Do Memory Training Apps Work?

Do memory training apps work?

Yes, but narrowly. You improve at the tasks you practise, and that shows up on the app's own scores. The gain that carries into ordinary life, remembering a meeting or a book, is the part the evidence does not support strongly. So the honest answer depends on what you expected the app to do.

The phrase covers products that do different jobs. Some are speed and reaction games, some test short-term memory spans, some are language drills, and some compensate for hearing loss. Roundups of memory training apps usually blend those categories, which is why two lists can rank the same app first and last.

The other trap is what the score measures: an app tests the format it trained, and early gains are partly fluency with its interface.

What does it mean for a memory app to work?

It means two separate things. First, the practice produces a real gain on the trained task, not just comfort with the interface. Second, that gain transfers, meaning it shows up in something you were not trained on. Nearly every disagreement about brain training is about the second claim.

Researchers split transfer into near and far. Near transfer is improvement on a task that closely resembles the trained one, and it is common. Far transfer is improvement in an unrelated ability, such as remembering a conversation or following a long document, and it is rare.

That distinction matters because the products rarely state which one they are claiming. A sharper mind in an app store listing sounds like far transfer. The trial behind the app usually measured near transfer.

You can also test this yourself. People who finish books and still barely remember the main points are describing the transfer question from the inside, and it is the test that matters if reading and conversation are your goals.

Do gains in a game transfer to everyday memory?

Mostly not, on the current evidence. The landmark review, Simons and colleagues' "Do 'Brain-Training' Programs Work?" in Psychological Science in the Public Interest (2016), found solid gains on the trained tasks and thin evidence for broader gains. Near transfer happens. Far transfer is where the claims tend to fall apart.

The largest trial in the field, the ACTIVE study, followed older adults for years. Participants improved on the skills they trained, and the speed-training group showed some benefit on everyday tasks, while independent reviewers still concluded the evidence for broad cognitive gains was thin. Gains where you practise, less beyond that.

The mechanism is unglamorous. Practice strengthens the circuits you use, and a reaction-time game uses reaction-time circuits. Nothing about playing it exercises the loop that lets you hold an argument from a document or reconstruct what a colleague said.

What does transfer is practice that resembles the target. If you want to hold on to what you read, the practice has to involve reading real material and reproducing it.

Which kinds of memory practice have the best evidence?

The strongest record belongs to retrieval practice, spacing, and mnemonic strategies used on real material. Testing yourself after reading beats rereading it, and the 2013 review of learning techniques in Psychological Science in the Public Interest rated practice testing and distributed practice as the highest-utility methods for learners.

The testing effect is one of the most replicated findings in learning research: students who test themselves remember substantially more later than students who spend the same time rereading. A meta-analysis of distributed practice by Cepeda and colleagues in 2006 found spaced reviews consistently beating the same study time massed together.

Mnemonic training has a real record too, as a skill rather than a shortcut. Training in the method of loci, the technique of placing items along an imagined route, has been shown to change how trained material is recalled, and imaging work has found the training reshapes the networks that support it. It works on the material you apply it to.

How should you evaluate an app's scientific claims?

Use five questions. Does it train the specific skill you care about? Does it give feedback that names what you missed? Does difficulty progress as you improve? Is the evidence quality good, with independent researchers and a comparison group? And does the practice resemble your actual goal?

Read the study before the badge. Ask who ran it, whether the outcome measured was the trained task or an everyday one, and whether there was a comparison group that did something else. A trial published by the company that sells the app is not worthless, and it is not independent either.

The category has a history worth knowing. In 2014, more than 70 cognitive scientists signed an open letter warning that brain-training marketing overstated the science. In 2016, the FTC settled with Lumosity for $2 million over claims about memory, attention, and dementia protection. The marketing changed. Treat any claim of dementia protection or a higher IQ as a disqualifier.

What should a useful daily session include?

A short session that ends in recall and tells you what you missed. Ten to fifteen minutes is enough: real material, the source closed, an attempt from memory, then a specific correction. Progress should look like harder material or fewer misses, not a rising score.

If a notebook does that better than an app, use the notebook. A list of what you want to keep, one line written from memory after each read, and a reminder to revisit it is a complete system, and it costs nothing.

Where an app earns its place is the structure and the answer key. If you want that loop built for you, Absorb is a daily comprehension practice on the App Store with short reading, listening, and visual sessions that end in questions you answer from memory, so you can see what you actually absorbed.

Either way, keep one rule: end by saying or writing the point in your own words. That is the part that transfers, and it is the part no score can fake.