Nodes & Links
Agentic AI that audits, risk-analyzes, and reports on construction project schedules
Nodes & Links is an AI-powered project controls platform that layers on top of a client's existing Primavera P6, Microsoft Project, or Asta Powerproject schedule. Its "AI Scheduling Operator" continuously audits schedule data quality, tracks and explains logic/date changes, runs automated quantitative schedule risk analysis (QSRA), and generates natural-language progress and risk reports for large infrastructure, energy, and construction megaprojects.
Why This Tool Exists
Large infrastructure and construction megaprojects run on Primavera P6 or Microsoft Project schedules with tens of thousands of activities. Vendor case studies report project controls teams on large-scale projects spending around four days of every two-week reporting cycle manually auditing schedule quality, tracing changes, and building progress/risk reports, leaving little time to act on the risks those reports surface.
Nodes & Links deploys an "AI Scheduling Operator" on top of a client's existing P6, MS Project, or Asta Powerproject schedule that continuously flags data-quality issues, logs and explains every logic/date change, runs automated schedule risk simulations (QSRA) across tens of thousands of activities in minutes per vendor claims, and answers natural-language questions or auto-generates role-specific reports instead of manual spreadsheet analysis.
How You Use It
Data Transparency
Exactly what this tool uses and how
Contact vendor for API access — marketed as "Full API coverage" and integration with P6/Oracle Primavera Cloud workflows, but no public developer documentation was foundUse Cases
- ·Auditing Primavera P6 or MS Project schedule data quality before stakeholder reporting
- ·Tracing and explaining logic/date changes across schedule baselines for claims and dispute support
- ·Running quantitative schedule risk analysis (QSRA) across tens of thousands of activities to forecast completion-date probability
- ·Portfolio-level health and risk monitoring across multiple concurrent infrastructure or construction projects
- ·Generating automated, role-specific progress and risk reports for executives, project managers, and schedulers
Pricing
Research Sources & Data QualityLast verified: 2026-07-17
- https://nodeslinks.com/
- https://nodeslinks.com/company/
- https://nodeslinks.com/features/
- https://nodeslinks.com/demo/
- https://nodeslinks.com/privacy-policy/
- https://nodeslinks.com/solutions/contractors/
- https://nodeslinks.com/resources/education/courses/meet-nodes-links-the-ai-for-project-controls/
- https://nodeslinks.com/resources/blog/nodes-links-raises-12m-to-transform-12t-construction-industry-with-ai/
- https://www.uktech.news/news/london-startup-nodes-links-aims-to-tame-project-complexity-through-ai-and-cloud-picks-7-9m-funding-20210701
- https://techfundingnews.com/exclusive-nodes-links-grabs-12m-to-slash-construction-project-timelines-from-weeks-to-minutes-with-agentic-ai/
- https://proptechconnect.com/nodes-links-raises-e11-4m-to-take-its-ai-agents-for-the-construction-industry-to-the-us/
- https://leonard.vinci.com/en/communaute/projet/nodes-links-2/
- https://find-and-update.company-information.service.gov.uk/company/11388602
- https://constructionmanagement.co.uk/aecom-turns-to-nodes-links-for-ai-powered-project-controls/
Similar Tools
Browser-based Building Information Modeling collaboration platform that enables teams to view, coordinate, and manage 3D models in real-time. Features real-time issue tracking, clash detection, 4D construction sequencing, and data validation across multiple file formats.
Ackcio Beam is a hardware-and-software system that automates geotechnical and structural sensor monitoring (inclinometers, piezometers, strain gauges, tiltmeters) using a proprietary long-range wireless mesh network, removing cabled data-acquisition runs on construction, tunneling, mining, and infrastructure sites.
Ailyssa is a computer-vision platform that connects to a site's existing IP cameras and network video recorders to detect safety violations (PPE non-compliance, proximity to hazards, unauthorized access) and track productivity/progress signals in real time, without requiring new hardware or stereo/lidar sensors.