
N = 4
Plan with the ground you already know.
See every existing and planned borehole on the project map before the rig arrives.
Harbor Extension 84%
M40 Junction 17 42%
Vlaardingen Quay 96%
Review with the history behind every result.
Calculation branches and the project activity log show what changed, when, and who changed it.
Activity · CPT-07 v3 → v4
EM Robertson 2010 applied 14:02
JD Water table changed to 2.4 m 14:08
EM Recalculated as new branch 14:11
See Atlaned on your own data. Join the early-access waitlist, or book a demo and we'll walk through your workflow.