Centralise and Manage Geotechnical Data Across Projects
TabLogs provides a structured geotechnical database designed for Australian ground investigation projects. Built to support AGS 4.1 workflows, it enables engineering teams to store, search and reuse borehole and subsurface data across projects, offices and disciplines. Move beyond static files and build a continuously growing investigation database.
Database Management
Query & manage subsurface data
Built for Long-Term Geotechnical Data Management
TabLogs functions as a true centralised database, not just a project file repository. All subsurface investigation data is stored in a structured schema aligned with AGS 4.1 standards, ensuring consistent formatting, long-term usability and reliable data exchange across projects. Store and manage:
- Borehole and core logs
- CPT and in situ test data
- Test pits and trenches
- Groundwater monitoring wells
- Laboratory testing results
- Environmental site investigation data
Import Legacy Data from gINT, OpenGround, Excel and More
Many Australian firms hold decades of valuable investigation data in AGS files, spreadsheets, PDFs and legacy database systems. TabLogs provides a structured pathway to consolidate this information into one centralised environment. You can:
- Import AGS 4.1 files directly
- Standardise legacy borehole logs into a structured schema
- Consolidate disconnected project databases
- Reduce re-entry of historical data
- Preserve full ownership of your investigation records
Search and Reuse Historical Borehole Data Across Projects
As your database grows, historical investigations become an active engineering resource rather than archived documents. Engineers can:
- Search boreholes by location, depth or project
- Filter by lithology, material type or test method
- Reference previous investigations during desktop studies
- Support feasibility assessments and proposal preparation
- Reduce uncertainty and unnecessary drilling
API and GIS Integration for Enterprise Workflows
TabLogs integrates with existing engineering systems through structured exports and API access. This ensures your geotechnical data remains portable, interoperable and ready for analysis. Capabilities include:
- Integration with GIS platforms such as ArcGIS
- Structured data exports for reporting and modelling
- Support for Power BI and analytics tools
- Custom API connections for enterprise environments
- Secure cloud access with export control
A Modern Alternative to Fragmented Legacy Databases
Traditional geotechnical databases often rely on local servers, project-by-project storage or complex IT infrastructure. TabLogs offers a cloud-native alternative designed for field-to-office continuity and long-term data reuse. Many Australian firms use legacy platforms such as gINT or OpenGround for subsurface data storage. TabLogs provides a cloud-native alternative that reduces IT overhead while maintaining AGS compliance and structured database control. Compared to legacy systems TabLogs emphasises:
- Structured, standardised data architecture
- Cloud accessibility with controlled exports
- Continuous database growth across projects
- Faster onboarding and simpler administration
- Reduced IT overhead
Structured Database Architecture Supporting AGS 4.1
TabLogs supports AGS 4.1 import and export, enabling seamless data exchange with clients, contractors and regulatory bodies across Australia. Benefits include:
- Compliance with AGS data submission requirements
- Easier collaboration between consultants and contractors
- Consistent data formatting across offices
- Improved long-term usability of investigation records
- Reduced risk of data loss or corruption
Ready to manage your data better?
Get all your subsurface data organized in one powerful platform.