Operations and process consulting
How the plant should run, written down with its people before any software is chosen.
30 minutes on one operating problem. No deck, no demo.
One stoppage on Line 3, two routes
IllustrativeAn illustrative example. Line 3 stops at 14:10 on a Friday. Today, by hand: the stoppage is written on the shift board at 18:00, typed into a spreadsheet the next day at 10:30, reaches the weekly report on Monday at 09:00, and the plant head decides at 09:10, 67 hours from event to decision. On one record: the stop and its cause are recorded at the machine at 14:12, the plan is rescheduled and finance sees the lost hour at 14:20, and the plant head decides at 14:25, 15 minutes from event to decision.
Today, by hand
67 hours
On one record
15 minutes
86%
run separate, unconnected systems
30%
analyse operating data only reactively
34%
are stuck at AI proof‑of‑concept
Source: Deloitte–CII, Industry 4.0: Learn and Propel, 2023, citing NASSCOM
Each system was bought to solve a real problem, and each solved it alone.
Stated the way they are lived on the floor.
A written diagnostic, yours to keep
A ranked roadmap and the number it is judged on
Working output in weeks, not at the end
You own the process, the system and the data
A review every quarter, built to last years
A review each quarter, every year after go-live.
We fix one thing, prove it moved, and move to the next.
How the plant should run, written down with its people before any software is chosen.
ERP, planning, quality and maintenance systems, selected and implemented.
Floor data captured as it happens, so the floor and the office share one record.
One view of the plant for the people who run it, drawn from the source.
AI on your own data and systems, measured on each process’s own number.
Training on the work, the old routine retired, a rhythm that outlasts us.
AI trained on your own data, working inside your own workflows, on systems you control.
Your infrastructure, your access rules
Your model, trained on your data
Illustrative example. The planner asks: what is tomorrow’s dispatch risk? The model reads the order book, the production plan and the line rate, inside your own infrastructure, and answers: 3 of 41 orders at risk. Line 2 is running at 82% of plan; order 4471 needs 6 more hours.
Illustrative example. 39 supplier invoices arrive. Each is read and matched to its goods receipt and rate contract. 38 are matched. One, with a rate 4% above contract, is routed to a person for review.
Illustrative example. The quality engineer asks: why did rejections rise on line three last week? The model reads the process parameters, the material batches and the shift log, and answers: rejections rose with batch B-2291 on the night shift; barrel temperature ran 6 °C above setting.
Nothing leaves. Nothing is pooled.
The processes rhyme; the plants do not.
Every tonne that enters the plant is weighed once. We build the stores ledger from that slip, not from the purchase order.
Downtime is written down on every shift. It rarely reaches the person who can fix the cause by the next morning.
We hire people who diagnose and people who build.
See the two roles
Thirty minutes. No deck, no demo.
Thank you.
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