Construction Intelligence

Every Delay Has a Decision Behind It. We Fix the Decision.

Construction projects don't fail because of bad weather or slow suppliers alone. They fail because thousands of interdependent decisions — crew assignments, material orders, equipment moves, permit sequences — are made in isolation. Makkook connects them into one computable model so delays are anticipated, resources are leveled, and cost overruns are prevented before they start.

See the Demo Why Projects Go Over Budget

Industry Challenges

Why 85% of Construction Projects Exceed Budget or Timeline

These are not technology gaps. They are decision gaps — places where the right information exists but nobody computes the optimal action.

One Delayed Trade Cascades into Six

Your electrical subcontractor is 3 days late on Level 4. Drywall can't start. The painter's crew is now idle. HVAC testing pushes past the inspection window. Nobody saw this chain reaction because the schedule lives in a Gantt chart that doesn't compute dependencies dynamically.

Cascading delay amplification

Idle crew and equipment costs

Critical path violations undetected

Crews Are Assigned by Availability, Not Optimization

You have 4 active sites, 12 crews, and 3 pieces of heavy equipment. The site manager assigns based on who's available, not who's optimal. A crew rated for structural steel is doing formwork while the formwork crew waits for equipment at another site.

Skill-task mismatch across sites

Equipment mobilization waste

Multi-project resource conflicts

Materials Arrive Too Early or Too Late

Concrete was ordered for Week 12 but the foundation pour slipped to Week 14. Now you're paying for on-site storage and re-testing. Meanwhile, the rebar for Phase 2 hasn't been ordered because procurement waits for the PM to confirm the schedule manually.

Storage and re-handling costs

Material expiry and re-testing

Procurement-schedule disconnect

Risk Is Discussed in Meetings, Not Computed

Everyone knows monsoon season will slow earthwork. Everyone knows permit delays are likely. But nobody quantifies the impact on cost and timeline or pre-computes the mitigation plan. Risk stays a word in a meeting, not a number in a model.

Weather risk unquantified

Permit dependency chains ignored

Cost contingency guessed, not modeled

Live Demo

Project Scheduling & Resource Optimization Demo

See how Makkook optimizes a multi-phase construction project with resource leveling, dependency-aware scheduling, and risk simulation.

Project Timeline Preview

Foundation & Earthwork

Wk 1–8

Structural & Framing

Wk 6–18

MEP Rough-In

Wk 14–24

Finishes & Fit-Out

Wk 22–30

Testing & Handover

Wk 28–32

12 crews · 4 equipment units · 87 tasks Optimized

Compress Timelines. Level Resources. Prevent Overruns.

This demo models a 32-week commercial construction project: 87 tasks across 5 phases with finish-to-start and start-to-start dependencies, 12 crews with skill constraints, and 4 shared equipment units. Watch Makkook compute the optimal schedule, level resources across overlapping phases, and simulate the impact of a 2-week permit delay — with automatic re-optimization.

Dependency-aware critical path optimization

Multi-site crew and equipment leveling

Weather and permit delay scenario simulation

Cost impact preview before committing changes

Launch Construction Demo

Every Delay Has a Decision Behind It. We Fix the Decision.

Why 85% of Construction Projects Exceed Budget or Timeline

Project Scheduling & Resource Optimization Demo

More Construction Demos Coming Soon