EdgeConstruction
Turn complex construction schedules into clear, actionable project decisions.
AI-powered planning, project control, and decision intelligence connecting schedules, execution progress, contracts, financial constraints, and management reporting in one decision-support platform.
- Microsoft Project import
- Management KPIs
- Revision tracking
- What-if scenarios
- AI-assisted recovery
The challenge
A plan is only as useful as your ability to act on it.
Materials arrive late. Work fronts become unavailable. Funding is released in stages. Contractors depend on one another's progress — and a seemingly minor change can carry substantial cost or schedule consequences.
Tools like Microsoft Project are essential for building schedules. Turning a complex project file into a shared, continuously updated management picture is where the extra work begins.
Schedules that are difficult to communicate
Executives and non-planning stakeholders need a clear view of project health, critical milestones, and decisions requiring attention — not every line of a planning file.
Changes without a clear history
When plans are revised, teams need to see what changed, when, and how it affects the baseline and later forecasts.
Delays without a practical recovery plan
Knowing a project is behind isn't enough. Teams need alternative sequences and to know which work can continue while blocked work is resolved.
Disconnected schedule and financial information
An activity may be technically ready but unable to proceed because funding, procurement, or a contractual prerequisite isn't in place.
Slow scenario analysis
Evaluating recovery options by hand takes substantial planning effort when dependencies, resources, and milestones must be recalculated.
Reporting that becomes outdated quickly
Decisions based on yesterday's report may no longer reflect today's site conditions, funding status, or delivery risks.
Limited decision traceability
Teams need to know not only which decision was made, but why, on which assumptions, and with what expected consequences.
Your project plan tells you what should happen.
EdgeConstruction helps you decide what should happen next.
A practical example
Recovering a delayed construction schedule.
A critical steel delivery slips. Wait, advance another funded section, or reallocate crews? Compare the options against the same planning logic instead of choosing the one that looks fastest in isolation.
Recovery scenario / Illustrative project
Steel for Section A was planned for week 7. Move the delivery date and every scenario is recalculated by the same schedule logic.
- Site preparation
- Foundations · Section A
- Foundations · Section B
- Steel structure · Section A
- Structure · Section B
- Envelope · Section A
- Envelope · Section B
- Fit-out & MEP
- Handover
- Critical
- Has float
- Approved baseline
- Steel delivery W10
- Section B funding W8
- Contractual handover W22
Hover or focus a bar to see its dates, float, and constraints.
Scenario B
The structural crew starts the funded Section B package while Section A waits for steel.
Assumptions to validate
- Section B access and approvals are in place
- Section B funding is released as planned
- Crew can remobilize to Section A afterwards
View as table
| Activity | Baseline | Scenario B | Float |
|---|---|---|---|
| Site preparation | W0–W3 | W0–W3 | 2 wk |
| Foundations · Section A | W3–W7 | W3–W7 | 5 wk |
| Foundations · Section B | W3–W6 | W3–W6 | 2 wk |
| Steel structure · Section A | W7–W11 | W12–W16 | Critical |
| Structure · Section B | W11–W15 | W8–W12 | Critical |
| Envelope · Section A | W11–W14 | W16–W19 | Critical |
| Envelope · Section B | W15–W18 | W12–W15 | 4 wk |
| Fit-out & MEP | W18–W22 | W19–W23 | Critical |
| Handover | W22–W22 | W23–W23 | Critical |
The project, activities, and dates are illustrative and calculated by a simplified schedule model. Real recovery options and their benefits depend on project data, dependencies, resource availability, contractual conditions, and site-level feasibility.
AI suggests. The planning engine calculates. Your team decides.
Recommendations stay grounded in the actual project model — never a language model estimating dates or dependencies by intuition.
AI assistance
Proposes & explains
- Candidate recovery strategies
- Alternative activity sequences
- Assumptions & trade-offs in plain language
Planning engine
Calculates
- Dates & dependencies
- Critical-path exposure
- Schedule variance & milestone impact
Project team
Reviews & decides
- Site & safety feasibility
- Contractual obligations
- Authorized project decisions
One connected view
Eight modules, from schedule import to executive decisions.
Planning, project controls, scenario analysis, contract context, and management reporting in a unified workflow.
01 / 3 capabilities
Schedules, KPIs & change history
Keep your planning workflow and make its information more useful — imported, translated into management KPIs, and compared revision by revision.
Import your existing project plans
Import supported Microsoft Project schedule files and make their planning data available through a web-based interface — so not every stakeholder has to work directly with a detailed planning file.
The imported plan becomes the foundation for reviewing schedules, tracking changes, and connecting planning information to management-level KPIs.
Business value: preserve the value of existing planning data while making it easier to share, interpret, and use across project teams and management.
Imported information can include
- Activities, milestones & durations
- Task dependencies & sequencing
- Planned start & finish dates
- Baselines & schedule revisions
- Progress & completion
- Critical-path indicators
- Resources & assignments where available
Available information depends on the source file and the fields supported by the import.
Understand project health at a glance
Dashboards are designed for different stakeholders: planners investigate dependencies and activity-level changes, project managers focus on progress, risks, and recovery options, and executives monitor overall condition without interpreting a scheduling file.
Business value: give each decision-maker a clear view of what is on track, what is at risk, and where intervention may be needed.
Dashboards can include
- Planned vs. actual progress
- Schedule variance & milestone slippage
- Forecast completion dates
- Critical & near-critical activities
- Delayed or blocked work
- Changes against the approved baseline
- Contractual delivery milestones
- Funding constraints on activities
- Scenario comparisons
KPIs are defined against clear business rules and reliable source data. Metrics that need cost, earned-value, resource, or financial data not present in the schedule require that data to be supplied or integrated separately.
Track schedule changes and their consequences
A revised completion date can hide a series of changes to durations, dependencies, and sequences. EdgeConstruction compares schedule versions against the baseline or a previous revision, subject to the information in the imported files.
Where revision metadata and decision records are available, the platform maintains a traceable history of planning changes and their rationale.
Business value: replace fragmented revision reviews with a clear understanding of how the plan has evolved and what it means for delivery.
Teams can investigate
- Activities added, removed, or rescheduled
- Changes in duration or dependencies
- Shifts in milestone dates
- Planned vs. revised execution
- Activities driving forecast delays
- Changes affecting downstream work
Why EdgeConstruction
Beyond spreadsheets and static reports.
Not a replacement for every specialized planning tool — a way to make planning information more accessible, connected, and actionable across the organization.
| Traditional workflow | EdgeConstruction approach |
|---|---|
| Traditional: Detailed schedules are difficult for non-planners to interpret. | EdgeConstruction: Management-oriented dashboards translate planning data into relevant KPIs. |
| Traditional: Schedule revisions require manual comparison. | EdgeConstruction: Compare available schedule versions and review their changes. |
| Traditional: Recovery options are evaluated through time-consuming manual work. | EdgeConstruction: Explore alternative scenarios using the modeled schedule and constraints. |
| Traditional: Reports become outdated between reporting cycles. | EdgeConstruction: Recalculate relevant indicators when updated inputs are available. |
| Traditional: Schedule data is separated from contract and financial context. | EdgeConstruction: Bring related information together where records or integrations are available. |
| Traditional: Management receives a status without sufficient explanation. | EdgeConstruction: Review forecast impacts, scenario comparisons, assumptions, and decision rationale. |
The objective is not another reporting layer. It is to reduce the distance between project information and a defensible decision.
Who it's for
Built for the people responsible for delivering projects.
Project directors & executives
A portfolio-level view of project health, delivery commitments, and emerging risks — attention on the projects and decisions that need intervention.
Project managers
See how changes affect milestones, evaluate recovery options, and communicate the rationale behind planning decisions.
Planning & scheduling engineers
Keep working with structured schedules while gaining revision visibility, scenario comparison, and management reporting.
Project controls & cost engineers
Connect schedule performance with available cost, contract, and financial information for better-informed forecasts.
Construction, procurement & site teams
Understand how material delays, access constraints, funding conditions, and work-front availability affect what can proceed.
PMO & portfolio teams
Standardize reporting across projects, see schedule changes, and compare project performance on a consistent basis.
Designed around your environment
Strengthen your workflow, don't reset it.
EdgeConstruction imports supported Microsoft Project schedules and connects project data with operational or enterprise systems where appropriate. An implementation is scoped to where it can deliver measurable value in your actual operating environment — not a generic construction workflow.
An implementation can be scoped around
- Existing schedule files & planning conventions
- KPIs used by project managers & executives
- Current progress-reporting procedures
- Contractual milestones & financial constraints
- Procurement & execution data sources
- Management dashboards & mobile access
- The scenario types most relevant to your projects
- Integration, access-control & reporting requirements
Available KPIs, comparisons, and scenarios depend on the data in imported schedules and connected systems; cost, earned-value, resource, contract, and financial metrics require that data to be supplied or integrated. Forecasts are only as current as their inputs. Recommendations remain subject to planner review, site conditions, safety requirements, and contractual obligations, and contractual interpretation and financial authorization stay with the responsible professionals.
Bring us a real project-control problem.
You don't need a complete specification. A representative scenario, a description of your reporting process, or a sample schedule is enough to start — we'll explore a solution around your workflow, constraints, and delivery objectives.
Book an online consultationWhat we can explore together
- How your team uses Microsoft Project or other planning tools
- Which project KPIs matter most to your management
- How schedule revisions and actual progress are tracked
- How funding, procurement, and contracts affect execution
- Which recurring delays or decisions consume the most planning effort
- How alternative scenarios could be evaluated and communicated
- Which data sources and integrations a practical implementation needs
The initial session is intended to understand your requirements and assess potential fit. Any proposed scope, integrations, implementation timeline, or expected business impact is defined after reviewing the relevant project context.
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