Infrastructure investment decisions depend on the quality of the underlying asset data. TriDyme brings together AI-assisted document intelligence, BIM and structural engineering to turn fragmented tower records into actionable portfolio insights.
Built on real-world telecom structural engineering expertise.
Technical data rooms often contain inconsistent inventories, legacy drawings, incomplete inspections and engineering reports produced over many years. These gaps complicate acquisition screening and future investment planning.
Identify missing evidence, conflicting records and potential structural issues that deserve further investigation.
Build transparent, assumption-driven scenarios for engineering investigations and potential reinforcement needs.
Move from isolated site files to a comparable, traceable view across assets and geographies.
Screen large tower portfolios, classify technical documentation, highlight data gaps and prioritize sites for engineering review.
Maintain a consolidated view of asset characteristics, technical evidence, risk status and planned interventions after acquisition.
Connect portfolio insights to engineering assessments that can inform reinforcement strategies, site upgrades and capacity decisions.
A fictional 16-site portfolio to illustrate the approach. No real data, no calculation performed.
| Site | Type | Height | Remaining capacity | Limiting element | Hosted with no works | +1 tenant | +2 tenants | +3 tenants |
|---|---|---|---|---|---|---|---|---|
| Lattice tower | 36 m | +14.2 m² | Members (EC3) | 2 | no works | no works | 6,000 € | |
| Monopole | 30 m | +3.8 m² | Members (EC3) | 0 | 4,500 € | 10,000 € | 27,500 € | |
| Lattice tower | 45 m | -9.5 m² | Anchors | 0 | 28,500 € | 34,000 € | 39,500 € | |
| Rooftop | 12 m | +6.4 m² | Supports | 1 | no works | 7,500 € | 13,000 € | |
| Lattice tower | 40 m | -2.1 m² | Members (EC3) | 0 | 10,000 € | 27,000 € | 32,500 € | |
| Monopole | 25 m | +11.0 m² | Members (EC3) | 1 | no works | 3,500 € | 9,000 € | |
| Lattice tower | 50 m | -21.7 m² | Foundation | 0 | 39,500 € | 45,000 € | 50,000 € | |
| Rooftop | 9 m | +1.2 m² | Supports | 0 | 7,000 € | 12,000 € | 29,500 € | |
| Lattice tower | 36 m | +8.9 m² | Anchors | 1 | no works | 17,500 € | 22,500 € | |
| Monopole | 35 m | -4.6 m² | Members (EC3) | 0 | 12,000 € | 29,500 € | 35,000 € | |
| Lattice tower | 42 m | -15.3 m² | Anchors | 0 | 33,500 € | 39,000 € | 44,500 € | |
| Rooftop | 15 m | +4.1 m² | Supports | 0 | 4,000 € | 9,500 € | 27,000 € | |
| Lattice tower | 30 m | +0.6 m² | Members (EC3) | 0 | 7,500 € | 13,000 € | 30,000 € | |
| Monopole | 28 m | +17.5 m² | Members (EC3) | 2 | no works | no works | 3,000 € | |
| Lattice tower | 48 m | -7.8 m² | Foundation | 0 | 27,000 € | 32,500 € | 37,500 € | |
| Monopole | 32 m | -1.4 m² | Anchors | 0 | 21,000 € | 26,500 € | 32,000 € |
On a fictional tower, add equipment or change the wind zone, then see what reinforcement changes, section by section.
The tower accepts this configuration: 62% in the most loaded section (T1).
Illustrative values to explain the principle: this is not an EN 1993-3-1 calculation note.
Five steps, from data room to action plan. AI supports extraction and triage; engineering conclusions and investment-sensitive assessments require qualified human review.
Import documents and asset inventories, with no migration.
You getA document inventory, site by site.
Classify documents and extract key technical facts, each linked to its source.
You getSourced technical data with a confidence level.
Detect missing documents and inconsistencies, then prioritize verification.
You getA prioritized list of sites to verify.
Calculate remaining capacity and price reinforcement scenarios.
You getA risk register and explicit CAPEX scenarios.
Produce investment reporting and targeted technical action plans.
You getA committee-ready report and an intervention plan.
Real technical understanding of telecom towers, capacity and reinforcement. Our calculations are validated by the inspection body Socotec.
Every extracted fact and finding links back to its underlying document.
Portfolio screening leads to detailed studies and practical reinforcement options, carried out by our teams in France.
An intelligence layer that connects to your EAM, GIS and document management platforms rather than replacing them.
Results published by TriDyme on the telecom vertical.
Screen technical data rooms and identify priority investigations.
Normalize records and establish a baseline portfolio view.
Monitor technical data quality, risks and intervention pipelines.
Assess capacity and reinforcement scenarios for new equipment.
Define scope, data availability, investment questions and success criteria.
Representative sample of sites, findings dashboard, technical review and recommendations.
Agreed data ingestion, reporting and optional ongoing monitoring.
No. The approach is designed to complement existing asset, document and engineering systems, subject to integration scope.
We can screen available documentation across a portfolio and prioritize investigations. Physical condition and structural adequacy may require site visits, updated measurements and detailed engineering verification.
No. CAPEX scenarios depend on document quality, assumptions, site conditions and engineering validation. Findings are presented with uncertainty ranges and evidence status.
Yes. TriDyme can provide software, structured evidence and engineering analyses to support independent review, with responsibilities and potential conflicts of interest addressed contractually.
Data is hosted in France, each client has its own environment, and your data never trains third-party models. Access rights, retention and hosting arrangements are defined for each engagement.
Explore how a focused technical assessment can bring greater clarity to your next infrastructure investment or tower portfolio.