Back and neck pain apps: what to look for

Back pain apps and neck pain apps are easy to find and hard to judge. Star ratings are little help: in one review of 41 pain apps, the average user rating was 4.2 out of 5, yet most gave no information about their credibility (Favrat et al., 2026). Only a small number of apps have been tested in trials. This page sums up what the research says about app-based exercise programmes, then sets out seven questions to ask before you choose one, whether you are paying for it yourself or your employer is.

What the research says about back pain apps

Researchers have now run a fair number of trials, and the results are modest.

• Apps alongside treatment. A 2025 review pooled 15 randomised trials with 3,986 people with low back pain. Using an app on top of in-person rehabilitation probably reduces pain slightly in the long term (moderate-certainty evidence), but did not clearly improve physical function or quality of life (Ferrero et al., 2025).
• A tailored app in primary care. In a trial in Denmark and Norway, 461 adults who had sought care for low back pain used an app that tailored weekly exercise and activity advice to them, alongside usual care. After three months, 52% of the app group had improved by at least four points on a disability questionnaire, against 39% of the usual-care group. The authors called the overall difference small and of uncertain clinical importance (Sandal et al., 2021).
• The same idea in specialist care. When a similar tailored app was tested in 294 people with neck or low back pain waiting for specialist hospital care, it did no better than usual care or a non-tailored website (Marcuzzi et al., 2023).
• Neck pain. A review of six trials with 381 people with chronic neck pain found that exercise supported by an app worked about as well as traditional exercise overall, and better than exercising without supervision (He et al., 2025).

The fair reading is that a well-made app can help a little, mostly as part of a wider plan, and that “an app” is not one thing. What matters is what is inside it and whether you keep using it.

The app stores themselves look less encouraging. When researchers assessed 69 low back pain apps in the UK stores, nearly all included at least one type of care listed in NICE guidance, mostly stretching and strengthening. But their average quality score was 2.4 out of 5, only about a quarter said how the exercises progress, about one in six reported any safety checks, and just one described personalising care (Zhou et al., 2024).

1. Who designed the exercises?

This is the first question because it is the easiest to check and often tells you a lot. An early review of 111 pain apps found little stated involvement of healthcare professionals, and apps promising relief with no regard for whether they worked (Rosser & Eccleston, 2011). The 2026 review of pain apps in Brazil’s app stores found the same gaps persisting: developers were often unclear about their professional background, and 83% of the apps did not mention their credibility at all (Favrat et al., 2026).

Look for named people with stated qualifications, not “expert-approved” or “developed with specialists”. Did a physiotherapist or doctor design the programme, or only review a finished product? Are the people in the videos the clinicians themselves? If the exercises or the coaching are generated automatically, does the app say so?

2. Is there evidence, and is it about this app?

There are two layers of evidence, and apps often blur them.

The first is evidence for the kind of care. For low back pain, NICE recommends self-management advice and encouragement to keep up normal activities, and says to consider a group exercise programme (NICE, NG59). An app built on those principles is on solid ground.

The second is evidence for the app itself, and here most apps have none. Reviews have found that the effectiveness of commercially available back pain apps has not been rigorously assessed (Machado et al., 2016), and that evidence for apps used without support from a clinician is inconclusive (Didyk et al., 2022).

When an app says it is “clinically proven”, ask: in which trial, with how many people, compared with what, for how long, and who paid for it? An app added to usual care and compared with usual care alone tells you something different from an app compared with a physiotherapist.

NICE’s framework for digital health technologies sorts them by what they are meant to do, and expects more evidence the higher the potential risk to users (NICE, ECD7). An app that claims to diagnose your back or decide your treatment should be held to a higher standard than one that guides general exercise.

3. Does it adapt to you?

Back and neck pain vary a lot from person to person, so a single programme for everyone is a weak start. Remember that in the UK app store review, only one of 69 apps described personalising care (Zhou et al., 2024).

Signs that an app adapts: it asks where it hurts, how badly and for how long before giving you a plan; it takes account of how you spend your day, for instance how many hours you sit; it offers shorter and longer versions; and it explains how the programme changes over the weeks. Tailoring is not a guarantee, as the trials above show, but a programme that ignores you is unlikely to suit you.

4. Does it guide you, and will you actually use it?

How you are guided seems to matter. In the neck pain review, exercise supported by an app beat unsupervised exercise (He et al., 2025). In a small trial of 98 people with chronic low back pain following an exercise app, adding face-to-face sessions did not change pain or disability outcomes (López-Marcos et al., 2024). Both results suggest that a well-guided programme can do much of the work, although the trials are small.

The hard part is use. In the specialist-care trial, nearly a third of the patients given the app never opened it, and another third used it very little (Marcuzzi et al., 2024). In another trial of 110 people with chronic low back pain, an app did not improve how well people stuck to their exercise programme over six months, although those using it did their exercises more correctly (Lechauve et al., 2026).

So judge an app by the things that make you come back: video of real people doing each movement, cues for what you should feel, sessions short enough to fit into the breaks in a working day, and some way of seeing what you have done. If you doubt whether short sessions are worth it, see is two minutes of exercise enough?

5. Does it check for warning signs?

An exercise app should know its limits. Only about one in six of the UK store apps reported safety checks (Zhou et al., 2024). NICE asks clinicians assessing low back pain to think about other diagnoses and to exclude serious causes such as cancer, infection, trauma or inflammatory disease (NICE, NG59). An app cannot examine you, but it can ask about warning signs or tell you clearly what they are before you start, and say plainly that it does not diagnose.

These are the signs that need medical help rather than an app. According to the NHS, call 999 or go to A&E if back pain comes with, for example, pain, tingling, weakness or numbness in both legs, loss of feeling around the genitals or anus, changes in bladder or bowel control, or chest pain, or if it started after a serious accident. Get an urgent GP appointment or call 111 if you feel hot, cold, shivery or generally unwell, or the pain is severe and started suddenly or is getting worse quickly (NHS). Our pages on lower back pain from sitting and neck pain from desk work list the less urgent reasons to see a GP.

6. What happens to your data?

Pain apps can hold sensitive information: where it hurts, how much, your health history and, in some cases, data from motion sensors. A study of 20,991 health apps on Google Play in Australia found that 88% contained code that could potentially collect user data, most of that collection involved third parties, and 28% had no privacy policy at all (Tangari et al., 2021).

On iPhone, the App Store privacy label is a useful first check. Developers must declare what they collect, and data that is processed only on the device does not count as collected (Apple Developer). Then read the privacy policy for three things: whether health data leaves your phone, whether third parties such as advertisers receive it, and how you can delete it. If the app uses your headphones’ motion sensors, how AirPods can track your head posture explains what that data is.

7. How do you pay, and what happens when you stop?

Payment models vary: a one-off price, a subscription, a free app with paid extras, or access through an employer or insurer. In the Brazilian review of pain apps, nearly two-thirds required in-app purchases (Favrat et al., 2026).

Before you start, check that you can see the full price, how long any free trial lasts, how to cancel, and what you keep afterwards. It can also help to set the cost against the alternatives; our guide to how much physiotherapy costs gives a sense of that. If your workplace offers a programme, our page for teams explains what the evidence says about workplace schemes.

A short checklist

• Named clinicians designed the exercises, and you can see who they are.
• The app is clear about its evidence and does not overstate it.
• It asks about you before building a plan, and the plan changes over time.
• Each movement is shown clearly, and sessions fit into a real day.
• It tells you the warning signs and says it is not a diagnosis.
• The privacy label and policy are clear about what leaves your phone.
• You know the full price and how to stop.

An app is one way to keep exercising regularly, and that matters: in prevention trials, exercise on its own or combined with education lowered the risk of a new episode of low back pain (Steffens et al., 2016). Will back pain go away on its own? looks at why the habit counts more than any single session. It is not a replacement for an assessment when something feels wrong. If you are weighing an app against gadgets, do posture correctors work? looks at the evidence for braces, tape and buzzers.

To be open about how we answer the first of these questions ourselves: Bavelu’s exercises are designed and filmed by physiotherapists, led by Mgr. Lukáš Kučera, who has 13 years of practice, and nothing in it is AI-generated. A short questionnaire about where it hurts, how much, for how long and how many hours you spend at the computer builds your plan. It is exercise guidance, not a medical device or a diagnosis. Our FAQ covers the rest.