Independent Study Shows RiderDome Improves Safety Across 1.2M Rides
Safety technology earns trust when it can show change over time, at scale, and across different real-world conditions. That is what makes the latest independent statistical analysis of RiderDome deployments so important.
The analysis examined more than 1.2 million rides across Singapore and Indonesia. These are two very different riding environments, with different road designs, traffic patterns, rider habits, and daily operating pressures. Across both markets, the study found a clear pattern: after riders started using RiderDome, safety-related riding behaviour improved in a significant and sustained way.
The study looked at behaviour across more than 1.2 million rides
The independent analysis did not focus on a small sample or a short pilot. It reviewed safety-related riding behaviour across a large real-world dataset, covering RiderDome deployments in both Singapore and Indonesia.
That matters because rider safety is not shaped by one factor alone. It changes with traffic density, road layout, weather, delivery pressure, rider experience, and local driving culture. A system that works only in one narrow setting may not hold up elsewhere.
By examining more than 1.2 million rides, the analysis could measure how key safety indicators changed after riders began using RiderDome. The focus was not on opinions or one-off events. It was on observable behavioural signals over time.
The findings point to meaningful improvement in areas that fleet operators care about most:
Collision-related risk
Following distance
Overspeeding
Overall safety performance
Together, these signals help show whether riders are becoming safer in practical, measurable ways.
The key results show sharp reductions in safety alerts
The headline findings were substantial. Across the analysed deployments, RiderDome was associated with major reductions in several core safety alert categories, along with a strong improvement in overall Safety Score.
Safety indicator | Change observed |
Collision Alerts | Down 90.6% |
Safe Distance Alerts | Down 70.1% |
Overspeeding Alerts | Down 61.6% |
Safety Score | Up 25.8% |
These numbers matter because they reflect behaviour that can directly affect incident risk on the road.
A reduction in collision alerts suggests fewer situations where a rider is approaching a potential hazard in a risky way. A drop in safe distance alerts points to better spacing from vehicles ahead. Fewer overspeeding alerts suggest riders are more often staying within safer speed ranges.
The increase in Safety Score brings these signals together into a broader view of rider performance. A 25.8% improvement is not just a small shift in one metric. It suggests that safer habits became more consistent after RiderDome was introduced.
Across more than 1.2 million rides, the analysis found sustained improvements in safety-related riding behaviour after riders started using RiderDome.
The findings are stronger because they span Singapore and Indonesia
The results are especially meaningful because they appeared across Singapore and Indonesia, two markets with distinct conditions for riders.
Singapore has tightly managed roads, dense urban traffic, strong enforcement, and highly structured transport flows. Riders often operate in compact spaces where lane discipline, safe following distance, and quick reactions matter every minute.
Indonesia presents a different challenge. Road conditions and traffic behaviour can vary widely by location. Riders often share space with a larger mix of vehicles, including cars, trucks, buses, scooters, and pedestrians. Traffic can be less predictable, and riders may face more frequent changes in road and flow conditions.
Seeing sustained improvements across both environments adds weight to the analysis. It suggests RiderDome can support safer riding behaviour in more than one type of road system.
This does not mean every ride becomes risk-free. No safety system can remove all hazards from the road. But the independent study shows that RiderDome is associated with a measurable shift toward safer behaviour, even when operating conditions differ greatly.
That is the kind of evidence fleet operators need when evaluating rider safety tools. The question is not only whether a system can detect risk. The bigger question is whether it can help reduce risky behaviour over time.
Safer riding can affect the whole fleet operation
For fleet operators, rider safety is both a human priority and an operational priority. Unsafe riding can lead to incidents, vehicle damage, rider downtime, missed deliveries, higher repair costs, and added pressure on managers.
When safety-related behaviour improves, the benefits can reach beyond the rider.
Fewer high-risk moments may help reduce:
Incident exposure
Vehicle repairs
Time lost after crashes or near-misses
Insurance and claims pressure
Service disruption
Rider stress and fatigue
These outcomes are not automatic, and they depend on the wider fleet operation. Training, maintenance, scheduling, and management practices still matter. Even so, the study gives fleet leaders a strong signal that improving rider behaviour at scale is possible.
RiderDome’s value sits in that daily layer of riding behaviour. It helps identify risk signals as they happen and supports a trend toward safer habits over time. For a fleet, that can be more valuable than reacting after something goes wrong.
A dashboard or report may show what happened yesterday. A rider safety system needs to help influence what happens on the next ride. The analysis suggests RiderDome is doing exactly that.
What the results say about RiderDome’s role in rider safety
The independent study provides statistical evidence that RiderDome is linked with significant and sustained improvement in rider safety behaviour. The scale of the dataset, more than 1.2 million rides, makes the results hard to ignore.
Just as important, the improvements were seen across two different countries with different road realities. That strengthens the case that the system is not only suited to one narrow use case.
The clearest takeaway is simple: when riders use RiderDome over time, key risk indicators can fall sharply, and overall safety performance can improve.
For fleets operating in demanding road environments, that matters. Safer riding can protect people, reduce disruption, and support more reliable operations.
RiderDome’s mission is clear: making every ride safer. This independent analysis shows meaningful progress toward that goal, backed by data from real rides in real traffic.
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