G2 Customer Reviews
What do you like best about Stok.ly – Inventory-Centric Cloud ERP?
“we have been a user for the last 4 years and we cannot think of life without it for our retail business. it makes listing to shopify and other marketplaces easy, keeps inventory accurate online and the POS is easy to use. accurate inventory across all sales channels is the big win for us.”
The Real Problem
The surface symptom is visible enough: wrong stock counts, missed orders, staff printing documents instead of scanning them, phones ringing because someone oversold a line that ran out three days ago. But the root cause sits one layer deeper.
These businesses are not running one broken system. They are running four or five systems that were each chosen to fill a gap left by the last one — and none of them talk to each other. As one operations lead at a multi-site retailer put it: “We’ve gone from one system to four systems and none of them talk to each other and it is complicated. We just need a better brain — a system that works a bit better and talks to everybody.”
When systems do not share a common data layer, every integration becomes a liability. Stock figures diverge the moment a sale lands in one place and a receipt lands in another. One warehouse manager described the daily reality plainly: “Their systems that we’re using don’t speak together, they don’t communicate, they don’t work together — it consistently breaks on their end.”
The fragmentation is not just technical — it is structural. Inventory information lives in disconnected views, so no one person can see the full picture from a single screen. Staff fall back on paper. Decisions get made on guesswork. As one director observed: “all this information is roughly available now, isn’t it? Maybe a little bit less granular, but none of the processes are connected, which makes it slow to search things.”
This matters most when the business tries to grow. A warehouse running at near capacity with no reliable stock data cannot confidently place replenishment orders. A buying team without forward-looking inventory signals will either overstock — “We sat on half a million pounds of stock plus all the glass that’s coming in and the warehouses are bursting” — or understock and face the stockouts that erode customer trust. The system is not just slow. It is actively producing wrong decisions.
Meanwhile, the person closest to the problem spends their days holding everything together manually as the knowledge is in one person’s head. When something breaks — a plugin update, an accountancy software migration, a supplier changing a barcode mid-run — there is no resilience, only firefighting.
The root cause is simply; the operational core of these businesses — purchasing, goods receipt, stock movement, fulfilment, production, replenishment — has never been connected into a single system of record. Everything downstream of that missing connection is a symptom.
Trust your stock. Transfer with confidence. Control orders. Fulfill every day like clockwork.
What It Costs
The commercial consequences of disconnected inventory operations are not abstract. They show up in specific, measurable ways across purchasing, fulfilment, staffing, and capital allocation.
Lost customer relationships and damaged credibility
Fulfilment errors caused by inaccurate inventory data do not just cost a single order — they cost accounts. “This kind of bad order will affect our customers’ first impression of us. It hurt our credibility with our customer.” And the damage compounds: “we’ve lost customers… they can go elsewhere if we mispick something or they get the wrong part from the supplier or our delivery address is missed… and we do that more than once in a month it flags in someone’s mind.”
Capital tied up in dead and misallocated stock
Without slow-mover visibility, businesses cannot distinguish stock that should be liquidated from stock that is strategically important to hold. The result is capital frozen in product that is not moving: “we’ve got products that we’ve held in stock now for two years that have not been sold.” At the same time, stock that would sell at a different location sits idle because no system flags the transfer opportunity. Meanwhile, entire warehouses fill beyond capacity: “we’re running at 98 capacity or something in the warehouse and things are even on the floor and stuff because we’re just running out of space.”
An entire working day spent on a single manual correction
When inventory records are wrong, someone has to fix them by hand — order by order, product by product. “I spent all day Friday making adjustments to green-light inventory for orders — an entire eight-hour day spent doing nothing but making adjustments for products that we have, items that we have, that couldn’t go out the door because of some letdown in a system.” That is one person’s full productive day, every time the data drifts.
Headcount spent on work that should not require headcount
Manual production planning requires two dedicated people to cover what one person with a working system could handle: “Currently we have two production managers because it’s manual. One does male sets, one does female sets — one person can’t get in, hasn’t got enough time to arrange and make production forecasting.” The same pattern appears in purchasing, replenishment review, and stock-take execution — every manual process adds a person or adds hours.
Stockouts during growth, with no early warning
Fast-growing businesses feel the cost of missing reorder intelligence most acutely. “Sales are growing fast, and we often feel short on inventory, so we would like to explore machine learning forecasting or alert mechanisms.” Without automated reorder points tied to real lead times, buying decisions lag behind demand — and the gap shows up as stockouts, emergency orders, and margin erosion from expedited freight.
Hardware investment producing no return
Barcode scanners and printers already purchased sit unused because the current system cannot support the intended workflow. Staff continue with printed documents and manual entry. The capital outlay has already been made; the operational benefit has not arrived.
Founder and senior staff trapped in operations
The clearest strategic cost is opportunity cost. When the people who should be running the business are instead holding it together manually, growth stalls. “I get pulled in a thousand different directions.” The system is not just inefficient — it is the reason the business cannot scale.
Why current systems fail
The businesses in this position are not, in most cases, running no system at all. They are running several — a point-of-sale platform, a separate accounting package, a spreadsheet layer, perhaps a 3PL portal — each doing its own job in isolation. The result is a collection of systems that have never been asked to think together.
Platform-native inventory tools are built around transaction processing, not stock control. As one operations lead described their situation after a routine accounting software switch: “They changed their accountancy software package to AccountsIQ which doesn’t have a stock system. We’ve moved to Accounts IQ and so we’ve lost our stock system that used to sit alongside Xledger — so right now there’s no connected inventory system behind the business.” A single routine decision removed the inventory layer entirely, because it was never truly integrated — it was attached.
Consumer-facing e-commerce platforms follow the same pattern. They are built to sell, not to control stock. As one multi-site operator explained: “Shopify, unfortunately, is not a very good platform for doing things like transfers, replenishment in bulk. Very good for small, but not when it gets to warehouse, not when it gets ERP level. It cannot do that.” When growth pushes volume and complexity beyond what a retail platform was built to handle, the only available path is more systems — and more systems means more failure points.
Barcode inconsistency exposes how thin the integration actually is. When a supplier changes a product code between delivery batches — a routine occurrence — platforms with no barcode alias logic simply fail: “the companies they change the codes so the same item can have a different code… a former delivery has one code, same product, after maybe a month we receive a delivery and the same product has another code.” There is no mechanism to map the relationship. The scan fails. The stock record breaks.
Adding integrations to compensate does not fix the architecture; it extends its fragility. “Their systems that we’re using don’t speak together, they don’t communicate, they don’t work together — it consistently breaks on their end.” Each new connector is a new dependency. Plugin-based architectures are particularly vulnerable: “How long that lasts, whether it will last forever, I don’t know — they might do a firmware update or back end some update and then it breaks the system.” The operational cost lands on one person — or a small team — whose entire working day becomes reactive maintenance rather than anything productive. “Aaron spends all his time in knee-high boots running around with every finger in the leaking holes in the dike just to keep us going.”
The deeper failure is structural. These platforms were not built to hold the operational logic of a growing product business — the rules around minimum order quantities, reorder points, inter-location transfers, exchange processing, production planning. That logic lives in the heads of individual staff members, on printed sheets, or not at all. “The manufacturing side and the sales side don’t communicate at all.” When those individuals are unavailable, or when the business grows past what one person can hold in memory, the system does not compensate. It simply stops working.
Order management and inventory ERP software for growing retail, wholesale and distribution businesses.
What Stok.ly is
Stok.ly is an order management-led, inventory-centric ERP built for product businesses operating across multiple locations, channels, and fulfilment workflows. It is a single operational system — not an assemblage of connected applications — that holds purchasing, stock control, order processing, warehouse operations, and production planning within one data layer, so that every part of the business reads from and writes to the same record.
Where platform-based tools treat inventory as a side effect of selling, Stok.ly treats inventory as the primary operational object. Stock levels, reorder points, supplier lead times, barcode relationships, location assignments, and movement history are all first-class data — stored, controlled, and acted on by the system directly, without requiring a separate integration to carry the information across.
Where accounting-adjacent stock modules are lost the moment the accounting package changes, Stok.ly holds the inventory record independently of any finance system. It connects to accounting software; it does not depend on it for stock integrity.
Where e-commerce platforms require extensive custom development to handle warehouse-level operations, Stok.ly provides that functionality as standard — handheld device support, barcode alias mapping, inter-location transfer management, bulk replenishment, and automated purchase order generation are built in, not bolted on.
Stok.ly is built for businesses that have grown past what a retail platform or a point-of-sale system can manage, and that need one system to carry the operational logic of the whole business — without requiring a developer, a system integrator, or a dedicated internal IT function to keep it running.
How Stok.ly solves problems
Operational Failure
The operational failures described above share a common root: business logic — reorder rules, barcode relationships, location priorities, exchange pricing, production triggers — is stored nowhere the system can act on it. Stok.ly solves this by making that logic explicit, stored, and executable within a single inventory record that every workflow reads from.
Stock accuracy across locations without a week-long count.
Stok.ly maintains a live, location-specific inventory record updated by every goods receipt, pick, transfer, and adjustment. Cycle counts replace the full warehouse shutdown. Staff use handheld devices to scan and confirm rather than working from printed sheets — the system validates each scan against the expected record and rejects entries that do not match, preventing user errors from corrupting the data at source.
Barcode inconsistency resolved at the data layer
When a supplier changes a product code between delivery batches, Stok.ly maps the new barcode to the existing SKU record through barcode alias logic. The scan does not fail. The stock record does not break. The seven-shop operator whose current platform cannot reconcile a barcode change across locations does not need to manually correct each site — the system holds the relationship.
Purchase orders generated by the system, not by a person opening each product manually.
Stok.ly monitors stock levels against reorder points and supplier lead times continuously. When a SKU falls below its minimum, the system generates a draft purchase order against the correct supplier, in the correct pack size, without requiring anyone to open a product record and add up the last three months of sales by hand. “I look at each product and I look at how many we’ve sold in the last three months but I physically open each product manually and add it up to get it” — that process moves from a person to the system.
Inter-location transfers visible and actionable.
Stok.ly gives operations teams a cross-location view of stock movement and velocity by site, so that inventory sitting unsold at one location — identified as slow-moving — can be flagged for transfer to a location where the same item moves faster. The decision does not require a manual product-by-product review; the system surfaces the opportunity.
Production planning driven by stock position, not by a second headcount.
Stok.ly connects the sales order pipeline to manufactured item stock levels. When a finished good falls below its minimum, the system can trigger a production order without requiring a dedicated planning manager to hold that logic manually. “Currently we have two production managers because it’s manual” — the system carries the scheduling logic that currently requires two people to maintain separately.
Exchange processing with price logic built in.
Stok.ly holds the price difference between a returned item and its replacement at the transaction level, so warehouse and shop staff processing an exchange do not need to know the price relationship from memory — the system presents it. The error that damages a customer’s first impression of the business is prevented at the point of processing, not discovered afterwards.
Accounting software independence.
Stok.ly holds the inventory record in its own data layer. Switching accounting packages — from Xledger to AccountsIQ, or from any one system to another — does not remove the stock system. The inventory record persists. The connection to accounting is a data feed, not a dependency.
One system the whole operation reads from.
The shop floor worker who cannot currently see what is out of stock because “the person in the shops they don’t know that something’s sold out — it’s not actually there because they can’t see it” reads from the same live record as the purchasing manager, the warehouse team, and the finance function. There is no reconciliation step because there is no separate system to reconcile against.
Stok.ly’s Capability Matrix
| Capability Name | What It Controls | Why It Matters |
|---|---|---|
| Real-Time Multi-Location Inventory State Control | Granular, real-time visibility of every inventory state across all locations and channels — on-hand, allocated, in-transfer, quarantined — updated continuously as stock moves. | Shop-floor staff and online channels see the same live picture. The situation where a person in a shop cannot tell whether an item is genuinely out of stock or simply not visible in their system is closed at the source. |
| Spreadsheet Elimination Through Centralized Operational Control | Centralises inventory, purchasing, and order data in one collaborative platform so that manual lookups, cross-referencing across disconnected systems, and paper-based workarounds are replaced by a single controlled record. | A buyer who currently opens each product one by one and manually adds up sales figures — or an operations team running four systems that do not talk to each other — works from one source of truth instead of assembling it themselves each time. |
| Automated Min/Max Replenishment & Supply Trigger Engine | Rules-based automation that monitors stock levels against defined thresholds and triggers replenishment actions — purchase orders, transfers, or manufacturing runs — without manual intervention. | Businesses that describe their purchase order process as neither forward-looking nor accurate enough, leading to persistent overstock and understock cycles, receive automatic supply triggers before those positions develop. |
| Accounting Integration & Mapping | Maps and synchronises operational transactions — sales orders, purchase orders, stock movements — to the connected accounting platform, removing the need for manual re-entry or manual API co-ordination with third-party systems. | Teams relying on manual communication with their 3PL or accountancy system because their ERP cannot pass data through an API key no longer carry that manual overhead — the integration handles the data flow directly. |
| Exception Detection & Operational Intelligence Layer | Detects operational exceptions — disconnected processes, unresolved variances, fulfilment failures, inventory discrepancies — in real time across ERP workflows and surfaces them for immediate intervention. | Businesses running systems that are working but will eventually break gain early warning of where the fragility actually sits, before a firmware update, a supplier code change, or a volume spike causes the collapse. |
| AI Pro Assistant — Ask-and-Do Mode | Built-in AI assistant that queries any data held in Stok.ly, performs analysis across inventory, sales and purchasing records, and executes actions such as creating purchase orders, stock transfers, and manufacturing runs on instruction. | An owner who currently spends an entire eight-hour day making manual inventory adjustments before orders can leave the building can instead query and act on the same data in a fraction of the time, without navigating multiple disconnected screens. |
Some of the problems people tell us
“Everything is very clunky at the moment. There’s no streamlined experience. Everything is very disjointed. It’s working, but it’s going to break.”
An operations lead at a multi-channel retailer
“We’ve gone from one system to four systems and none of them talk to each other and it is complicated. We just need a better brain — a system that works a bit better and talks to everybody.”
A founder managing wholesale and retail channels
“I spent all day Friday making adjustments to green-light inventory for orders — an entire eight-hour day spent doing nothing but making adjustments for products that we have, items that we have, that couldn’t go out the door because of some letdown in a system.”
A warehouse manager at a product-based business
“This kind of bad order will affect our customers’ first impression of us. It hurt our credibility with our customer.”
An e-commerce operations manager
“Their systems that we’re using don’t speak together, they don’t communicate, they don’t work together — it consistently breaks on their end.”
An operations director managing multiple fulfilment integrations
So
A founder of a multi-location retail and wholesale business
How Stok.ly Compares to the Current Approach
The gaps described above are not caused by user error. They are structural limitations of the tools being used. The table below maps specific, recurring operational failures to how each approach handles them.
| Operational Problem | Typical Current Approach | Stok.ly |
|---|---|---|
| Inventory visibility across multiple locations | Stock levels fragmented across separate systems — POS, spreadsheet, accounting software — with no single live view. Staff at one location cannot see what another location holds. | Stok.ly holds a single inventory record across all locations. A query at any location reflects the same live data, including stock in transit and allocated to open orders. |
| Barcode changes between supplier batches | A new barcode from a supplier means some locations can scan the item and others cannot, depending on which batch they received. Shopify propagates the barcode change globally or not at all. | Stok.ly associates multiple barcodes with a single SKU record, so a product with a supplier-changed code continues to scan and resolve correctly across all warehouse and shop locations simultaneously. |
| Reorder point and minimum stock management | Purchasing decisions made manually, product by product, based on memory or periodic spreadsheet review. No system-triggered alerts when stock falls below a defined threshold. | Stok.ly holds reorder point and minimum quantity rules at the SKU level. When stock drops below the defined threshold within a supplier’s lead time, the system surfaces a replenishment prompt rather than waiting for a stockout to be noticed. |
| Supplier pack size and minimum order quantity alignment | Replenishment quantities calculated manually, with no system enforcement of supplier MOQ or pack size. Orders are placed in incorrect quantities and corrected by hand or by the supplier. | Stok.ly enforces supplier-specific MOQ and pack size constraints when generating or suggesting purchase orders, so quantities submitted to a supplier are already aligned with their supply terms. |
| Slow-moving and dead stock identification | No systematic view of which SKUs have not moved in months. Buyers review products individually to estimate movement, or rely on memory. Capital tied up in slow-movers remains invisible until a physical count. | Stok.ly tracks stock movement at SKU and location level so slow-moving and stagnant inventory is identifiable without manual product-by-product review, including cases where stock held at one location would turn faster if transferred to another. |
| Production planning across manufacturing and sales | Manufacturing and sales operate without a shared data view. Production managers build schedules manually, typically split by product category, requiring two dedicated staff where one connected process would suffice. | Stok.ly connects sales demand, current stock levels, and production requirements in a single record, giving a production planner the information needed to build forecasts without manually cross-referencing separate sales and stock systems. |
| Systems breaking after accounting software changes | Switching accountancy platforms (for example, from Xero or Xledger to AccountsIQ) severs the connection to the stock system that sat alongside it, leaving the business with no live inventory record at all. | Stok.ly operates as the inventory and order management record independently of the accounting platform. Accounting integration connects Stok.ly to the ledger — it does not define whether the stock system works. |
| Handheld scanner support in the warehouse | Staff rely on printed pick sheets and stationary terminals. Already-purchased handheld barcode scanners sit unused because the current platform does not support the intended scan-and-confirm workflow. | Stok.ly supports handheld device workflows for receiving, picking, and stock adjustment, so scanners already on-site can be put to work rather than remain as sunk cost. |
| Exchange processing across multiple locations | Staff processing exchanges are told to swap items but are given no system guidance on price differences between the returned item and the replacement. Errors propagate without any audit trail of what was changed or by whom. | Stok.ly records the value of the original order alongside the replacement, giving the person processing the exchange a clear figure to work from. Every stock movement and adjustment is timestamped and attributed to the user who made it. |
| Platform plugin reliability | Core warehouse or inventory functionality delivered through third-party plugins on platforms such as Shopify or WooCommerce. A platform update can break a plugin without warning, taking the workflow with it. | Stok.ly delivers inventory and order management as a single connected system rather than a core platform plus third-party add-ons. There is no plugin layer for a platform update to break. |
| Stock take duration across multiple locations | Full physical counts take a week or more to complete across all sites, during which inventory data is known to be unreliable. Counting is done on paper or with tools that do not integrate with the live stock record. | Stok.ly supports rolling and location-by-location stock counts using handheld scanners, with count results reconciled directly against the live record rather than re-entered from paper after the fact. |
| Serial number, expiry date, and tax code tracking | Product-level tracking by serial number or expiry date is not supported by the current platform and is being tracked manually or not at all, creating exposure ahead of regulatory deadlines. | Stok.ly records serial numbers, batch numbers, and expiry dates at the individual unit level, associating them with the purchase order they arrived on and the sales order they leave with. |
Who this is for
- Stok.ly is built for product businesses that have outgrown the systems they started with. If any of the following describes your operation, you are in the right place.
- You run stock across multiple locations — warehouses, stores, or third-party fulfilment — and your systems do not talk to each other reliably.
- You have already purchased barcode scanners or printers that are sitting unused because your current platform cannot support the handheld workflow you need.
- You are on Shopify, BigCommerce, WooCommerce, or a similar commerce platform and you are hitting the ceiling on transfers, bulk replenishment, and warehouse-level stock control.
- You switched accounting software and lost your stock system in the process — and right now there is no connected inventory layer behind the business.
- You or a key member of staff spend the majority of your working week manually firefighting system failures rather than running the business.
- You are approaching a regulatory requirement for product-level tracking by serial number, expiry date, or tax code, and your current system has no native path to compliance.
- You have slow-moving stock tied up across multiple locations with no visibility into which items should be liquidated and which should be transferred to a location where they would sell.
- You are planning to open additional stores or sales channels and you already know the manual workload will become unmanageable at that scale.
- Your manufacturing and sales operations do not communicate — production planning is handled manually by dedicated staff who should not need to exist at that head count.
- You need automated reorder points and minimum stock levels that respect supplier pack sizes and lead times, and your current platform cannot set or enforce them without custom development.
Frequently Asked Questions
What type of business is Stok.ly built for?
How is Stok.ly different from just using Shopify with inventory apps?
We already have barcode scanners that our current system cannot support — can Stok.ly use them?
We changed our accounting software and lost our stock system — can Stok.ly replace what we lost?
Can Stok.ly handle stock across multiple warehouse locations and retail stores simultaneously?
We have slow-moving stock we cannot identify or act on — does Stok.ly provide visibility into that?
How does Stok.ly handle automated reorder points and supplier pack sizes?
Our current stock take takes more than a week and is extremely disruptive — can Stok.ly reduce that?
Contact Information
All our sales, support and development team are located in Hereford and Cheltenham in the U.K. Please submit the contact form and we will contact you within the same business day.