Key takeaways
- Most schedule slips start as small facts: a delivery moved, an inspection not booked, a crew pulled to another site.
- Those facts arrive by email and chat days before anyone updates the programme.
- GeniOS checks each one against the critical path and the handover date, and raises the slips that will move them.
- Rebookings and supplier messages can be drafted by an agent, and nothing goes out until a person approves.
The problem
A building goes up in a sequence. On a residential tower, each floor slab needs formwork, rebar, an inspection by the structural consultant, a concrete pour and curing time before the next floor starts. A project manager plans a slab cycle, say seven days a floor, and books cranes, concrete and crews around it. One late input pushes everything behind it.
Picture a Tuesday on site. The steel supplier emails the purchase engineer that level 6 rebar will arrive Monday instead of Wednesday. The formwork crew posts in the site chat that they will be ready Thursday. The crane is booked for Friday's pour, the ready-mix plant has the order, and the schedule still shows the pour on Friday. The purchase engineer assumes the site team knows. The site team assumes the delivery is on time.
On Friday the crew stands idle, the crane is paid for and the pour moves a week. Repeat that every few floors and the buyers' handover date is in trouble.
Why it slips today
Every fact is recorded somewhere. The problem is that they are recorded in different places by different people.
| Where it lives | Who sees it | How it slips |
|---|---|---|
| Supplier email | The purchase engineer | A new delivery date never reaches the site or the schedule |
| Site chat groups | Site engineers and subcontractors | Readiness and problems scroll away in a busy group |
| Daily progress reports | The project manager | Reports say what was done, not what is about to slip |
| The project schedule | Planning and leadership | Updated weekly or monthly, after the slip happened |
A weekly site meeting catches some of it, but by then bookings are made and money is spent. Planning software shows the critical path as last updated, not as the supplier emailed this morning.
The solution
GeniOS reads email, site chat, daily reports, documents and the project tools you already use, read-only to start. When a slip needs a person, it sends one piece of intelligence with the situation, what to do, why, one owner and a date.
- Inputs arriving after they are needed. Materials, drawings or approvals due after the activity that needs them.
- Bookings that no longer fit. Cranes, concrete, inspections and crews booked for a day the work cannot happen.
- Slips on the critical path. Delays that move the handover date, separated from those that have float.
- Repeat causes. The same supplier, subcontractor or consultant behind several slips.
It is Goal & Execution Monitoring applied to a construction programme.
See it on the whiteboard
One late rebar delivery, caught on Tuesday instead of on the morning of the pour.
The level 6 slab pour will slip to next week
How: move the crane and pour to Wednesday and book the inspection for Tuesday.
- Your tools. A supplier email moves the rebar, the site chat says formwork is ready, and the schedule still shows Friday's pour.
- GeniOS thinks. It sees the rebar arrives after the planned pour, on the critical path.
- Intelligence. The project manager gets one note: move the pour and the crane to Wednesday, and tell the consultant.
- Delegated. A Scheduler drafts the revised bookings. Nothing is sent until he approves.
- Goal moves. The crane and concrete are rebooked. GeniOS sees the proof and the topping-out goal moves.
How GeniOS thinks and plans
GeniOS forms the project goals from the company's own documents: the contract programme, the buyers' handover date, the board deck and the project manager's emails. A typical goal: top out Tower B by 30 March.
For each slip it connects four pieces. What happened: level 6 rebar now arrives Monday. The pattern: the change is only in an email to purchase, and this supplier has been late on two earlier floors. The impact: the slab cycle slips four days, the crane sits idle on Friday, and the pour is on the critical path. The owner: the project manager, who controls the bookings.
Then it picks one next step: confirm Monday's delivery, move the crane and concrete to Wednesday, and book the consultant's inspection for Tuesday. If a slip cannot be recovered, it says what it does to the handover date, so leadership hears it early, as in Executive Visibility.
How it delegates and gets it done
The owner answers with Delegate, Done, Later or Not relevant. Delegate hands the work to a person or an AI agent: the site engineer to resequence crews, a Scheduler to move bookings, a Reply Drafter to press the supplier for a firm date.
Nothing goes to a supplier, consultant or subcontractor until a person approves it. See human in the loop vs human on the loop.
Each item closes only on proof: the revised crane booking, the inspection on the consultant's calendar, the delivery note signed on site. Then the goal moves. GeniOS learns from each floor. If a supplier is late again, it raises its next delivery a week ahead. Repeat causes across sites feed Operational Bottleneck Detection.
How it reaches you
Intelligence arrives on its own in the GeniOS Mac app, from the menu bar, and on the web dashboard, so a project manager on site sees it at the next break.
You no longer scroll through site chat groups for problems, read every daily report to guess what will slip, or chase purchase and planning for updates. Nobody has to tag a message or write a prompt.
A worked example
The company, names, dates and numbers in this example are made up to explain the idea.
A 260-person developer and builder in Bengaluru is building two residential towers of 22 floors. Tower B runs on a seven-day slab cycle, and the company has promised buyers handover in the following December. Topping out by 30 March keeps that promise safe.
On Tuesday 3 November the steel supplier emails purchase that level 6 rebar will arrive on Monday the 9th, not Wednesday the 4th. The site chat shows formwork ready on Thursday. The crane is booked for Friday at about $1,100 a day, with 180 cubic metres of concrete ordered. The pour crew costs about $2,400 a day whether it works or not.
That afternoon Arjun, the project manager, gets one note. It says the rebar arrives after the pour, the pour is on the critical path, and this supplier was late on levels 3 and 4. It suggests moving the pour to Wednesday the 11th, the crane and concrete with it, and booking the consultant's inspection for Tuesday.
Arjun delegates the bookings to a Scheduler and approves the drafts. He moves the formwork crew to Tower A for three days so nobody stands idle. The crane company and plant confirm Wednesday, and the consultant accepts Tuesday. GeniOS closes the item on those confirmations. Arjun avoids two idle crane and crew days, about $7,000, and a review of the supplier is now on the procurement head's list.
How to measure it
- Planned against actual slab cycle, in days per floor.
- Days between a delay appearing in email or chat and the schedule being updated.
- Idle crew and equipment days per month.
- Float left before the handover date.
Where it applies
These are application areas, not current deployments: residential and commercial builders, developers who manage their own construction, and contractors on infrastructure jobs.
- Domains: Operations, Procurement, Finance
- Industries: Real Estate & Construction
- Roles: Founders, Executives, Managers
Questions about site progress tracking
Does GeniOS replace our scheduling software?
No. Your planners keep the programme in the tool they use today. GeniOS reads it alongside email, chat and reports to show where reality has moved away from it.
Can it read site chat groups?
It reads the chat sources you choose, read-only to start. Many slips appear first in site groups, so they are often worth including.
Who gets the notes on a large project?
Each slip goes to the person who can act on it, usually the project manager. Slips that move the handover date also reach the project director.
Does it work across several sites?
Yes. Each project is checked against its own goals. Patterns across sites, such as one supplier late everywhere, are raised once.
Status
Exploring This is an application area we are exploring with early customers. If your programme keeps learning about slips last, book a call and we will show how it would work on your own project, starting read-only.