Clear answers.
Better project decisions.
Find answers about Aagento and explore FAQs for each infrastructure engineering product.
About Aagento
What is Aagento?
Aagento is an AI infrastructure engineering platform with modules for bridge design, bridge digitalisation, DPR generation, DPR validation, alignment design and cost estimation.
How can I find the right module for my project?
Start with the task you need to complete: prepare drawings, digitise bridge records, compile or review a DPR, plan an alignment, or prepare an estimate. Explore the product sections below and request a demo with your project brief.
How do I request access or discuss pricing?
Use the Request a Demo link or contact sales@aagento.com. Share the modules you need, your project scope and team requirements so the team can discuss access and commercial details.
AI Bridge Design (GAD)
Explore this product →What does AI Bridge Design help prepare?
The module supports General Arrangement Drawing (GAD) preparation for railway and highway bridges, bringing bridge geometry and engineering inputs into a coordinated drawing workflow.
What should our team prepare for a bridge design demo?
Bring a representative bridge brief, available survey information, alignment details and drawing requirements. The engineering team can use these to discuss the inputs and outputs relevant to your project.
Do generated bridge drawings still need engineering review?
Yes. Your engineering team should check geometry, source data, project requirements and applicable design criteria before using drawings for submission or construction.
AI Bridge Digitalisation
Explore this product →How is bridge digitalisation different from drawing preparation?
Drawing preparation creates design documentation. Bridge digitalisation focuses on turning existing bridge information and legacy drawings into structured digital assets and BIM models.
Can bridge information support inspection and maintenance workflows?
The module describes a structural component hierarchy and an inspection ledger, helping teams organise bridge information alongside the digital model. Discuss your inspection records and asset requirements during a demo.
How do we confirm BIM interoperability for our project?
Share the model deliverables and software used by your team. The product page describes openBIM IFC and GIS export workflows; the engineering team can confirm the exchange requirements for your specific project.
AI DPR Generation
Explore this product →What is the purpose of AI DPR Generation?
It helps teams compile Detailed Project Reports by coordinating engineering information, report chapters, quantities, drawings and supporting annexures in a report preparation workflow.
How does DPR generation relate to cost estimation?
Report preparation uses project quantities and cost information. The generation workflow describes BoQ and rate synchronisation so that cost information can be coordinated with report content.
Is a generated DPR ready for submission without review?
Your project team should review the report, verify its inputs and calculations, and check the submission requirements of the relevant authority before issuing it.
AI DPR Validation
Explore this product →How is DPR Validation different from DPR Generation?
DPR Generation helps prepare a report. DPR Validation focuses on reviewing an existing report for completeness, consistency and discrepancies across technical and financial information.
Which review workflows are described for DPR Validation?
The product page describes Volume 1 checks against Proforma 2023, Volume 2 cost review using SOR and approved DPR references, financial reconciliation with FIRR information, and appraisal presentation generation.
Does automated validation replace authority approval?
No. Validation supports technical review and helps identify items needing attention. Project engineers, reviewers and the relevant authority remain responsible for their review and approval decisions.
AI Alignment Design
Explore this product →What does the alignment design module cover?
The module focuses on corridor planning and geometric alignment workflows, including horizontal and vertical geometry, bridge-related formation levels, earthworks and right-of-way information.
What information is useful when discussing an alignment project?
Prepare the corridor brief, available topographic or terrain information, design constraints, crossing locations and land boundaries. Confirm the required data quality and exchange formats with the engineering team.
How are alignment and bridge workflows connected?
Bridge locations and formation levels are part of corridor planning. Coordinating these inputs helps teams review how crossings, route geometry and earthwork requirements interact.
AI Cost Estimation
Explore this product →What does AI Cost Estimation support?
The module describes quantity takeoff, Bill of Quantities (BoQ) preparation, rate analysis and infrastructure cost planning, using coordinated design and quantity information.
Can the estimate reflect project-specific rates?
The product page describes SOR integration and rate analysis. Share the applicable schedule of rates, rate year, location and project assumptions so that the team can confirm the configuration needed.
What should be checked before using an estimate?
Review quantities, units, rate sources, price dates, lead distances and project assumptions. Confirm that the scope and exclusions match the intended tender, DPR or budgeting exercise.