Count This・Counting Things App

I noticed the value of Count This during the jobs where counting is necessary but not worth turning into a full spreadsheet project. Its purpose is straightforward: use a photo to count visible objects such as pills, pipes, coins, boxes, rods, or pieces of lumber. That makes it a business app first, but I also found the idea useful for personal organization when I needed a quick estimate from a physical pile.

The important distinction is that this is not a replacement for inventory software, barcode scanning, or a carefully maintained stock database. I see it as a fast visual counting step inside a larger workflow. It can reduce the tiresome part of counting, while I still need to check the result, record it somewhere appropriate, and decide what action follows. Used that way, it has a clear place in a sustainable productivity system rather than becoming another app that creates more work than it removes.

Where Count This fits before, during, and after counting

Before I take a photo, I decide what the count will be used for; afterward, I make sure the confirmed number reaches the right record. That small bit of planning keeps a quick visual check from becoming a stray figure with no context. Next, I look at how the counting step fits into an ordinary workday.

Starting with a better workflow than manual counting

Before using the app, I would normally spread objects across a table, count them one by one, lose my place, and repeat the process because the first result did not feel reliable. That approach is especially awkward with small, similar items or materials arranged in several groups. Writing down partial totals helps, but it also adds opportunities for skipped items and transcription mistakes.

Count This changes the first stage by letting me begin with an image instead of a blank note. The app is designed for objects that can be seen in a photo, so the quality of the starting image matters more than it might seem. I get better results when the objects are separated visually, the lighting is even, and the background does not compete with the items. A rushed photograph of overlapping pieces is not a shortcut; it can simply move the counting problem into the checking stage.

My practical advice is to prepare the scene before opening the app. Spread out coins, components, or stock items where possible. Keep the camera steady and avoid placing different object types in one crowded image unless the arrangement makes them easy to distinguish. If the objects are in a box, I would photograph the contents from an angle that shows the pieces rather than relying on a dark interior or a partially blocked view.

This preparation is one of the app's less obvious trade-offs. The faster capture can save time, but only if I spend a moment making the image countable. For a handful of large, clearly separated objects, that effort is minimal. For tangled cables, overlapping hardware, or items hidden beneath others, manual sorting may still be the more dependable choice.

Capturing a count without creating a second inventory system

Once I have a useful photo, the app's role is narrow and helpful: it gives me a visual count to work from. I would not treat that number as the entire record of a business process. A count of boxes, for example, does not tell me which boxes are damaged, reserved, already shipped, or assigned to a particular customer. Those details belong in the system where the rest of the work is tracked.

That is why I would use the result as an input to a routine. I might count materials at the end of a shift, compare the visual result with the expected quantity, and then enter the confirmed total in an inventory note or business tool. The app is most useful when it removes repetitive observation while leaving decisions and accountability in the workflow I already trust.

For household use, the same approach works on a smaller scale. I could photograph a collection of coins before sorting them, count spare parts before placing an order, or check how many similar items remain in a storage box. The benefit is not that the app manages the whole collection. The benefit is that I can get a starting quantity quickly and then organize the result in a note, checklist, or budget record.

The strongest habit is to separate counting from recording. First capture and review the visual result. Then write the confirmed quantity into the place where it will be used. This prevents a temporary count from being mistaken for a permanent inventory record and keeps the app from becoming an isolated step that nobody remembers later.

Building a repeatable routine around visual counts

I would get more value from Count This by giving it a fixed place in a repeated routine. For example, a small workshop could count incoming rods or pieces of lumber when a delivery is unpacked, then compare the result with the expected shipment before storing the materials. A shop handling boxes could use the same sequence during a closing check: arrange the stock, take a clear image, review the count, and transfer the confirmed number to the normal record.

The routine should also define what happens when the count looks wrong. I would not keep taking random photographs until one produces a preferred number. Instead, I would use a simple verification rule: improve the arrangement, capture the image again, and manually inspect the result. If the object group remains difficult to distinguish, I would switch to a manual count or divide the group into smaller sections.

That section-by-section approach is a useful compromise. When a large pile is too dense, separating it into trays or rows makes each image easier to interpret. I can then add the subtotals in my regular note or calculator. It takes more handling than one photograph, but it can be faster than correcting an unreliable total later. For business work, a repeatable method is usually more valuable than chasing the fewest possible taps.

I also like the idea of using a consistent capture location. A plain table, steady lighting, and the same arrangement style make counts easier to compare from one session to the next. This is not a special feature of the app; it is a workflow improvement that makes the app's visual task more predictable. In practice, consistency can matter as much as the counting tool itself.

Where the method can fail

The central limitation is visible overlap. If one object hides another, no photo-based counter can inspect what the camera cannot see. Similar colors, reflections, shadows, transparent containers, and cluttered backgrounds can also make the image harder to interpret. Small pills or coins may be easy to see individually in one arrangement and surprisingly difficult in another.

I would be especially careful with pills and other items where a wrong count has consequences. A visual estimate should not be the only basis for medication decisions, dispensing, or safety-critical work. The app can help organize a visible group, but a person should verify the final quantity when accuracy matters.

Long objects create a different challenge. Pipes, rods, and lumber may be partly outside the frame or aligned so that several pieces look like one. I would keep the entire group inside the photograph and arrange the ends so they can be distinguished. If the materials are stacked tightly, I would count exposed ends only after making sure each piece is represented clearly.

There is also a workflow failure that has nothing to do with image recognition: forgetting what a count refers to. A photograph of boxes is not enough context a week later if the location, item type, or purpose is unclear. I would pair the result with a short label in my normal record, such as the storage area and date of the check. Since the app's job is counting, the surrounding process must provide the business context.

Another friction point is the difference between a quick count and an auditable count. If several people need to understand how a quantity was reached, a photo and a confirmed note are more useful than a number copied without context. For regulated stock, formal inventory tools, barcode systems, or a manual double-check may be better choices. Count This is attractive when speed and convenience matter, not when it must provide a complete chain of custody.

How it compares with familiar alternatives

Manual counting is still the simplest alternative for a small, clearly organized group. It requires no setup and can be more trustworthy when objects overlap or when I need to inspect condition at the same time. Count This becomes more appealing when the objects are numerous, visually distinct, and likely to be counted repeatedly.

A spreadsheet is better for history, formulas, categories, reorder levels, and collaboration. It can store the result and show how quantities change, while Count This focuses on obtaining the visible quantity in the first place. I would use both when the work deserves a record: the app for the initial visual count, and the spreadsheet or inventory tool for the ongoing process.

Barcode and QR workflows are usually stronger when every product already has a reliable identifier. They can distinguish variants that look alike and connect directly to product records. A visual counter is more flexible for loose materials, unlabelled pieces, or objects that do not have individual codes. The trade-off is that visual counting depends on arrangement and visibility, whereas scanning depends on labels and a compatible database.

A general camera or note-taking app can preserve evidence of what was present, but it does not focus specifically on turning a photograph into a quantity. Count This is more purposeful for the counting step. On the other hand, a normal camera may be preferable when the condition, packaging, or placement of the objects matters as much as the number. I would choose based on the question I need answered: “How many are visible?” or “What exactly was here, and in what state?”

What I would check before relying on it

The app is free to install, which makes trying it in a low-risk workflow easy. It includes in-app purchases ranging from $3.99 to $19.99 per item, so I would review the purchase screen carefully before adopting it for a team or making it part of a routine. For a casual user, testing a few representative counting situations first is sensible. For a business, I would test the actual materials and lighting used on the job rather than assuming success from an easy sample.

Count This comes from AIBY Inc. and is listed for Everyone, so its presentation is accessible to a broad audience. It belongs to the Business category, but that does not mean every business will benefit equally. A warehouse with labelled stock and an established scanning process may gain little from it. A small workshop, reseller, craft operation, or home organizer dealing with loose physical items may find the visual approach much more practical.

On Android, the app requires version 8.0 or later. Its current version is 2.4.3, and the app was released on Jul 1, 2022. Those details make compatibility worth checking before planning a shared device workflow, especially if the phone used for stock checks is older. I would also test the app on the exact device and camera used by the person doing the count, because a process that works on one screen or camera may feel less convenient on another.

The app has an average rating of 3.9 from around 13 thousand ratings, with 181 written reviews, and it has passed 500 thousand installs. I read those figures as a sign of real interest rather than a guarantee that every counting situation will work. The right question is not whether it can count objects in general, but whether it can count the particular objects I handle after they have been arranged in a realistic way.

Who should adopt it

I would recommend trying Count This if I regularly count loose physical items and the main burden is visual repetition. It is a good candidate for a small business that receives materials, checks simple stock groups, or needs quick quantities before updating another record. It can also suit a person organizing coins, spare parts, boxes, or craft supplies who wants something more direct than manually marking each item.

The best users will be willing to prepare the image and verify unusual results. They will understand that the app accelerates observation but does not replace judgment. They will also connect it to a clear next step, such as updating a stock note, deciding whether to reorder, or separating items that need inspection.

I would skip it when every object has a barcode that already connects to a complete inventory system, when the items are mostly hidden or overlapping, or when an incorrect count could create a safety, medical, legal, or financial problem without a second check. In those situations, scanning, formal inventory software, or a documented manual process is the better fit.

My final view is that Count This is most convincing as a focused tool inside a disciplined routine. It does not need to manage an entire business to be useful. If I prepare a clear scene, capture the group, inspect the result, and transfer the confirmed quantity into the right record, it can remove a tedious part of everyday counting. If I expect it to understand clutter, identify product variants, maintain stock history, and guarantee accuracy without supervision, I am asking it to do a job it was not designed to replace.

For me, that makes the app worth considering for quick visual counts, especially when manual counting is repetitive but a full inventory system would be excessive. I would start with a small, low-risk workflow, compare its results with a manual count, and keep using it only where the time saved is greater than the effort needed to arrange and verify the photo. That measured approach gives the app a useful role without allowing one convenient number to become an unexamined business decision.