Software that speeds up geotechnical work
Tools built by engineers who've done the job — faster analysis, clearer decisions, fewer surprises.
Off-Ops
"Site investigation made simple."
Off-Ops is our flagship offshore wind site investigation software, designed to streamline every stage of an offshore wind site investigation — from raw CPT data to optimised concept pile designs. Whether you're onboard a vessel or working remotely (yes, even on the beach in Bali), Off-Ops helps developers, EPCs, and engineering consultants save time, reduce cost, and increase certainty.
Key Features:
- Ground Investigation Report builder with automatic CPT layering and soil parameter derivation
- Live CPT signal processing for real-time pile or spudcan embedment decisions
- Foundation concept design (monopile or pin pile) with generic or imported load sets
- HSEQ checklist management for improved safety and reporting
- Integration-ready for geophysical data & hardware interfaces
Use Case Example:
An offshore wind site investigation campaign is facing a very short weather window. Using Off-Ops offshore wind geotechnical software, the onboard team sees live embedment depths for piles or spudcans as the CPT signal is streamed. With this real-time insight, they can confidently terminate CPTs at optimal depth — helping ensure all locations are completed within the available window, reducing overall campaign risk.
Scorpion
"Fast, reliable leg penetration assessments in your hands."
Scorpion is our streamlined offshore wind geotechnical software for performing Leg Penetration Assessments (LPA) using industry-standard methodologies like SNAME — with more on the way. Say goodbye to broken spreadsheets or lengthy manual assessments and hello to consistent, report-ready results in minutes.
Key Features:
- SNAME method support (ISO 19905-1 and InSAFE JIP coming soon)
- Generate digital or PDF reports instantly
- Ideal for pre- or post-site LPA work
- JSON data export for easy integration
Use Case Example:
A contractor planning jack-up operations lacks the time to build a tool internally. With Scorpion, they upload the CPT data and download a complete assessment in under 10 minutes — no consultants or guesswork required.
PICASO
"Automated calibration of PISA springs with the power of machine learning."
Picaso allows design teams to quickly calibrate PISA-type soil springs to their detailed 3D FEM results using a custom ML algorithm. What typically takes days of manual tuning, Picaso does in minutes — bringing high-fidelity design to every site, every time.
Key Features:
- Inputs: FEM outputs, pile geometry, soil stratigraphy
- Outputs: Fully calibrated stiffness parameters & PISA spring definitions
- Based on custom cost-function ML with proven accuracy
- Publicly licensed – not locked behind a consultant
Use Case Example:
A design consultancy is required to provide site-specific PISA springs but lacks internal ML expertise. With Picaso, the team feeds in their 3D results and generates all calibrated springs across their locations, ensuring consistency and saving days of work.
🔧 Licensing & Support
Licensing
All tools are licensed per user per year.
Trial
A 14-day trial (bring-your-own-data or with generic data) is available.
Training
Training is provided via videos and manuals. Optional live onboarding can be arranged.
Support
Support is included with all licenses.
Ready to optimise your offshore foundation workflows?
Whether you're curious about a trial or ready to roll out a full deployment, we're just a message away.