Moovit’s “Steps” Option: Add Meaningful Walking to Your Commute Without Adding Time

Table of Contents

1. Key Highlights
2. Introduction
3. Why a few extra steps matter: the rationale behind the feature
4. How Moovit’s “Steps” option works and what users can expect
5. Health implications: why adding walking to the commute matters
6. Efficiency and network effects: walking can save time, not just add steps
7. Behavior change without friction: why biohacks succeed when they fit routines
8. Practical tips for commuters: add walking without risking punctuality
9. Equity, accessibility and who benefits
10. Infrastructure and policy: what cities must do to make walking a practical option
11. App design principles that increase adoption and trust
12. Limitations and cautions
13. Measuring impact: how to know if this approach works at scale
14. Real-world parallels and where this approach has traction
15. What transit agencies and employers can do to amplify benefits
16. A caution about over-simplifying health guidance
17. Looking forward: the potential scale of small changes
18. Next steps for riders, apps and cities
19. FAQ

Key Highlights

• Moovit added a “Steps” routing option, inspired by Bar-Ilan University research, that prioritizes routes with more walking while keeping total travel time the same.
• Small changes—getting off one stop earlier or walking between connections—can add roughly 1–1.5 kilometers of daily walking, improve efficiency in some cases, and deliver measurable health benefits without altering schedules.
• Experts say walking during commutes addresses harms of sedentary life, but successful adoption depends on urban design, safety, and inclusive transit options.

Introduction

Commuters who want to be more active face a familiar constraint: time. Long workdays, tight schedules and constrained pockets of free time make structured exercise difficult to sustain. A new routing option in the Moovit transit app reframes the commute as an opportunity. Rather than promising faster arrival, the “Steps” feature aims to weave additional walking into journeys without adding travel time. The idea traces to academic work at Bar-Ilan University showing that modest changes in routing—getting off a stop earlier or walking between connections—can increase daily physical activity while preserving efficiency. The result: a low-friction nudge that turns otherwise idle minutes into healthful movement.

This piece unpacks the research behind the feature, reviews the health and practical implications, and lays out how commuters, transit planners and app developers can use routing choices to expand everyday activity without disrupting schedules.

Why a few extra steps matter: the rationale behind the feature

Research led by Prof. Jonathan Rabinowitz at Bar-Ilan University set out to answer a simple question: can commuters increase the amount they walk each day without extending their door-to-door travel time? The studies observed commuter behavior and travel networks, then modeled alternative itineraries where walking replaced short transit hops or waiting times. Findings showed a familiar but underexploited pattern: replacing one short bus segment with a brisk walk often enabled a single, faster transfer or a connection to a train, reducing total travel friction.

Rabinowitz’s personal anecdote helped shape the hypothesis. A family member recovering from an injury discovered that walking between segments—rather than waiting for a second bus—could both shorten perceived commute time and add valuable movement to daily life. When aggregated across thousands of riders, those seemingly trivial choices add up. The research reported increases in walking of around 1 to 1.5 kilometers in many cases. That distance translates to roughly 1,300–2,000 steps for most adults—enough to shift daily activity metrics without requiring a separate exercise session.

The researchers framed this as practical “biohacking for everyone”: small, science-backed changes that integrate seamlessly into daily life. The claim is not that walking inevitably prolongs a commute. Under certain network structures, walking reduces transfers, opens access to faster modes, and can even shorten end-to-end travel time. At minimum, commuters who choose routes that trade short bus hops for walking often arrive on time and leave with more steps logged.

How Moovit’s “Steps” option works and what users can expect

Moovit’s new route option appears in the app’s itinerary preferences. When commuters select “Steps,” the routing engine prioritizes itineraries that include more walking while holding total travel time comparable to standard suggestions. The algorithm balances walking segments against transit wait times, transfers and service frequency.

What this looks like in practice:

• A typical bus-heavy itinerary with multiple short transfers might be replaced with a single walk to a train station, followed by a single rail leg and a shorter final walk.
• A route that previously involved waiting for a connecting bus is replaced by a brisk 10–15 minute walk to a direct service.
• Short walking links between stops become the preferred connection when they enable fewer transfers or faster downstream options.

For riders, the experience is simple: tap “Steps,” compare the suggested itineraries and pick the one that aligns with personal comfort and weather conditions. The key selling point is that the app flags routes where walking increases without necessarily lengthening travel time—so commuters do not need to sacrifice punctuality to be more active.

Real-world commuter example Imagine a city commuter who travels from a suburban neighborhood to a downtown office. Route A involves a local bus to a transfer hub, a second bus across town, and a final short ride—three segments and two transfers. Route B requires a 1-kilometer walk to a nearby commuter rail station, a single direct train ride, and a short walk to the office. When accounting for wait times and train speed, Route B may be as fast or faster than Route A and adds a manageable walking component. Choosing Route B via Moovit’s “Steps” option yields both time efficiency and daily movement.

Health implications: why adding walking to the commute matters

Modern life has become predominantly sedentary. Many people spend hours at desks, in cars, or seated on transit. Prolonged inactivity associates with increased risk of cardiovascular disease, type 2 diabetes, obesity, some cancers, and premature mortality. Beyond physical disease, sedentary behavior correlates with worse mental health and reduced subjective wellbeing.

Walking is a low-barrier countermeasure. It requires no equipment, fits into daily routines, and delivers broad physiological benefits:

• Cardiovascular: Brisk walking raises heart rate and improves circulation. Accumulated minutes of moderate activity reduce blood pressure, improve lipid profiles, and lower the likelihood of heart disease.
• Metabolic: Regular walking helps regulate glucose metabolism and supports weight management.
• Musculoskeletal: Walking maintains joint mobility and strengthens muscles and bones, which is particularly important for preventing the mobility declines associated with prolonged sitting.
• Mental health: Walking reduces stress, mitigates symptoms of anxiety and depression for many people, and can improve cognitive function.
• Longevity: Regular moderate activity correlates with lower risk of early mortality.

Global guidelines emphasize total weekly activity over single daily thresholds. The World Health Organization recommends 150–300 minutes of moderate-intensity aerobic activity per week for adults, or an equivalent amount of vigorous activity. These minutes add up through structured exercise and cumulative movement across the day. For commuters, walking segments embedded in transit trips provide a practical path toward meeting those weekly targets.

Debunking the 10,000-step myth The popular 10,000-steps benchmark originated more from marketing than science. Rabinowitz and other experts argue that obsession with a single number can be counterproductive. The actionable guidance is simpler: move more, sit less. Even modest increases—an extra kilometer or two per day—produce measurable health gains. A 1.5-kilometer increase translates to roughly 20 minutes of walking for many adults and contributes meaningfully toward weekly targets.

Orthopedic perspective: reversing the damage of sitting Dr. Eyal Ginesin, an orthopedic surgeon and sports injury specialist, sees the clinical consequences of sedentary routines daily. Common complaints include lower back and leg pain. Prolonged sitting shortens the hip flexors and hamstrings—key muscle groups for walking—and deprives muscles of the mechanical stimulation that sustains circulation and tissue health. “Muscles that don’t move do not get the nourishment they need,” Ginesin said. He emphasizes that most complaints stemming from sedentary lifestyles are reversible with a program of graduated movement.

For commuters, the practical implication is straightforward: adding walking into routine transit trips improves muscle function, eases joint stiffness and reduces the cumulative load caused by prolonged sitting. Those benefits accrue even when the walking is moderate and distributed across the day.

Efficiency and network effects: walking can save time, not just add steps

One counterintuitive finding from the Bar-Ilan work is that walking can improve commuter efficiency. By accepting a short walk, commuters often reduce the number of transfers. Fewer transfers lower the chance of missed connections and cut wait time variability. Increased walking can also connect riders to faster modes—frequently trains—making the journey not only healthier but faster.

Network examples

• Rail integration: In many metropolitan areas, rail lines are faster and more reliable than the bus network. A short walk to a rail station can replace multiple slow bus segments.
• Direct services: Walks that connect to direct bus or tram lines eliminate transfer-related delays and variability.
• Modal substitution: Walking can serve as a flexible, reliable “first-mile” connection to express services that otherwise would be unreachable.

These network effects depend on local transit characteristics: where rail exists, where bus networks are radial versus grid-like, and the frequency of services at different times of day. In systems with frequent high-speed trunk services, a brief walk can disproportionately improve trip quality.

Behavior change without friction: why biohacks succeed when they fit routines

Behavioral science shows that people are far more likely to adopt changes that require minimal cognitive or logistical effort. Small, contextually anchored tweaks—like getting off one stop earlier—avoid common barriers to exercise: time constraints, need for special clothing or equipment, and planning overhead.

Rabinowitz uses the metaphor “biohacking for everyone” to describe these pragmatic changes. The approach rejects extremes and expensive gadgets in favor of accessible interventions. That orientation aligns with proven principles:

• Make the desired behavior easy (reduce effort and time costs).
• Align interventions with existing routines (commute as a vehicle for movement).
• Provide immediate feedback or social reinforcement when possible (step counters, shared challenges).

Digital nudges can amplify these effects. When a routing app explicitly highlights a route that adds walking without adding time, the cognitive burden on the commuter decreases. The app serves as a decision aid rather than an extra task.

Practical tips for commuters: add walking without risking punctuality

For commuters who want to try the “Steps” option or otherwise insert more walking into transit trips, actionable guidance helps avoid trial-and-error frustration.

Plan and test

• Try alternative routes on a day off or during low-stakes travel to estimate actual door-to-door times.
• Time walks during nonpeak hours first, then sample peak times to assess consistency.

Start small and scale

• Add 500–1,500 meters of walking initially. Even 1 kilometer adds roughly 1,300 steps and 10–15 minutes of moderate activity for many adults.
• Increase gradually as comfort and confidence grow.

Manage comfort and logistics

• Wear comfortable shoes or keep a change of footwear at the office.
• Use a small backpack or crossbody bag to free hands and stabilize gait.
• Bring weather-appropriate clothing or an umbrella; micro-adjustments like carrying a lightweight windbreaker make walking more feasible year-round.

Time management

• Focus on route choices that maintain punctual arrival. If walking replaces a transfer or connects to a faster mode, punctuality often improves.
• Use transit apps to compare predicted travel times across route types and choose the one that balances movement and reliability.

Safety and personal security

• Prefer routes with sidewalks, crosswalks and lighting, especially during early morning or night commutes.
• Avoid isolated paths; choose the urban corridor that balances directness with safety infrastructure.

Combine tasks

• Run small errands on the way to or from transit to make the walk more purposeful—pick up coffee, a lunch item, or a dry-cleaning order.

Consistency trumps intensity

• Daily short walks embedded in routine produce more consistent benefits than sporadic intense workouts. Accumulated movement integrates with other lifestyle changes and is easier to sustain.

Equity, accessibility and who benefits

Any intervention that nudges walking must account for varied capacity and circumstances across populations. Benefits are broad, but not universal without accommodations.

Consider the following constraints:

• Mobility limitations: Older adults, people with disabilities, and those recovering from injuries may have restricted tolerance for walking. Routes should offer inclusive alternatives and clearly label the walking component so users with mobility constraints can make informed choices.
• Safety concerns: Not all neighborhoods have safe, continuous sidewalks or secure crossings. App suggestions should factor in known pedestrian infrastructure or allow users to prioritize routes that avoid unsafe areas.
• Climate and weather: High heat, heavy rain, or icy conditions suppress walking. Apps can present weather-aware recommendations or suggest sheltered walkways where available.
• Socioeconomic barriers: Access to comfortable clothing, safe walking environments and reliable transit varies. Public policy and infrastructure investment must complement digital nudges to ensure equity.

Designing routing tools with these realities in mind preserves the public health potential of added movement while preventing inadvertent exclusion.

Infrastructure and policy: what cities must do to make walking a practical option

Routing nudges work best when the built environment supports walking. Cities that aim to increase incidental walking should pair digital interventions with physical improvements.

Priority infrastructure actions

• Continuous, well-maintained sidewalks and curb ramps to ensure accessibility for people with strollers, wheelchairs and mobility aids.
• Safe crossings: mid-block crosswalks, pedestrian refuges and signal timing that allows for comfortable crossing speeds.
• Lighting and visibility enhancements to make walking safe during early mornings and evenings.
• Wayfinding signage that helps riders navigate transfers and discover direct walking routes to transit hubs.
• Integration of micro-mobility and transit: bike lanes and safe parking areas can complement walking options for longer first/last-mile connections.

Policy levers

• Transit agencies can coordinate schedules and stop placements to reduce transfer penalties when walking connections are feasible.
• Employers can offer flexible start times to reduce the perceived risk of longer or variant commutes.
• Public health departments can partner with transit apps to run campaigns that promote walking-enabled routes, particularly in areas with high rates of chronic disease.

The interplay of digital routing, physical infrastructure and policy incentives determines whether small nudges translate into sustained population-level increases in walking.

App design principles that increase adoption and trust

Transit apps are decision engines. To encourage walking, they must be transparent, practical and respectful of user constraints.

Design features that help

• Time parity display: show comparable travel times between “fastest” and “more walking” options, making trade-offs explicit.
• Step estimates: provide approximate steps or distance added by the walking-enhanced route so users understand the health impact.
• Safety metadata: flag routes that traverse poorly lit or low-sidewalk areas, or provide alternative walking corridors.
• Personalization: allow users to set preferences (maximum additional walking distance, incline aversion, weather sensitivity).
• Integration with health platforms: syncing route steps with health apps offers immediate feedback and long-term trend tracking.
• Trial mode: encourage users to try “Steps” on low-risk trips and collect feedback to refine suggestions.

Trust emerges from reliable timing predictions and respectful defaults. Users will adopt walking options if the app consistently delivers on its promise: more steps without compromised punctuality.

Limitations and cautions

The “walk more without added time” proposition has clear potential but also limitations that should temper expectations.

Not all networks support it

• In cities with sparse rail or trunk-line coverage, walking may simply add time. The benefit is context-dependent and favors areas with complementary fast modes.

Weather and terrain

• Hilly terrain, heavy rain or extreme temperatures reduce feasibility for many commuters.

Accessibility considerations

• People with disabilities or chronic conditions require alternative solutions. Apps must avoid framing walking as the only healthy option.

Data accuracy

• Real-time transit variability can undermine the accuracy of predicted travel times, especially for infrequent services. Apps should communicate uncertainty.

Behavioral stickiness

• Initial curiosity may lead to trial but sustained change requires positive reinforcement. Without consistent benefits—time savings, improved mood, perceived value—adoption may wane.

Policy risk

• Relying solely on digital nudges risks shifting responsibility for public health onto individual consumers. Structural investments in active transportation infrastructure remain indispensable.

Measuring impact: how to know if this approach works at scale

Evaluating whether routing nudges shift population activity requires both app-level metrics and public health indicators.

App-level indicators

• Adoption rate of the “Steps” preference: how many users select it and how often.
• Conversion: proportion of routes chosen that include the walking suggestion versus ignored.
• Retention: whether users continue to prefer walking-enhanced routes over time.
• Aggregated step increases: anonymized sums of extra distance walked per user.

Public health and transportation metrics

• Changes in average daily steps among commuter subpopulations.
• Shifts in modal share—are riders substituting walking plus rail for multi-bus trips?
• Impact on transfer counts and on-time performance for users who adopt walking-enhanced routes.
• Injury reports or safety incidents tied to increased walking (to monitor unintended harms).

Programmatic evaluation

• Pilot studies comparing matched cohorts of users with and without access to the “Steps” preference would illuminate causal effects.
• Qualitative surveys to capture commuter perception: Do they feel less stressed? More productive? More likely to maintain the habit?

Such metrics support iterative improvement of routing algorithms and help policymakers justify investments in complementary pedestrian infrastructure.

Real-world parallels and where this approach has traction

Other public health and urban mobility initiatives share the same logic: embed movement in everyday activities. Examples include:

• Active transport strategies in many European cities that prioritize walking and cycling infrastructure to make short trips practical.
• Employer wellness programs that reward active commuting via incentives or subsidized transit plus walking reimbursements.
• School “walking buses” where children walk in supervised groups to school, increasing daily activity while addressing safety and community concerns.

Moovit’s “Steps” sits within this ecosystem as a scalable digital intervention. When paired with supportive urban design and organizational policies, the potential to change daily patterns grows.

What transit agencies and employers can do to amplify benefits

Transit agencies

• Promote walking-enabled itineraries on official trip planners.
• Improve station access: shaded walkways, clear signage and secure bike parking complement walking.
• Align schedules so walking connections reliably reduce transfers.

Employers

• Offer flexible start times so employees can accept varied, walking-rich routes without fear of tardiness.
• Provide facilities: showers, lockers and comfortable storage for footwear.
• Recognize active commuting through wellness credits or incentives.

Public-private collaboration between transit apps, agencies and employers can accelerate adoption while ensuring safety and equitable access.

A caution about over-simplifying health guidance

Walking is broadly beneficial, but it is one component of a healthy lifestyle. Increasing walking during commutes addresses sedentary time but does not substitute for comprehensive health advice when clinical conditions are present. People with cardiovascular disease, significant mobility limitations, or other chronic illnesses should consult clinicians before making substantial changes to activity levels. For many adults, however, adding moderate walking is safe and advisable.

Looking forward: the potential scale of small changes

If thousands of commuters adopt walking-enhanced routes, cumulative benefits could be substantive. A conservative estimate: 10,000 commuters who add 1 kilometer per day translate to 10,000 kilometers walked daily across the cohort—equivalent to millions of extra steps every week. Those kilometers add up to lower chronic disease risk, reduced time in sedentary positions, and a gradual normalization of movement as a routine part of workdays.

The public health payoff depends, however, on reach and equity. Digital nudges alone are insufficient where sidewalks are missing, crossings unsafe, or weather prohibitive. The most durable gains will come where routing tools, infrastructure investment and policy incentives converge.

Next steps for riders, apps and cities

Riders can experiment immediately by selecting walking-enhanced routes and noting how travel time compares in practice. Start conservatively, prioritize safety and comfort, and scale up walking as confidence grows.

App developers should refine transparency around time estimates, incorporate safety metadata, and personalize defaults to user needs. Transit agencies must identify corridors where small investments in pedestrian infrastructure unlock outsized network benefits. Employers can support flexible schedules and facilities that make active commuting feasible.

The promise is pragmatic: a commute that preserves punctuality while delivering incremental health benefits. That outcome—more movement embedded into daily routines—does not require heroic effort, only a willingness to reconsider how every trip is composed. For many commuters, that shift begins with a single tap: choose “Steps.”

FAQ

Q: Will selecting Moovit’s “Steps” option make my commute take longer? A: The feature is designed to prioritize walking without increasing total travel time. In many cases the walking-enabled route replaces transfers or connects to faster modes, producing similar or shorter door-to-door times. Individual results depend on local transit network characteristics and real-time variability; testing a route during low-stakes trips is a good way to validate timing.

Q: How much extra walking can I expect by choosing a walking-enabled route? A: Bar-Ilan University research associated with the feature found typical increases around 1 to 1.5 kilometers in many cases, which equates to roughly 1,300–2,000 steps depending on stride length. The exact distance depends on your starting point, the local transit network, and which walking segments the app suggests.

Q: Do I need to aim for 10,000 steps to see benefits? A: The 10,000-step target is a popular benchmark but not a scientific requirement. Health guidelines emphasize total weekly moderate activity (150–300 minutes) more than any fixed daily step count. Incremental increases in daily walking—adding a kilometer or two—produce measurable benefits, especially for people who are otherwise sedentary.

Q: Is walking during a commute safe and accessible to everyone? A: Safety and accessibility vary by neighborhood, time of day, and individual mobility. Choose routes with continuous sidewalks, good lighting and safe crossings. People with mobility impairments should use options that respect their capacity; routing tools should provide clear labels and alternative suggestions. Municipal investment in pedestrian infrastructure is essential to ensure safety for all users.

Q: Can walking during the commute improve my punctuality? A: Yes—sometimes. Walking can reduce the number of transfers and connect commuters to faster trunk services, which reduces variability and the risk of missed connections. This effect depends on local transit patterns and service frequency.

Q: Will Moovit count my walking steps or sync with health apps? A: The app’s primary function is trip planning. It may estimate walking distance in the itinerary. Integration with health tracking platforms varies by app and device; check Moovit’s settings or documentation for any available sync options. Independent pedometer apps or the phone’s native health tools can track daily steps reliably.

Q: What should transit agencies do to support walking-enabled routing? A: Agencies should invest in sidewalks, safe crossings and wayfinding. They can also coordinate schedules to reduce transfer penalties and promote walking-enhanced options through trip planners and customer communications.

Q: What are the common barriers to adopting more walking during commutes? A: Key barriers include lack of safe pedestrian infrastructure, adverse weather, hilly terrain, concerns about arriving sweaty or uncomfortable at work, mobility limitations, and a perceived risk of longer travel times. Addressing these barriers requires both app design that communicates clear tradeoffs and urban investments that create safe, comfortable walking environments.

Q: How can employers support employees who want to walk as part of their commute? A: Employers can offer flexible start times, provide locker rooms and showers, allow storage for alternative footwear, and consider incentives for active commuting. Such measures reduce practical disincentives and make walking a viable daily habit.

Q: Is this approach a substitute for structured exercise? A: Walking embedded in the commute contributes substantially to overall activity and can help meet weekly moderate intensity targets. For specific fitness goals (e.g., sports performance, strength training), targeted exercise remains important. For general health and chronic disease risk reduction, consistent daily walking is a powerful, accessible tool.

Q: How can I start if I’m unsure about my neighborhood’s walkability? A: Start with a short trial: pick a day when you don’t have strict timing demands and try a walking-enabled route. Use mapping tools to preview sidewalks and crossings. Choose routes along main streets for better lighting and pedestrian traffic. If weather or safety is a concern, wait for a time when conditions are favorable.

Q: What’s the realistic public health impact if many people use walking-enabled routing? A: Widespread adoption could meaningfully raise population-level activity by converting commuting time from sedentary to active. The magnitude depends on adoption rates and equity of access: tens of thousands of commuters adding a kilometer each per day yield substantial cumulative steps and minutes of activity, with downstream reductions in sedentary-related risk factors. Complementary infrastructure and policy measures amplify these gains.

Q: Where can I learn more about the research behind this feature? A: The “Steps” routing draws on work by Prof. Jonathan Rabinowitz at Bar-Ilan University examining how small routing changes increase walking without extending travel time. For practical implementation and local guidance, consult Moovit’s help resources and local transit agency trip planners.

Q: Any tips for staying comfortable while walking to or from transit? A: Keep a lightweight change of shoes or pack breathable clothing at work. Use a compact umbrella or weather-appropriate outer layer. Choose a comfortable bag to distribute weight evenly. Walking at a steady, moderate pace avoids arriving overheated; a brisk 10–20 minute walk often leaves time to freshen up at the office.

Q: Does adding walking cause more injuries? A: For most adults, gradual increases in walking are safe and carry a low injury risk. Sudden, large increases in activity raise the chance of overuse injuries. Increase walking distance gradually, use supportive footwear, and pay attention to pain that persists. Consult a clinician if you have pre-existing conditions or significant mobility concerns.

Q: How can cities measure whether increased walking reduces congestion or transit crowding? A: Agencies can track modal share changes, transfer counts, on-board loads during peak periods and average trip times. Pilot programs with localized “Steps” promotion can include before-and-after counts and rider surveys to estimate impact on system capacity.

Q: What if I don’t have a smartphone or cannot use transit apps? A: The core idea—replace short transit hops with walking when it is safe and feasible—can be implemented without apps. Trial different routes on nonpeak days, ask colleagues or community members for walking-enabled options, and use printed or web-based timetables to identify faster trunk services accessible by foot.

The cumulative effect of many small choices—one extra stop walked, one transfer replaced by a brisk connection—creates more active days without asking commuters to carve out additional time. Choosing to move a little more during the time you already spend getting to work is a pragmatic step toward better health.