Pricing per zone
Price as an actual shopper in that pincode sees it.
- MRP and selling price
- Zone-level price variation
- Unit price normalisation
- Bundle and multi-pack pricing
- Discount depth versus MRP
Collected per pincode, because that is the only level q-commerce exists at.
Quick commerce has no national price and no national catalogue. Two pincodes four kilometres apart can differ on assortment, price and delivery promise at the same moment. Collect nationally and you have measured nothing.
Free pilot on your own sources, returned in 48 hours. No card, no trial clock — and you keep the sample data either way.
Last verified 5 August 2026 by the Actowiz Solutions Data Engineering team.
Quick commerce data scraping is the automated collection of structured data from rapid-delivery grocery and convenience platforms — the ones promising delivery in ten to thirty minutes from a network of dark stores rather than from a warehouse or a supermarket shelf.
The dark store model changes the data problem completely. A traditional retailer has a national catalogue with regional variation. A q-commerce platform has a different catalogue in every delivery zone, because each dark store carries only two to five thousand SKUs chosen for that micro-market and restocked on local demand.
In most retail categories a national average is a crude simplification. In quick commerce it is closer to a fabrication: it blends zones where a SKU is ranged with zones where it never was, and averages stock-outs that lasted forty minutes with zones that never went out. The resulting number does not describe any shopper's experience anywhere.
We collect per pincode, keep the pincode on every record, and let you aggregate afterwards. That drives volume — one SKU across 1,800 zones is 1,800 records per run — so we scope zone and SKU sets deliberately with you rather than defaulting to everything.
Most brands start with availability and price on their own SKUs, then add competitor assortment and shelf position.
Price as an actual shopper in that pincode sees it.
The metric that matters most in q-commerce.
Where a SKU is ranged, and where it never was.
The convenience economics shoppers actually judge.
Digital shelf, at zone level.
Listing quality on a very small screen.
A managed engagement, not a tool licence. We own the pipeline and everything that breaks in it.
Every engagement delivers a documented schema. These are the core fields; the full dictionary runs to 100+ and is agreed during scoping.
| Field | Type | What it captures | Refresh |
|---|---|---|---|
platform / pincode / city |
string | Platform and the delivery zone the record was collected from | Every run |
dark_store_hint |
string | Serving dark store where the platform exposes it, useful for cluster analysis | Every run |
sku_name / brand / pack |
string | Product as listed, with brand and pack size parsed into separate fields | Daily |
mrp / selling_price |
decimal | Printed maximum price and current selling price in the zone | Per cadence |
unit_price |
decimal | Normalised per-litre, per-kilogram or per-unit price for cross-pack comparison | Per cadence |
in_stock / oos_since |
boolean / timestamp | Availability with the timestamp a stock-out began, so duration is measurable | Hourly tier |
substitute_shown |
boolean | Whether the platform offered an alternative when the SKU was unavailable | Hourly tier |
listed |
boolean | Whether the SKU is ranged in this zone at all, distinct from being out of stock | Every run |
delivery_promise_min |
int | Displayed delivery time in minutes at the moment of collection | Per cadence |
handling_fee / surge_fee |
decimal | Fees applied on top of basket value, which vary by zone and hour | Per cadence |
shelf_position / is_sponsored |
int / boolean | Position within category or search results and whether placement is paid | Per cadence |
Not listed and out of stock are separate fields for a reason. A brand chasing a stock-out in a zone where the SKU was never ranged is solving the wrong problem, and most datasets conflate the two.
Quick commerce is concentrated in specific markets. Coverage is built zone by zone, and zone selection is the main cost lever.
Q-commerce platforms expose catalogue only after a location is set, so collection is inherently zone-based. We scope pincode sets with you — a representative 200 zones often answers the question that 1,800 zones would answer at nine times the cost. Request a source we don't list →
We deliver into 40+ countries. These are the markets where this particular service is requested most, and the reason demand concentrates there.
| Market | Why demand concentrates here |
|---|---|
| India | The deepest quick commerce market globally, with genuine pincode-level catalogue variation across several national platforms. |
| United Arab Emirates & Saudi Arabia | High delivery penetration in dense cities, with rapid assortment expansion and frequent price movement. |
| Netherlands, Germany & Nordics | Metro-level dark store networks with mature operations, used mainly for FMCG availability tracking. |
| United States | Rapid delivery with different economics and less zone-level catalogue variation, so scope is usually narrower. |
We run production collection across 40+ countries. Coverage depth varies by market and by source, so we confirm what is actually available for your specific markets during scoping rather than claiming uniform global coverage. Ask about a market we don't list →
FMCG and D2C brands dominate, because q-commerce has become a primary channel with almost no native visibility.
Q-commerce is a major channel but you cannot see where your SKUs are ranged, in stock, or priced correctly across thousands of zones.
Pincode-level listing presence, availability and pricing for your SKUs across every platform, with stock-out duration measured rather than just flagged.
On-shelf availability %
You pay for placement and visibility but have no independent verification that it appeared, in which zones, or for how long.
Shelf position and sponsored placement tracking per zone and category, so paid visibility is verified against what was bought.
Return on trade spend
Stock-outs at dark store level are invisible until sales dip, and by then the cause is unrecoverable.
Hourly availability monitoring with stock-out start times, duration and substitute detection, aggregated to zone clusters.
Lost sales from OOS
Zone-level price variation means MRP compliance and competitive positioning cannot be assessed centrally.
Selling price versus MRP per zone with unit-price normalisation, revealing where discounting has gone beyond agreed limits.
Price realisation
Assortment decisions per dark store need competitor range visibility that no internal system contains.
Competitor assortment by zone with range breadth, new listing detection and price bands per category.
Basket size
Q-commerce theses need observable assortment, pricing and availability data rather than platform-reported metrics.
Longitudinal zone-level panels covering assortment breadth, pricing, fees and availability by platform and city.
Signal lead time
Four patterns, with the outcome each is judged on.
Availability is checked hourly per SKU per pincode, with stock-out start time recorded so duration is measurable and recovery time after restock is visible. Because listing presence is a separate field, zones where the SKU was never ranged are excluded from availability metrics rather than depressing them.
Outcome: Availability measured as shoppers experience it, with lost-sales windows quantified rather than estimated.
Listing presence is tracked per zone, showing where a SKU is ranged and where competitors are present but you are not — which is the specific, evidenced argument a platform category team responds to.
Outcome: Range expansion conversations grounded in zone-level absence data rather than national share arguments.
Shelf position and sponsored flags are captured per zone and category, so paid placement can be verified against what was actually purchased, including how consistently it appeared across zones and hours.
Outcome: Trade and retail media spend verified independently rather than accepted on platform reporting.
Selling price is compared against MRP per zone with unit-price normalisation across pack sizes, exposing zones where discounting exceeds agreed limits or where pack architecture has been undercut.
Outcome: Price positioning defended zone by zone instead of assessed on a national average that hides both tails.
Clients rarely permit naming. These are real engagement shapes with identifying detail removed, so you can judge whether the work resembles your situation.
The brand's dashboard reported severe unavailability across metros and escalated it to supply chain, where weeks were spent investigating replenishment.
Pincode-level collection with listed and in-stock as separate fields, so never-ranged zones were excluded from availability and reported as range gaps instead.
Most of the gap proved to be zones where the SKU was never ranged, redirecting effort to a category conversation.
The brand bought category placement across platforms but had only platform-side reporting to confirm it appeared, and in which zones.
Hourly shelf position and sponsored-flag capture across a defined zone sample, compared against the placement schedule purchased.
Placement delivery was verified independently, with inconsistent zones evidenced.
Examples are anonymised at client request. Named references are available on request under NDA. See published case studies →
Before you commit to anything, we run this service against your own sources and send you the output. If the coverage isn't there, the sample will show you that too — which is the point. We would rather lose the deal at the pilot than at month three.
Same collection pipeline and QA underneath. The difference is who holds the schedule and how the data reaches you.
We own the collection, the QA and the delivery. You receive clean data on a schedule and never touch a scraper.
Best fit: Teams who need the data, not the infrastructure.
The same collection pipeline exposed as an authenticated REST endpoint your systems query directly.
Best fit: Product and engineering teams building on live data.
A defined pull for a specific question — market sizing, diligence, a pitch, a one-off audit.
Best fit: Research, strategy and diligence work with a deadline.
Every engagement is quoted individually, because the honest answer depends on your scope: how many sources, how many records, how often, and how the data reaches you. We scope it with you, run a free pilot on your own sources, and then quote a fixed monthly figure — no per-request metering and no overage billing when volumes move. Request a quote and you will have a number after one call.
Zone-based collection multiplies volume before you add a single SKU, and that is where in-house builds break.
| Consideration | In-house scraping team | Generic proxy / DIY tool | Actowiz managed feed |
|---|---|---|---|
| Time to first usable data | 6–12 weeks of engineering before anything is trustworthy | Days, but output needs manual cleanup before use | Free pilot in 48 hours, production in 5–10 business days |
| Who fixes it when a source changes | Your engineers, at the cost of their roadmap | You do — tools report failures, they don't resolve them | We do, same business day, inside the retainer |
| Data quality assurance | Whatever your team has time to build | None beyond HTTP success | Schema validation plus sampled human QA on every run |
| Compliance documentation | Rarely produced, then requested urgently by legal | Not provided; terms risk sits with you | Sources, method and lawful basis documented for review |
| Accountability | Distributed across a team with other priorities | A support ticket queue | A named engineer and an account owner |
| True annual cost | Engineer salaries, proxies, hosting, ongoing maintenance | Low licence fee plus significant hidden analyst time | One fixed monthly retainer, quoted after scoping |
This sounds like a schema pedantry point. It is the single most consequential design decision in quick commerce data, and getting it wrong sends brand teams chasing problems that do not exist.
Most datasets collapse the last two into "unavailable". The consequence is predictable: a brand sees 40% unavailability in a city, escalates to supply chain, and burns weeks discovering that most of the gap is zones where the platform never ranged the SKU. Meanwhile the actual stock-outs — short, frequent, in high-value zones — get lost in the noise.
Two fields, always. listed records whether the SKU exists in that zone's catalogue at all. in_stock records buyability where it is listed. Availability metrics are computed only across the listed population, so your on-shelf availability figure means what the phrase actually means.
Range gaps then become their own metric, and a far more valuable one commercially: a list of zones where competitors are ranged and you are not is a concrete argument for a category conversation. That argument does not exist if the data called it a stock-out.
Every q-commerce buyer wants complete coverage, and almost nobody needs it. Because catalogue only appears after a location is set, collection cost scales with zones multiplied by SKUs multiplied by frequency — three multipliers, which compounds fast.
500 SKUs across 1,800 pincodes at hourly refresh is 21.6 million observations a day, per platform. The same 500 SKUs across a well-chosen 200 pincodes at hourly is 2.4 million — roughly a ninth of the cost. The question is whether the 200 answer the same business question, and usually they do.
We design this with you before quoting, because scoping the zone set well is worth more than any efficiency in the collection itself. If you already track supermarket pricing, this pairs directly with grocery data scraping — the same brands, the same categories, two very different channel economics.
Pincode sets and SKU scope are designed first, since zones multiplied by SKUs multiplied by frequency drives everything.
You send us target sites, regions, SKUs or keywords. We return a field-level schema proposal, coverage estimate and refresh recommendation — usually within two working days.
We extract a real sample from your actual targets so you can inspect field fill rates, edge cases and match quality before any commitment.
Our engineers build extractors, then wire validation rules: type checks, range checks, duplicate detection and golden-record comparison against a manually verified subset.
Feeds run at your chosen cadence and land in the warehouse or bucket you already use. Schema changes are versioned and announced before they ship.
We watch coverage drift, fill rates and source changes daily. A named engineer owns your account, and layout breaks are fixed by us — not queued for you.
JSON, JSONL, CSV, Parquet or XLSX, delivered to Amazon S3, Google Cloud Storage, Azure Blob, SFTP, Snowflake, BigQuery, Databricks or a REST/GraphQL endpoint. Webhooks fire on completion, and every batch ships with a manifest containing row counts, schema version and QA results so your pipeline can fail loudly instead of silently ingesting a bad file.
We collect publicly accessible catalogue and pricing pages, using generic location input to set the delivery zone. We do not create customer accounts, use customer credentials or place orders. Courier, rider and customer personal data is never part of the deliverable. Collection rates are set low enough to avoid burdening platform infrastructure, and methodology is documented per platform.
These are contractual, not marketing copy. They appear in the engagement document.
| Commitment | What we hold ourselves to |
|---|---|
| Pilot turnaround | A real sample from your own sources within 48 hours of scoping, at no cost. |
| Go-live | Production collection running within 5–10 business days of sign-off. |
| Delivery punctuality | 99.5% on-schedule delivery, measured monthly and reported to you. |
| Breakage response | Source layout changes triaged same business day; critical sources inside 4 hours. |
| Data quality | Schema validation on every run plus sampled human QA before any delivery leaves us. |
| Escalation | A named engineer and an account owner, not a shared ticket queue. |
| Change requests | Field additions and source changes handled inside the retainer, not re-quoted. |
| Exit | Your historical data exported in full on request. No lock-in, no export fee. |
Plain definitions of the terms used on this page, so procurement and legal reviewers are working from the same vocabulary as your data team.
What brand and platform teams ask during evaluation.
Because a national q-commerce catalogue does not exist. Each dark store carries two to five thousand SKUs selected for its micro-market, so assortment, price, stock and delivery promise all differ by zone at the same moment.
A national figure blends zones where a SKU is ranged with zones where it never was, and averages a forty-minute stock-out with zones that never went out. The result describes no shopper's experience anywhere. Every record we deliver carries its pincode so you aggregate afterwards, on your terms.
Two separate fields, and this is the most important distinction in the schema. listed says whether the SKU is in that zone's catalogue at all. in_stock says whether it is buyable where it is listed.
Datasets that merge them cause real damage: a brand sees 40% unavailability, escalates to supply chain, and discovers weeks later that most of the gap was never-ranged zones. We compute availability only across the listed population, and deliver range gaps as their own metric — which is commercially more useful, since a list of zones where competitors are ranged and you are not is an actionable category argument.
Within the hour on the hourly tier, with the stock-out start timestamp recorded so duration is measurable rather than just flagged. Recovery time after restock is captured the same way.
This matters because q-commerce stock-outs are short. A dark store holds hours of cover, not weeks, so a daily snapshot misses most of them entirely and systematically understates the problem. If availability is your primary use case, hourly on a focused SKU-pincode set beats daily on everything.
Usually far fewer than clients first assume. Cost scales with zones times SKUs times frequency, so zone selection is the main lever — 500 SKUs across 1,800 pincodes hourly is roughly nine times the cost of the same SKUs across a well-chosen 200.
We design the set around revenue-weighted metros, sample one pincode per dark store cluster to remove redundancy, deliberately include income-tier variation, and add a rotating low-frequency sweep to validate that the dense sample still represents the wider picture. That design conversation happens before we quote.
Yes. Shelf position within category and search results is captured per zone, along with a sponsored flag where the platform marks paid placement.
This is one of the higher-value uses of q-commerce data, because trade and retail media spend is otherwise verified only by the platform selling it. Zone-level and hour-level capture shows not just whether placement appeared, but how consistently — which is usually where the discrepancy sits.
Platform terms generally restrict automated access, and we say that plainly rather than implying the question is settled. Our practice: publicly accessible catalogue pages only, generic location input to set the zone, no account creation, no customer credentials, no orders placed, low request rates.
You receive a written methodology document per platform describing exactly what is accessed and how, and a DPA before signature, so your counsel can assess your specific use case. Any vendor telling you this is entirely without consideration is not being straight with you.
Yes — displayed delivery minutes, handling fee, surge fee and free-delivery threshold, all per zone and captured at the moment of collection.
These move with time of day and platform load, so a single daily reading is not representative. Where delivery economics are the focus, we collect at several fixed times daily so peak and off-peak behaviour separate cleanly rather than being averaged into a meaningless midpoint.
India is the deepest by a wide margin, with genuine pincode-level differentiation across several national platforms. The GCC is strong and growing. Parts of Europe have meaningful coverage in metro areas, though the sector has consolidated significantly there. US rapid delivery exists but with different economics and less zone-level catalogue variation.
We give you an honest per-market assessment during scoping. In some markets q-commerce is thin enough that grocery delivery data answers your question better, and we will tell you that rather than selling you the more expensive collection.
We quote individually, and here the quote is almost entirely zones × SKUs × frequency. Nothing else moves the number as much.
A focused SKU set across a well-chosen metro zone sample at several-times-daily refresh sits at the lighter end. Broad SKU coverage across thousands of pincodes at hourly refresh across multiple platforms sits considerably higher. Because zone design has such leverage, we do that design with you before quoting. One scoping call, a free pilot on your own SKUs and pincodes within 48 hours, then a fixed monthly quote. Request a quote.
Send us a SKU list and a few pincodes. We return zone-level pricing, listing presence and availability within 48 hours, with listed and in-stock as separate fields.
Free pilot, no card, no obligation. We'll design a zone sample with you before quoting.Our web scraping expertise is relied on by 4,000+ global enterprises including Zomato, Tata Consumer, Subway, and Expedia — helping them turn web data into growth.
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