Packaging cost intelligence · beverage & bottling
What does this empty bottle cost — right now, and why?
PackCost AI reads your ERP, calculates the cost of every package deterministically, and shows the exact path back to source. It never writes anything back.
Opens your email client — read-only integration, or start from a flat extract while API access is still in approvals.
| Component | Basis | ₹ / bottle |
|---|---|---|
| Preform (PET, 24 g) | 1.02 × 1.40 | 1.428 |
| Closure (28 mm) | 1.00 × 0.34 | 0.340 |
| Label | USD → INR @ 83.0 | 0.181 |
| Freight & duty | landed-cost elements | 0.089 |
| Conversion | blow-mould & fill line | 0.067 |
The problem
One of your largest controllable costs — and one of the hardest to see.
The information exists. It is just spread across the ERP, held in reports only a couple of people can run, and rarely reflects what a package actually costs today.
- 01The bill of materials sits in one part of the ERP. Vendor prices, purchase orders, goods receipts, invoices and freight sit in others. Scrap and conversion sit in production and finance.
- 02The “current price” on a purchasing record is not the landed or consumed cost once freight, duty, credit notes and exchange rates are in.
- 03Historical vendor cost needs a long-running report that only a few analysts know how to run.
- 04Supplier decisions get made on unit price alone — without freight, minimum order quantity, lead time or qualification time in the picture.
- 05When packaging cost moves, there is no quick, auditable explanation of what changed and why.
How it works
Read once. Calculate many times. Trace every figure.
PackCost extracts the data it needs into one business model, then answers from that copy — which is why routine questions return in seconds, not days.
Reads your ERP
BOM, vendors, prices, purchases, receipts, invoices, freight, scrap and conversion — read-only, into one ERP-neutral model. Your ERP stays the system of record.
Calculates deterministically
The same inputs always produce the same cost. There is no AI in the maths — the AI only interprets the question you asked.
Traces it to source
Every number carries a calculation ID, the inputs, the BOM version, timestamps — and the exact sequence of ERP reads behind it.
Why the number can be trusted
Four properties, not a promise.
Deterministic
Reproducible from a calculation ID and the stored inputs. The AI never invents or estimates a number.
Auditable
“Show me the path” renders the exact ERP reads — object, filter, fields, rows. Your team and auditors point at where each figure came from.
Honest about gaps
If a landed-cost or conversion input is missing, the result is marked partial and the gap is listed — never a silent zero.
Read-only
There is no capability in the system to change your ERP master or transaction data. Credentials live in a secret manager; config files hold no secrets.
Ask it in plain language
The questions your teams already ask — answered in seconds.
- What does our 500 ml empty bottle cost right now?
- Which component contributes most, and which should procurement renegotiate first?
- What is the total applicable cost of the preform from each approved supplier?
- Why has bottle cost gone up this quarter?
- What happens if we move the preform to Vendor B — and how long would the switch really take, including qualification?
- What if PET rises 10%? What if we light-weight the bottle from 18 g to 16 g?
- What did it cost six months ago? Show the 12-month trend.
Your ERP
Works with what you run — and you can start before API access is approved.
One product across every supported ERP — the costing engine, evidence and user experience sit above a single connector interface, so adding an ERP is configuration, not a rebuild.
If a live connection is not ready for the proof of concept, PackCost reads the same data from flat extracts you export (CSV, Parquet or JSON) or a small read-only staging schema. The mapping is identical; you switch to the live connector later with no change to the calculations.
Scoping this alongside an SAP, Oracle, Dynamics or NetSuite integration team? See the connector architecture, the mapping-pack config and the retrieval-path trace →
How we start
A proof of concept on your data — deliberately narrow.
- 3–5 representative bottle / package SKUs, one plant, read-only.
- A working system on your data in weeks, not months.
- Your empty-package cost reconciled against one of your existing cost reports — every difference explained.
- Vendor comparison, cost history and vendor-switch / specification scenarios for that scope.
- A measured ROI baseline built from your own numbers — query turnaround, reporting effort, packaging spend, price variance.
| Illustrative worked example | Value |
|---|---|
| Annual bottle volume | 120 million |
| Addressable improvement, one supplier decision | ₹0.05 / bottle |
| Gross annual opportunity | ₹60 lakh |
| Recurring manual-reporting effort removed | ₹10–20 lakh / yr |
| Illustrative Year-1 net saving | ~₹52 lakh |
| Illustrative payback | ~1.6 months |
A worked illustration of how the model behaves — not a claim about your business. Your actual numbers are established during the proof of concept.
Next step
Scope a proof of concept.
A 45-minute discovery call to confirm your ERP, the packaging scope that matters most, and the cost report we would reconcile against.
Opens your email client · amolraj@gmail.com