What is happening
The live condition of every connected building, activity, resource, and production cycle.
Predictive intelligence for the physical world
Turning Construction into Mass Production.
The intelligence layer for autonomous construction.
TAKT creates the intelligence layer for autonomous construction: a live production twin that learns from every cycle, predicts what happens next, and progressively automates the decisions that keep the construction line moving.
It gives large construction programs the foresight to deliver more homes, faster, with more predictable schedules, more consistent quality, and fewer costly surprises.
LivePredictiveProgressively autonomous
PRODUCTION TWIN · LEVEL 1 CAST · SET STANDINGLIVE
Built for problems measured in cities, not sites
More than 1.5 million homes. Five cities. One of the hottest climates in the world.
How do you deliver housing at that scale?
Not as 1.5 million separate projects.
As one intelligent production system.
TAKT was conceived for construction challenges of this magnitude. It connects buildings, crews, materials, equipment, machinery, and robots to one live production twin.
At this scale, a small delay repeated across thousands of construction cycles becomes a problem measured in neighborhoods.
But a small improvement repeated at the same scale becomes entirely new production capacity.
TAKT turns repetition into advantage. Every cycle sharpens the forecast. Every forecast creates more time to act. Every better decision helps the construction line produce more.
1.5M+ homesFive citiesOne production system
From hindsight to foresight
Plans tell you what should happen. TAKT predicts what is likely to happen next.
Conventional construction is planned in advance and adjusted as conditions change.
TAKT looks forward continuously.
Its production twin understands the current state of the construction line, calculates where production is heading, and identifies what could prevent the next target from being achieved.
Predictive analytics is not another TAKT feature. It is the reason the twin exists.
When will each building, zone, or activity be ready?
Where is the next production bottleneck forming?
Which resources will be required next?
When should materials and equipment arrive?
Is the construction line drifting from its target?
Where is quality risk increasing?
Which action gives production the best chance of remaining on schedule?
The benefit is foresight. Time to intervene before a constraint becomes a stoppage. Time to rebalance the line before crews begin waiting. Time to protect quality before a problem becomes rework.
THE INSTRUMENTED CYCLETELEMETRY ARRIVINGSCROLL TO RUN THE LINE
A digital twin that looks forward
A production twin should not merely show what is happening. It should tell you what happens next.
TAKT creates a continuously updated model of the construction operation.
It brings together design, planned production, actual progress, crew rhythm, material flow, available assets, machinery, quality, and conditions on the ground.
Every new signal updates the predicted future of the construction line.
Every completed cycle tests that prediction against the physical result.
What is likely to happen
Predicted readiness, cycle duration, resource demand, bottlenecks, quality risks, and schedule outcomes.
What should happen next
The action most likely to keep production moving toward its target.
This is the difference between discovering a delay and having time to prevent it.
Prediction with a commercial purpose
See tomorrow’s construction line while there is still time to change it.
Predict readiness
Know when the next activity is likely to begin, so crews, materials, machinery, and robots can arrive when production needs them.
The benefit
Smoother handoffs and less time lost between activities.
Predict bottlenecks
Identify the crew, material, asset, or preceding task most likely to constrain production.
The benefit
Resources can be rebalanced before the entire line slows down.
Predict cycle duration
Continuously forecast completion using actual production behavior rather than relying only on the original schedule.
The benefit
More dependable delivery forecasts and earlier warning when targets are at risk.
Predict material demand
Calculate what the line will require next and when it will be required.
The benefit
Better-timed deliveries, less waiting, and fewer emergency interventions.
Predict quality risk
Recognize patterns that indicate where quality may begin to drift.
The benefit
Earlier intervention, more consistent outcomes, and less repeated rework.
Predict the next best action
Compare the likely effect of alternative production decisions before committing resources.
The benefit
Faster decisions based on the future they are likely to create.
Foresight that moves the physical world
A forecast only matters if it changes the outcome.
TAKT turns predicted outcomes into coordinated action.
It can recommend the next production sequence, synchronize resources, trigger material movements, route approved instructions to connected machinery, and direct robotic systems toward the work the line needs next.
As its predictions prove reliable, selected decisions can move progressively from recommendation to approval-based execution and then to bounded autonomous action.
PeopleEstablish the objective and the operating limits.
TAKTOrchestrates the construction line.
Machines and robotsExecute repeatable physical work with precision.
The result is faster response, more consistent execution, and the ability to scale construction without scaling complexity at the same rate.
Recommendation
Approval-based execution
Bounded autonomous action
One system from design to physical execution
Industrialized construction makes work repeatable. TAKT makes it predictable. Robotics makes it autonomous.
TBG brings together the three capabilities required to transform construction.
Industrialized construction
Creates the repeatable physical production system.
TAKT
Predicts, optimizes, and orchestrates what the production system should do next.
Robotic execution
Transforms approved decisions into precise physical action.
Together, they create a construction line capable of seeing, learning, deciding, and progressively executing more of its own work.
Mass production does not mean making every home identical. It means producing different homes with the repeatability, speed, quality, and certainty expected from advanced manufacturing.
The result is not more data. It is more homes.
Greater output from every crew, asset, machine, and working day.
TAKT is designed to create the outcomes that construction at scale demands.
Faster housing delivery
Greater output from each production line
More predictable completion dates
Earlier warning of schedule and cost risk
Better synchronization of people, materials, machinery, and robots
More consistent quality across thousands of homes
Fewer production interruptions
Greater visibility across entire housing programs
The ability to transfer intelligence from one site to another
A clear path from human coordination to autonomous construction
TAKT allows leadership to manage the probable future of production, rather than merely explain its past.
Every home makes the system more intelligent
The millionth home should not be built with the same intelligence as the first.
TAKT remembers what the construction line expected, what actually happened, which decision was made, and whether that decision improved the outcome.
That intelligence does not disappear when a crew moves, a building finishes, or a new development begins.
It travels forward.
The next building benefits from the buildings before it. New sites inherit proven production knowledge. Predictions become sharper. Decisions become faster. More of the line becomes capable of autonomous operation.
The more TAKT sees, the further ahead it can see.
More production creates more intelligence.
More intelligence creates better decisions.
Better decisions create greater production capacity.
That is how construction scale becomes a technology advantage.
Autonomous construction at city scale
One site becomes a construction line. Many sites become an intelligent production network.
Across a large housing program, TAKT creates one predictive view of production.
It can see where capacity is available, where constraints are forming, what materials will be needed, and how people, equipment, and robotic systems should be coordinated across the network.
Thousands of buildings no longer need to behave like thousands of disconnected projects.
They can operate as parts of one learning production system.
A system designed to build at the speed, consistency, and scale the world now demands.
TAKT
PRODUCTION
NETWORK
PRODUCTION
NETWORK
Buildings
Crews
Materials
Machinery + robots
Production capacity
The future of construction will be predicted before it is built
Build more homes. Faster. With greater certainty.
TBG is turning construction into mass production.
TAKT is the intelligence layer that makes that production predictive, continuously improving, and progressively autonomous.