Fourth Insight · Series: Certainty of Execution · July 2026

LFH Online: Explore a Live Schedule-Quality Report in Your Browser

You've seen how LFH runs the DCMA-14 health check on Primavera P6. Now you can explore the dashboard yourself — no install, no login, nothing to download. It runs entirely in your browser, preloaded with the standard Primavera P6 sample programs.

We are excited to announce that the LFH (Looking for Healthy) schedule quality audit dashboard is now live and publicly accessible for exploration on the AWP Labs corporate platform.

We have engineered a fully interactive static replica that runs 100% within the client browser. It requires no registration, complex installation, or server configuration. Built with an agile, user-first approach, it allows planners to instantly experience advanced schedule analytics.

Ready to explore?

Access the interactive dashboard right away and navigate through preloaded sample schedules.

Open Online Report →

The Technology behind LFH

The complete enterprise edition of LFH is designed to receive an Oracle Primavera P6 database (.db) file via a simple drag-and-drop interface. The browser-side engine securely processes the data locally using sql.js and WebAssembly (v1.6.2). This guarantees 100% mathematical parity with native desktop calculations without ever exposing your project data or intellectual property online.

LFH Metric Matrix Map

Comprehensive Reference Guide for the 22 Schedule Quality Indicators

1. Structural Checks (M1 - M15)

These checks evaluate the internal logic and cohesion of the schedule. The average of their individual pass rates defines the consolidated global quality score.

M1 DCMA-14

Missing Predecessors

Identifies discrete activities lacking logic relationships to preceding work.

M2 DCMA-14

Missing Successors

Detects activities with no downstream connections in the scheduling network.

M3 DCMA-14

Open Start Links

Flags Finish-to-Finish and Start-to-Finish relationships that leave the start date unconstrained.

M4 DCMA-14

Open End Links

Flags Start-to-Start and Start-to-Finish relationships that leave the finish date unconstrained.

M5 DCMA-14

Leads (Negative Lag)

Identifies logic links with negative lag values. Zero-tolerance check.

M6 DCMA-14

Lags (Positive Lag)

Identifies logic links with positive lag values. Measured against standard thresholds.

M7 DCMA-14

Excessive Lags

Flags relationships where positive lag exceeds 25% of the predecessor's duration.

M8 DCMA-14

Excessive Duration

Flags activities with durations exceeding 10% of the total project duration.

M9 DCMA-14

Critical Duration

Flags critical path activities with durations exceeding 10% of the project.

M10 DCMA-14

Invalid Dates

Detects actual start or finish dates recorded in P6 beyond the Data Date.

M11 Extra

Out of Sequence

Broken logic where actual progress violates network sequence. Zero-tolerance check.

M12 DCMA-14

Hard Constraints

Checks for inflexible constraints (e.g. Mandatory Start/Finish).

M13 DCMA-14

Soft Constraints

Checks for flexible planning constraints (e.g. Start On or After).

M14 DCMA-14

Excessive Float

Flags tasks with total float exceeding 10% of the entire project duration.

M15 DCMA-14

Negative Float

Mide critical delayed activities showing total float less than zero.

2. Standalone Project Indexes (M16 - M17)

Critical-path metrics measuring milestone realism and progress against baseline schedules. Evaluated independently.

M16 DCMA-14

CPLI Index

Critical Path Length Index. Measures completion deadline feasibility (Target: ≥ 0.95).

M17 DCMA-14

BEI Index

Baseline Execution Index. Evaluates completed tasks vs the baseline plan (Target: ≥ 0.95).

3. Advanced & Proprietary Indicators (M18 - M22)

Advanced schedule diagnostics and custom resource validation engines developed exclusively by AWP Labs.

M18 DCMA-14

Relationship Types

Measures the ratio of non Finish-to-Start (FS) logic relationships (Target: < 10%).

M19 DCMA-14

Missed Tasks

Percentage of baseline-due activities not finished on time (Target: < 5%).

M20 DCMA-14

Missing Resources

Identifies discrete work activities with no labour or resource assignments.

M21 DCMA-14

Critical Path Test

A binary (pass/fail) diagnostic verifying logical continuity to the final project milestone.

M22 Extra

Labor Mismatch

Proprietary synchronisation check between task-level units and individual resource assignments.

LFH Threshold Logic (UI Traffic Lights)

Critical (Red): High violation rates compromising structural schedule integrity.

Warning (Yellow): Minor issues requiring active observation.

Optimal (Green): Indicators running within standard limits or showing zero errors.

Explore the Public Online Demo

For this public showcase, we have populated our EPS selector with 49 representative schedules extracted from a standalone Primavera P6 database environment. You can test and interact with the following core features:

15 Structural Checks

Automated assessments based on the DCMA-14 standard that evaluate scheduling logic and dependencies.

Standalone Indexes

Live calculation of critical performance and realistic deadline indices like CPLI and BEI.

Interactive Drill-Down

Click on any metric card to isolate and display the actual tasks triggering logic flags.

Instant CSV Export

Download filtered list outputs directly to your PC for fast troubleshooting within Primavera P6.

Elevate Your Project Controls

Discover how to simplify, clean, and automate scheduling diagnostics today.

Open Online Report →