The value of maps is won or lost in mapmaking
Menghan Cui — 09 September 2026
8 min read
22 September 2026

The mobility industry has spent years optimizing data latency.
Traffic updates arrive faster. Road closures are detected sooner. Charging information is refreshed continuously. Mobility organizations have more visibility into changing conditions than ever before.
But faster information does not automatically create a better journey, a more efficient fleet operation or a better business outcome.
The challenge is what happens between information and action. As mobility systems draw on more signals, services and contextual information, understanding what matters and determining how to respond becomes increasingly complex, especially while meaningful options still exist.
That is the next challenge for mobility: turning changing information into decision-ready intelligence.
For decades, intelligence helped make the physical world visible. Maps showed where things were; real-time services added visibility into how conditions were changing. The primary challenge was knowing what was happening now.
That challenge is changing. The constraint is shifting from access to information to decision readiness: the ability to interpret what matters and act in time.
The shift is visible across mobility. Software-defined vehicles are creating experiences that can adapt to changing conditions. ADAS and autonomy require vehicles to interpret their surroundings and determine how to respond. Users expect routes, ETAs and recommendations to reflect current conditions. Fleets and logistics operations need to adjust routes, schedules and resources as demand and conditions change.
At the same time, mobility decision-making is becoming increasingly software-driven, with more decisions moving from people to software, vehicles and AI systems. These systems need more than access to real-time information. They need to understand what matters in context, assess its potential impact and determine an appropriate response.
Together, these shifts change what mobility systems need from real-time information. The challenge is no longer simply detecting what is changing but making sense of multiple signals and their relevance in context.
The mobility industry spent the last decade improving visibility. The next decade will be about enabling better decisions.
Knowing that a road is closed, traffic is building or a charger is available creates awareness. What matters is understanding which journeys or operations are affected, what alternatives exist and which response best fits the situation.
As signals, context and possible responses multiply, so does the complexity of making a decision. When the window to respond is short, that complexity has a cost: a missed reroute, an avoidable disruption or a poorer customer experience.
The question is no longer “How quickly can we know what is happening?”
It is increasingly “How quickly can we turn what is happening into a confident decision?”
So what does decision-ready intelligence actually require?
The question | What it requires |
See: What changed? | Accurate, timely and trusted signals |
Understand: Why does it matter? | Context, patterns and relevance |
Decide: What should happen next? | Integrated, actionable intelligence |
Consider a road closure. Detecting it tells a system what happened. Understanding which journeys, routes or surrounding roads it affects tells the system why it matters. Bringing that information together with relevant context and alternatives helps determine how to respond.
The goal is not to automate every decision or prescribe a single answer. It is to reduce the complexity between changing conditions and action, giving people, applications and machines the intelligence and confidence to make the decision that fits their needs.
Situational awareness is becoming table stakes.
As access to real-time information becomes more widespread, competitive advantage shifts from knowing first to understanding what matters and acting with confidence.
Across fleets, logistics operations, connected vehicles and mobility platforms, the organizations that can reduce the time and complexity between change and response will increasingly outperform those that cannot.
As mobility decisions become more complex and time-sensitive, the value of real-time intelligence is no longer defined by individual streams of traffic, incidents, weather, hazards and other dynamic content alone. Increasingly, these capabilities are being brought together to provide a more complete understanding of changing conditions and their potential impact.
At HERE, this evolution is reflected in Dynamic Services, which builds on capabilities many customers already know through our Dynamic Map Content offerings.
We see Dynamic Services as the next generation of mobility intelligence: a decision layer between a constantly changing physical world and the applications, vehicles, fleets and operations that need to respond to it.
By bringing multiple sources of real-time mobility intelligence together, Dynamic Services reduces complexity and gives customers greater confidence and flexibility in how they respond.
Our approach is built around three capabilities:
What mobility systems need | How HERE is responding |
See what is changing | Capturing, processing and validating signals across traffic, incidents, hazards, road conditions and other mobility sources. |
Understand what it means | Combining live signals with location context, patterns, partner data and other intelligence to understand relevance and potential impact. |
Decide with greater confidence | Delivering integrated, dynamic intelligence across navigation, vehicles, fleets and mobility applications so people and machines can make decisions that adapt as conditions change. |
This starts with getting the underlying intelligence right. In the first half of 2026, HERE has improved road-closure detection accuracy by 11% in Western Europe and by 16% on FC1-3 roads in North America. Highway roadworks accuracy has improved by 28% in Western Europe where automated roadwork detection and validation are active. These improvements help reduce missing or incorrect disruption information before it influences routing and navigation decisions.
But a decision layer needs to do more than describe what is happening now. HERE Predictive Traffic provides continuously updated speed predictions up to four hours into the future, helping applications account for how traffic conditions may evolve. Similarly, EV Busy Time Predictions refresh demand insights every 15 minutes, helping applications anticipate waiting times and support more informed charging-stop decisions before arrival.
By bringing these capabilities together, customers do not need to piece together individual signals and services themselves, reducing the complexity of turning changing conditions into action.
And the decision-maker does not always have to be a person. The same intelligence can support human decisions today while providing the foundation for increasingly automated decisions as vehicles, applications and AI systems take on more responsibility.
The goal is not to make every decision for the customer. It is to reduce complexity, increase confidence and give customers the freedom to make the decisions that matter to them — whether those decisions are made by people or machines.
The first generation of mobility intelligence made the physical world visible.
The next generation will turn that changing world into intelligence that people and machines can understand and act on.
The competitive advantage will not simply belong to those that know first. It will belong to those that can turn complexity into confident action.
Real time is no longer the destination. It is the foundation for what comes next: decision-ready intelligence.

Menghan Cui
Product Marketing Manager
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