Customer Story: SCS
Construction Planning and Scheduling Software
TRUSTED WORLDWIDE BY OWNERS, contractors and consultants
Automate
Optimization
Find the best way to build — ALICE rapidly simulates millions of possible scenarios to uncover the most efficient construction plan.
Identify and
Mitigate Risks
Anticipate challenges before they impact your schedule. Simulate constraints, explore options and make data-backed decisions.
Recover or Accelerate Project
Model constraints and uncover opportunities to recover from delays or identify ways to fast-track project delivery with reduced risk.
Integrate Project Controls
Schedule, cost, and scope are integrated into every solution generated by ALICE, providing a unified platform.
Built to Optimize Capital Construction
ALICE delivers measurable ROI across the construction project lifecycle—from bidding to execution.
Designed for industrial construction: energy, data centers, battery plants, semifab facilities, chemical plants, mines, pipelines and more.
INFRASTRUCTURE
PROJECTS →
Ideal for civil and transit projects: railways, metros, subways, highways, roads, bridges, tunnels, viaducts, and more.
COMMERCIAL
PROJECTS →
Built to handle complexity: high-rises, technology parks, administrative buildings, healthcare, education and multi-use facilities.
"With ALICE, we can evaluate risks and opportunities across our projects in a fraction of the time it previously took, allowing us to deliver better outcomes for our clients."
Don’t just take our word for it—check out the international recognition we've earned.
Customer Story: HDCC
Customer Story: Align JV
Customer Story: Parsons
Customer Story: Build Group
For Owners, Contractors and Consultants
For
Project Owners
Drive your projects faster with improved transparency, increased efficiency and reduced risk.
For Contractors
For Consultants
Empower clients with scenario-based insights that minimize risk and maximize project outcomes.
Metrics that matter
ALICE has helped to deliver construction projects faster and smarter with quantifiable ROI
Optimize every construction phase with ALICE
ALICE gives you new planning and construction super powers
Resources that help you evaluate the best
construction project scheduling software
Webinar
See how ALICE automates project recovery and builds anti-fragile schedules to efficiently manage, mitigate, and recover from risks.
AI in Planning Large Construction Project Schedules: AI Construction Planning & Scheduling
Learn why and how large contractors should use AI.
How to Choose the Best Construction Project Scheduling Method
What are the best construction project scheduling methods and which one is right for you?
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AI-Powered Construction Project Scheduling Software
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Construction scheduling software is widely used by construction professionals and stakeholders involved in construction projects to manage timelines, resources, and workflows effectively to ensure that a construction project stays on time and within budget. Key user segments include: general contractors, project managers, construction managers, owners and developers, construction managers, consultants, engineering service providers, subcontractors, project controls teams, government agencies, etc. Overall, construction scheduling software is essential for anyone involved in the planning, execution, or management of construction projects.
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Yes! Artificial Intelligence (AI) is transforming the construction industry by automating processes, optimizing resource allocation, and improving decision-making. It enables teams to create more efficient schedules, predict potential delays, and adapt to scheduling changes and onsite conditions as they occur - resulting in faster, more cost-effective project delivery.
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Our users use ALICE to optimize, de-risk and recover their construction project. The ALICE construction software platform automates schedule constraint resolution and what if generation to significantly impact a project team’s efficiency. General contractors, owners and consultants, use ALICE to deliver assets to market faster, cheaper and with less risk.
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The ROI (return on investment) of using ALICE include a 17% reduction in construction project duration, 14% labor cost savings, 12% equipment cost savings, improved predictability, and increased team efficiency through automated scheduling and optimization.
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ALICE differs from traditional or legacy CPM scheduling software by automating the creation of optimal resource-loaded schedules, drastically reducing the time needed to explore and reschedule alternative scenarios.
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ALICE uses AI-powered generative scheduling to:
- Automate Planning. Users can generate multiple project scenarios and identify the most efficient construction schedule.
- Optimize Resources. Project planning teams can allocate labor, equipment, and materials more effectively, minimizing project costs and reducing waste.
- Mitigate Risks. Analyze potential challenges to construction in real time and propose solutions before issues arise.
- Adapt to Changes. Quickly update schedules in response to delays or new constraints.
By leveraging Artificial Intelligence for construction projects, ALICE helps planning and management teams improve project outcomes and increase profitability.
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ALICE is an AI-powered construction scheduling software designed to optimize and de-risk capital construction projects. It enables users to rapidly explore numerous scenarios and surface multiple feasible schedules. ALICE integrates construction schedule, cost, and scope into every generated solution, providing a unified platform for stakeholder collaboration and enhancing project control. The platform enhances project delivery through the use of advanced algorithms and data-driven insights.
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Yes, you can import your existing or baseline project schedules built in Microsoft Project, Oracle Primavera P6, or Oracle Primavera Cloud into ALICE.
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ALICE generates multiple feasible schedules based on your project data, constraints, optimization goals thus allowing you to explore the time and cost impact of various solutions without relying on static templates as are typically provided by other tools.
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