Documentation
Product documentation for the Infrenta project record. Start with the platform overview, then read Estimating, GeoLab, Procurement, Project Controls, and Execution.
Getting started
What is Infrenta?
A concise technical introduction to Infrenta: one project record across Estimating, GeoLab, Procurement, Project Controls, and Execution.
Platform overview
Technical entry point for Infrenta: the project record, the five workflows, supporting product areas, and what to read next.
Connected project record
What “connected project record” means technically: which identities travel across workflows, what is issued or reviewed, and what is not automatic.
Creating a project
How Infrenta uses a governed project record as the shared context for engineering, commercial, procurement, and delivery work.
Estimating
Estimating overview
How the Infrenta estimating workspace keeps quantities, rates, cost composition, markups, scenarios, and revisions on one commercial record.
Estimate structure
How estimates are organized: cost items, quantities, units, rates, and the composition of a compiled commercial record.
Cost build-ups
How compiled estimate items can include materials, labour, equipment, subcontractors, allowances, freight, galvanizing, and indirect costs.
Markups and adjustments
How overhead, contingency, escalation, and markup are treated as distinct commercial adjustments rather than hidden padding on unit rates.
Estimate revisions
How estimate drafts, revisions, and scenarios preserve commercial history instead of overwriting the last good number.
Explain This Number
How Infrenta traces an estimate value back to source quantities, rates, formulas, dependencies, and assumptions so a reviewer can see where the number came from.
Sources and quantities
How estimate quantities and rates keep a source — layout, takeoff, quote, library, or override — so a later review can see where the number came from.
GeoLab
GeoLab overview
How GeoLab uses geotechnical information to support foundation and site decisions for solar and infrastructure projects.
Geotechnical information
The site inputs GeoLab uses: soil conditions, groundwater, frost, bedrock, and related geotechnical parameters — and what happens when they are unknown.
Foundation evaluation
How GeoLab compares foundation systems such as driven piles, helical piles, ground screws, and ballasted foundations as decision-support — not as sealed design.
Procurement
Procurement overview
How Infrenta procurement moves approved quantities into vendors, RFQs, quotations, comparison, and package tracking.
Suppliers and RFQs
How vendor records, qualification, and RFQ lifecycle support controlled sourcing on a project.
Quote comparison
How supplier quotations are compared on price, landed cost, lead time, and completeness — not on a single cell in an email.
Project Controls
Execution
Execution overview
How the Execution workspace organizes daily reports, production, resources and logistics, quality and safety, and closeout on the project.
Daily Reports
How daily construction reports capture work performed, conditions, and a chronological field record for the project.
Production
How work packages, the production ledger, and materials tracking record installed progress against the project.
Resources and logistics
How crews, equipment, deliveries, and inventory are tracked as the logistics layer of Execution.
Quality and safety
How quality summaries, quality records, and incident tracking support HSE and QA/QC during execution.
Closeout
How commissioning, turnover, and completion status organize the end of construction in the Execution workspace.
Additional product areas
Solar Layout Studio overview
How Solar Layout Studio turns site geometry into tables, rows, pitch-aware placement, foundation posts, and quantity outputs for ground-mount solar.
Buildable areas
How site boundaries, fence setbacks, and non-buildable polygons define the envelope where tables and rows may be placed.
Tables and rows
How modules assemble into tables, how exterior and interior tables differ, and how rows organize tables across a ground-mount site.
Pitch and setbacks
How row pitch and setback constraints control placement density, shading-related spacing, and keep-out compliance.
Layout quantities and BOM outputs
How table counts, foundation posts, and related layout statistics become quantity inputs for estimating and procurement.
Steel Intelligence overview
Concepts behind steel pricing, consumption, material normalization, galvanizing, and escalation as they affect solar structural cost.
Trade & Tariff overview
How country of origin, duties, and landed-cost reference data can inform sourcing — without treating the workspace as customs or legal advice.