Road construction projects face a fundamental challenge: how to keep traffic moving while crews work safely and efficiently. Mooven, a software-as-a-service (SaaS) platform that delivers real-time Traffic Engineering Fundamentals of Traffic Flow Control Devices insights and situational awareness around traffic conditions, has established a North American beachhead and is building distribution and a customer base across the continent. Originally founded in New Zealand and now headquartered in San Francisco, Mooven helps contractors, road asset owners, and consultants compress project timelines, reduce traffic disruption, and deliver infrastructure projects with less community friction. With the passage of the Infrastructure Investment and Jobs Act and rising spending on roads and bridges, the demand for technology that improves how contractors manage traffic-related impacts has never been greater.
How Mooven Uses Crowdsourced Data for Real-Time Traffic Awareness
Traditional traffic management during road construction relies on manual data collection, historical models, and reactive decision-making. Mooven replaces this approach with a live data pipeline that aggregates crowdsourced traffic information, noise and dust readings, and third-party feeds into a single decision-making framework accessible to every stakeholder on a project.
Data Sources and Cloud Infrastructure
Mooven is provisioned on Amazon Web Services (AWS) through availability zones spanning its service regions. The platform ingests data from multiple sources including TomTom traffic feeds, environmental sensors, and job management tools used by crews in the field. By layering these diverse data streams, Mooven gives project teams a constantly updated picture of road conditions, traffic volumes, and work zone status.
From Raw Data to Actionable Decisions
The core value of the Mooven platform lies in how it transforms raw data into decisions. Rather than requiring engineers to build and calibrate traffic models manually, the software provides sufficient context so delivery teams can act quickly. For example, real-time traffic data might show that congestion is lighter than historical patterns predicted, allowing crews to start work an hour earlier. The system sends proactive notifications when conditions change, freeing project leadership from constant monitoring and letting them focus on execution.
“What our tech does is take in a range of data sets and give them sufficient context so the delivery team can make a decision. It solves the problem of slow collection and the resulting feedback loop.”
Micah Gabriels, CEO, Mooven
Key Benefits for Roadbuilders and Infrastructure Contractors
Mooven is designed for a broad range of infrastructure stakeholders, from prime contractors to state departments of transportation and municipal agencies. The technology is most effective on projects that involve existing roadways, making it a strong fit for repair, resurfacing, utility work, and widening projects. According to CEO Micah Gabriels, the platform is viable for midsized projects starting at $5 million to $10 million and scales to projects worth hundreds of millions or billions of dollars.
Reducing Traffic Disruption and Community Impact
A primary value proposition is reducing the time motorists spend stuck in construction-related traffic. Mooven automates detour planning, analyzes the risk of different closure and lane layout options, and baselines existing traffic behavior so teams can model the impact of their work before any cones are placed. This capability helps contractors deliver better projects faster while creating less inconvenience for the surrounding community.
Compressing Project Timelines
Gabriels describes Mooven’s ultimate goal as getting 20 percent more infrastructure delivered for the same budget. The platform achieves this by enabling construction to work in harmony with project surroundings while disrupting the public less. When crews can confidently start and end shifts based on real traffic conditions rather than conservative estimates, productive work hours increase without extending the overall project schedule.
Integration with Existing Tools
Mooven does not operate as an island. The software interfaces with job management tools to gather data on crew locations and task assignments. It also integrates with asset management systems to inform decisions about when different roadway assets require maintenance. These standard integrations mean contractors do not need to abandon their existing software stack to gain traffic situational awareness capabilities.
Mooven vs. Traditional Traffic Management Approaches
Mooven competes primarily with manual processes and the engineering firms that build traffic models for a fee. The table below highlights how the platform compares to conventional approaches used on road construction projects today.
| Capability | Traditional Approach | Mooven Platform |
|---|---|---|
| Data collection | Manual counts and temporary sensors | Crowdsourced feeds (TomTom) and environmental data |
| Traffic modeling | Engineer-built models, updated periodically | Real-time context with automated baselining |
| Decision speed | Slow feedback loop, days to update | Instant notifications when conditions change |
| Closure planning | Risk assessed manually | Risk analysis built into layout options |
| Detour management | Manual setup and monitoring | Automated detour analysis and adjustment |
| Integration | Standalone systems, manual data transfer | Interfaces with job and asset management tools |
Gabriels acknowledges that the biggest obstacle Mooven faces is simply getting teams to move away from familiar manual workflows. Hardware-based solutions using Bluetooth sensors and cameras exist, but he argues they function as a barrier between the data and the outcome. Mooven wins engagements because it can prove what is actually happening in real time, eliminating arguments about which solutions best fit a given situation.
Why Existing Roadway Projects Benefit Most
Mooven is particularly well suited to projects on existing roadways rather than greenfield highway construction. Repair, resurfacing, utility relocation, and lane widening projects all generate immediate traffic disruption that must be managed daily. The platform’s focus on minimizing schedule impacts from traffic conditions aligns directly with the needs of contractors working on live roads where every hour of delay affects motorists and attracts political scrutiny.
Scalability Across Project Sizes
Mooven serves projects ranging from small municipal repaving contracts to multi-billion-dollar infrastructure programs. Key factors that make a project a good candidate include:
- Project budget of $5 million or more
- Work occurring on existing, active roadways
- Multiple traffic staging phases or lane closures
- Significant public or political visibility
- Need to coordinate across contractors, agencies, and consultants
- Opportunity to compress schedule through informed decision-making
North American Expansion and the Path Forward for Contractors
Mooven relocated its headquarters from Auckland, New Zealand, to San Francisco in 2022, reflecting the company’s strategic commitment to the North American market. CEO Micah Gabriels stated the company is “committed to executing in North America” and sees the Infrastructure Investment and Jobs Act as a catalyst for demand. The company employs roughly 20 people, goes to market through an internal sales force, and supports customers with two dedicated success managers.
From Individual Projects to Program-Level Delivery
While Mooven has demonstrated the ability to drive efficiencies on individual projects, Gabriels envisions a broader evolution. The platform is designed to shift from project-level traffic management to a holistic program-centric approach that helps agencies and large contractors optimize delivery across an entire portfolio of work. This program-level view enables better budget allocation, resource planning, and stakeholder communication.
“What Mooven has done is manage delivery of individual projects. What our real intent is, though, is getting more delivery out of the same budget. The ultimate goal is to get 20 percent more infrastructure delivered for the same budget.”
Micah Gabriels, CEO, Mooven
The Competitive Landscape
At the time of its North American launch in early 2022, Mooven had approximately 50 customers globally but none in North America. The company faces little direct format competition. Its primary competitors are the status quo: engineering firms that charge to build traffic models manually, and construction teams accustomed to managing traffic impacts with spreadsheets and intuition. Hardware-based alternatives using Bluetooth sensors and cameras exist, but they introduce additional equipment costs and require ongoing maintenance.
Planned Expansion Beyond North America
In addition to building its North American presence, Mooven has its sights set on the United Kingdom and European markets. The same combination of aging infrastructure, political pressure to minimize disruption, and growing infrastructure spending that drives demand in the United States applies across developed economies worldwide. Contractors who adopt the platform now will be positioned to apply its real-time traffic situational awareness capabilities across international projects as the company expands its geographic footprint.
Practical Steps for Contractors Evaluating Traffic Tech
For roadbuilders and infrastructure contractors considering whether Mooven or similar traffic situational awareness technology fits their operations, the following steps provide a structured evaluation approach:
- Audit current traffic management workflows. Document how your team currently collects traffic data, builds models, and makes scheduling decisions. Identify where delays and miscommunication occur.
- Identify pilot project candidates. Select one or two projects on existing roadways with budgets between $5 million and $50 million where traffic disruption is a known issue and schedule compression would create measurable value.
- Evaluate integration requirements. List the job management, asset management, and scheduling tools your teams currently use. Check whether the traffic platform can interface with them or requires data export and import procedures.
- Define success metrics. Establish baseline measurements for average delay times, lane closure durations, public complaints, and schedule variance. Compare these to results achieved with the new technology.
- Plan for organizational change. The biggest challenge Mooven encounters is teams accustomed to manual processes. Invest in training and change management to ensure adoption at the field level.
- Scale from pilot to program. Once the technology proves itself on individual projects, expand to program-level deployment where data from multiple projects can inform portfolio-wide resource allocation and budget decisions.
Contractors who embrace traffic situational awareness technology today will have a competitive advantage as infrastructure spending increases and communities demand faster, less disruptive project delivery. The shift from manual traffic modeling to real-time data-driven decision-making represents a significant opportunity for roadbuilders to improve both their bottom line and their relationship with the public they serve.
For additional background on the principles behind modern traffic management and highway capacity analysis, see Traffic Engineering Traffic Flow Theory Control Devices and, Traffic Engineering and Highway Capacity Traffic Impact Studies, and Holcim Awards Recognize the Most Innovative Sustainable Construction.