ALICE Technologies

Import conceptual design and quantity takeoff.

Simulate various equipment configurations (e.g., 2 cranes vs 3).

Identify the fastest possible schedule to reduce overhead costs.

Present the optimized simulation to the owner as part of the bid package.

Input current project status and remaining quantities.

Run 'What-if' simulations focused on time-recovery.

Evaluate the cost-to-benefit ratio of accelerated labor shifts.

Deploy the re-optimized schedule to field teams.

Upload site plan and BIM model.

Define crane reach and capacity as constraints.

Simulate different crane locations to find the one that minimizes hook time.

Generate a 4D animation of the logistics plan for safety review.

Aggregating all project schedules into the ALICE Enterprise dashboard.

Setting labor availability constraints at the regional level.

Running a portfolio-wide optimization.

Adjusting project start dates to ensure continuous resource utilization.

Assign carbon values to specific equipment types in the recipe library.

Run optimization with 'Carbon' as the primary KPI.

Select a schedule that utilizes electric equipment or optimized delivery routes.

Export the carbon-optimized schedule for permit compliance.

Input specific union labor rules into the parametric constraints.

Run simulations that automatically exclude non-compliant shift patterns.

Generate a schedule that maximizes productivity while respecting labor laws.

Avoid costly fines and labor disputes.

Define uncertainty ranges for weather and material delivery.

Execute thousands of simulation runs to create a probability distribution.

Identify the 'Critical Path of Risk' where delays are most likely.

Allocate contingency funds based on data-driven confidence levels.