Can You Actually Improve Your Memory With Training?

Many people complain about their memory. They forget names at parties, lose track of why they walked into a room, or struggle to remember their grocery list. The same people often wish they could "train their brain" to remember better—and there's an entire industry of apps and games promising to do exactly that.

But does memory training actually work? Can practicing memory exercises today help you remember things better tomorrow? And perhaps more importantly, does getting better at a memory game translate to remembering where you left your keys or what your colleague said in yesterday's meeting?

The answer is yes—but with an important caveat. Memory training works when you understand what you're actually training.

The Soccer Player Problem

Imagine someone who's incredible at penalty kicks. They can place the ball exactly where they want, every time. Does that make them a great soccer player?

Not necessarily. They might still struggle with dribbling, passing, reading the game, or lasting 90 minutes without getting tired. Being elite at one skill doesn't automatically make you elite at everything the sport demands.

Memory works the same way. Your brain doesn't have one unified "memory muscle" that gets stronger across the board. Instead, you have different memory systems that handle different types of information. Training your ability to remember number sequences won't necessarily help you remember faces. Getting better at recalling visual patterns won't automatically improve your ability to remember melodies.

This isn't a limitation—it's actually good news. It means you can identify which specific memory skills matter most to you and train those directly.

What Actually Improves

Memory training is most effective when the practice task closely resembles what you want to improve at in real life. This is called "near transfer," and research consistently shows it works.

Here's what that looks like in practice:

If you train on remembering sequences of digits, you'll get better at remembering digit sequences. That directly helps with phone numbers, PIN codes, confirmation numbers, and passwords. If you regularly need to hold a 7-digit code in your head long enough to type it somewhere else, practicing with a Digit Span Test will make you noticeably better at exactly that task.

If you train on spatial memory—remembering where objects are located, you'll improve at tasks that use the same mental machinery. That's helpful for remembering where you parked, finding items you set down earlier, or navigating familiar environments. The Spatial Memory Test trains precisely this skill by showing you object positions you need to recall.

If you practice visual pattern memory, you'll get better at encoding and reproducing visual information. This matters for remembering layouts, recognizing patterns, and visual detail work. The Visual Memory Test strengthens this specific capability by having you recreate grid patterns from memory.

The pattern here is straightforward: train on digit sequences, improve at digit-related tasks. Train on spatial positions, improve at location-related tasks. Train on visual patterns, improve at pattern-related tasks.

The Transfer Question

The reason this matters is that your brain uses different systems for different types of information. Cognitive scientists distinguish between the "phonological loop" (for sound and number-based information) and the "visuospatial sketchpad" (for visual and spatial information), among other working memory components.

Training one system doesn't automatically improve the others—they're like different apps running on your brain's operating system. But here's the useful part: if you train on tasks that actually matter to your daily life, the improvement shows up exactly where you need it.

Someone who frequently needs to remember spoken information—like students taking notes or professionals in meetings—will benefit more from verbal memory training with tools like the Word Span Test. Someone who works with visual details or navigates complex spaces will get more mileage from visual and spatial memory exercises.

The key is matching your training to your actual needs rather than expecting one type of practice to improve everything.

Building a Complete Memory Toolkit

Think back to the soccer analogy. A complete player trains multiple skills: shooting, passing, dribbling, positioning, fitness. Similarly, well-rounded memory improvement means training the different systems your brain actually uses in daily life.

This is where the "cognitive gym" approach makes sense. Just as you wouldn't only do bicep curls at the gym and expect total fitness, you benefit from training multiple memory systems:

Verbal/numerical memory for conversations, instructions, and data you hear or read. This is what you're using when someone tells you an address or when you're following multi-step directions.

Visual memory for layouts, patterns, and visual details. This applies to remembering faces, navigating buildings you've visited before, or recalling where information appears on a page.

Spatial memory for object locations and environmental navigation. Useful for finding things you've set down and orienting yourself in physical spaces.

Working memory capacity for juggling multiple pieces of information simultaneously. This is active when you're doing mental math, comparing options while shopping, or tracking several conversation threads at once. The N-Back Test specifically targets this executive control aspect of memory.

Training across these categories means you're improving the actual memory skills you use throughout the day, even if no single exercise makes you "better at memory" in some general sense.

What the Research Shows

Studies on working memory training show measurable improvements on trained tasks and closely related activities. One review of cognitive training research found that practice effects are most reliable when the training task closely matches the target skill—exactly what you'd expect if memory systems are specialized rather than general.

The debate in memory research isn't whether training improves performance on trained tasks (it clearly does), but rather how broadly those improvements generalize. The conservative interpretation, supported by recent research, is that improvements are task-specific but do extend to similar real-world activities that use the same cognitive processes.

For practical purposes, this means: if you regularly need to remember 6-digit codes and you practice remembering 6-digit sequences, you'll get better at remembering those codes. The skill transfers because the mental process is essentially identical.

How to Train Effectively

If you're going to invest time in memory training, focus on the areas that actually matter to your daily life. Ask yourself: where does memory failure create problems for me?

If you constantly forget names and faces, that's primarily a retrieval and association problem—different from working memory capacity. If you lose track of what people say in meetings, that's verbal working memory. If you can't remember where you parked or where you left items, that's spatial memory.

Match your training to your needs. Someone who struggles with verbal information should prioritize tools like the Digit Span Test or Word Span Test. Someone who frequently loses objects would benefit more from spatial memory exercises.

The good news is that memory training doesn't require hours of daily practice. Improvements tend to come from consistency rather than marathon sessions—10 to 15 minutes of focused practice daily will likely yield better results than occasional hour-long sessions.

The Bottom Line

Yes, you can improve your memory with training. The improvements are real, measurable, and apply to daily tasks that use the same cognitive processes you're practicing.

The key is understanding that "memory" isn't one thing. It's a collection of specialized systems, and training one doesn't automatically improve the others. But that's actually an advantage—it means you can target the specific skills that matter most to you.

Train digit memory if you work with numbers. Train spatial memory if you navigate complex environments. Train verbal memory if you need to retain spoken information. Train visual memory if you work with visual details. Better yet, train multiple systems to build a well-rounded cognitive toolkit.

Your memory can get better. You just need to train the right parts.