AIALICE Technologies Inc. logo

ALICE Technologies Inc. Unclaimed

Construction

www.alicetechnologies.com

Menlo Park, California, United States

AI-driven construction scheduling platform that optimizes project plans to reduce time and cost.

ALICE Technologies is a global software company that provides AI-powered scheduling and planning tools for the construction industry. The platform enables owners, general contractors, and EPCs to plan, simulate, and optimize project sequences, reducing duration and cost while managing risk and improving resource utilization through data-driven insights across preconstruction and construction phases.

To transform construction planning by delivering AI-powered scheduling that enables faster, more cost-efficient, and less risky project delivery for owners, contractors, and EPCs.

What we offer

ALICE Plan

ALICE Plan simplifies project scheduling through 2D visualizations and intuitive collaborative tools.

www.alicetechnologies.com/alice-plan

ALICE Model

Optimize construction projects by leveraging BIM models for enhanced scheduling and risk management.

www.alicetechnologies.com/alice-model

ALICE Optimize

Accelerate project delivery and optimize resources using AI-driven insights and generative scheduling.

www.alicetechnologies.com/alice-optimize

Who do we serve

Large General Contractors And EPCs

Global general contractors and EPCs seeking AI-driven BIM planning to accelerate delivery.

Owner Developers And Asset Owners

Owners seeking predictive planning to maximize ROI on capital programs.

Energy And Infrastructure EPCs

Oil, gas and utilities EPCs seeking optimized project sequences to reduce duration.

BIM-Driven Design-Build Firms

Mid-to-large design-build firms leveraging BIM for planning and execution.

Market segments

Market size by segment

Growth potential (CAGR)

4D BIM Planning and Sequencing

0.9 Billion USD13% CAGR

Generate schedules from BIM models and enable model-driven sequencing and means-and-methods integration.

Construction Schedule Optimization and Generative Scheduling

0.40463 Billion USD34.18% CAGR

AI-driven optimization to generate optimal schedules, run targeted accelerations, and evaluate alternative sequences to reduce duration and cost.

Digital Planning Canvas and Spatial Sequencing

1 Billion USD12% CAGR

Visual planning and 2D layout capabilities that overlay schedules on drawings, enable drag-and-drop sequencing, timeline playback, and stakeholder review.

Project portfolio management and schedule quality

6 Billion USD9% CAGR

Capabilities for portfolio planning, schedule quality assessment, resource optimization and analytics to improve on-time delivery and project outcomes.

More information about our offering

ALICE Plan

ALICE Plan visualizes project schedules in 2D on a digital planning canvas. Users upload schedules and drawings, generate a 2D layout, and plan, review, share, and export sequences. It offers an infinite digital planning canvas, intuitive zoom and drag-and-drop controls, the ability to overlay schedules on drawings, visual filters, and timeline playback to communicate plans.

  • Generate 2D Layouts Automatically
    Effortlessly convert your schedules and drawings into interactive 2D layouts, enhancing visual planning.
  • View Schedules Visually
    Transform traditional scheduling into a clear 2D format that makes planning intuitive for all stakeholders.
  • Utilize Unlimited Planning Space
    Work in an expansive digital environment that complements complex project requirements and enhances collaboration.
  • Spatially Plan with Overlays
    Integrate your schedules directly onto project drawings for enhanced spatial understanding and execution.
  • Easily Navigate Planning Tools
    Access user-friendly controls for seamless planning and adjustments, making it accessible for all team members.
  • Collaborate Effectively
    Facilitate smooth collaboration with easy review, sharing, and export capabilities for stakeholders.
  • Visualize Timeline Playback
    Engage stakeholders with dynamic playback functionality to showcase project sequences effectively.
  • Isolate Critical Data Visually
    Enhance planning accuracy by filtering essential project data visually for quick decision-making.

ALICE Model

ALICE Model is a BIM-based planning tool that lets you upload BIM models, make the model flexible by adding means and methods, generate a baseline schedule from the model, and explore multiple scenarios to optimize sequencing. It is described as 3D and 4D BIM Construction Software.

  • Visualize Schedule Effectively
    Utilize advanced visualization techniques to enhance project planning and stakeholder communication.
  • Establish Schedule Foundations
    Create a solid schedule foundation that reflects realistic project timelines from model data.
  • Enhance Scheduling Accuracy
    Leverage detailed BIM data to improve the accuracy and efficiency of your project scheduling.
  • Simulate Various Scenarios
    Conduct extensive scenario analysis to identify the most effective construction strategies and mitigate potential issues.
  • Facilitate Design Adjustments
    Quickly adapt schedules to reflect changes in design or project methodologies.
  • Connect Strategy to Execution
    Ensure that your plans reflect real-world construction strategies for improved project outcomes.

ALICE Optimize

ALICE Optimize is an AI-powered scheduling and optimization module that helps plan and optimize projects from BIM data or existing schedules, with targeted optimization and AI-driven insights.

  • Find Optimal Path
    Generates the most efficient schedule options based on various constraints, using advanced AI algorithms.
  • Gain Schedule Clarity
    An AI-powered tool that allows users to interact with schedule data, providing real-time insights and optimization suggestions.
  • Accelerate Project Timelines
    Focuses on specific areas where project timelines can be shortened effectively, facilitating quicker project completion.
  • Evaluate Scheduling Health
    Gives users a clear assessment of their schedule's reliability, helping to identify areas needing improvement.
  • Explore Multiple Scenarios
    Generates various potential project outcomes based on different adjustments and parameters, aiding strategic decision-making.

References

Methodology and sourcing behind the figures shown above.

4D BIM Planning and Sequencing

Estimates based on reported global BIM market sizes and CAGRs in the provided search results. Fortune Business Insights reports a USD 9.12 billion BIM market in 2025 (CAGR ~12.9%); Transparency MR reports ~USD 8.1 billion in 2024 (CAGR ~11.2%). Because 4D (time scheduling & sequencing) is a functionality subset of BIM, I assumed a ~10% share of the overall BIM market for 4D planning/sequencing (9.12bn * 10% ≈ 0.9bn). Growth potential for 4D is set slightly above the overall BIM CAGR (12–13%) due to accelerating adoption of model-driven scheduling, so estimated CAGR ≈13%.

Construction Schedule Optimization and Generative Scheduling

Estimate based primarily on published market studies for generative AI in construction (directly relevant to generative scheduling) and corroborated by broader AI-in-construction forecasts and scheduling-software market commentary. Precedence Research reports the global generative AI in construction market at USD 404.63M (2025) with a 34.18% CAGR (2026–2035); this map closely to the construction generative-scheduling segment. Fortune Business Insights provides a broader AI-in-construction context (USD 4.86B in 2025; 24.8% CAGR), and industry commentary on traditional scheduling software (CAGR ~7.7%) highlights the much faster growth expected for AI-driven generative scheduling.

Digital Planning Canvas and Spatial Sequencing

Estimate based on internal benchmarking against adjacent software markets (project-management, construction management, and visual collaboration tools). Digital Planning Canvas and Spatial Sequencing is a niche subsegment of broader project and construction collaboration software; assuming it represents a small portion of the overall project-management/software-for-construction TAM, a conservative current-market estimate is ~USD 1.0B. Ongoing digitization of planning workflows, adoption of BIM/digital-twin visualizations, and demand for interactive sequencing/visual playback support a mid-teens growth potential; a conservative CAGR of ~12% reflects rapid adoption but constrained by incumbent workflows and integration costs. No explicit market-size figures for this specific subsegment were present in the provided search results.

Project portfolio management and schedule quality

Estimates based on multiple market reports in the provided search results. Recent report values for 2024–2025 cluster between USD ~5.4–6.6 billion; reported CAGRs range ~7.5%–11.3%. I selected a midpoint market size (~USD 6.0B) and an average growth potential (~9.0% CAGR) reflecting the cited forecasts and market trends (cloud adoption, AI, digital transformation).

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