Your secret weapon for complex, high-value infrastructure projects

Whether you are working on a highway project, a tunnel or a railway, use ALICE to reduce your risks and cut project duration and costs

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Solve your project's most complex constraints

Through construction optioneering, simulate your most elaborate project challenges and restrictions to ensure that all parameters are accounted for in your plan and quickly incorporate changes in your estimates. You’ll be confident that you’ve modeled for all contingencies.

Optimize key project resources

Use ALICE to determine the exact amount of equipment and material you'll need, the size of your crews, and the optimal sequence for the work.

Quantify the impact of your decisions

Model the impact of your choices. For example, what if you close two lanes of highway traffic vs. a single lane during construction? With ALICE, you'll know exactly how this decision would affect your time and costs.

"ALICE has a facility for solving problems that conventional scheduling software doesn't have, and that is the ability to run many thousands of scenarios."

Ifan Williams, Senior Projects Control Scheduling Manager

Trusted by the largest names in Infrastructure

Whether you are working on a highway project, a tunnel or a railway, use ALICE to optimize your resources and cut project duration and costs.

Contractor Uses ALICE to Create 10.2% Faster Schedule for Airport Expansion Project

With ALICE, the contractor was able to explore crane placement and task sequencing to discover the optimal build schedule.

Parsons Leverages ALICE to Create a Competitive Bid to Win Edmonton Light Rail Project

This 8.7 mile rail extension will feature 14 street-level stations and two elevated stations, and the total value of the project is $2.6B.

How ALICE Helps GCs Resolves Issues for Linear Projects

Use ALICE to resolve Access point constraints, inform Maintenance of Traffic plans, and much more.

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Metrics that matter

See how ALICE helps the largest GCs and owners increase their project margins and mitigate risks.

17%

Reduction in project duration

14%

Labor cost savings

12%

Equipment cost savings

Frequently Asked Questions

- Key infrastructure construction projects are those which support critical services.
- The most common categories for these major projects include Communications Infrastructure, Water Waste Management, Treatment of Hazardous Materials, Public Utilities, Energy Infrastructure, Mass Transit (such as railways, roadways, and aviation), and Bridge construction.
- Infrastructure project managers oversee all the build phases of infrastructure projects.
- The role of an infrastructure project manager requires coordination of communication between stakeholders - including the scheduling and planning of work, equipment and materials oversight, and monitoring of project progression.
- The infrastructure project manager is responsible for ensuring the project is delivered on time, and within budget.
- Infrastructure construction focuses on plans for the improvement and maintenance of services, systems, and facilities which create stable civilizations, and serve the public good.
- Improvements to communication systems, public utilities, roadways and bridges, or mass transit systems are all good examples of infrastructure construction.
- Detailed project management is critical to the construction of infrastructure, as this type of development involves many complicated requirements, and the coordination of myriad stakeholders and moving parts.
- The sheer size of most infrastructure construction projects adds incredible complexity to the construction process, and progress can easily go awry without proper project management and oversight.