Complete Streets

/ Solutions

Advancing Multimodal Urban Mobility

Utilizing diverse datasets from federal sources or private data collection, Cyvl can refine Complete Streets initiatives by filling data gaps in infrastructure analytics. Our AI-driven solution has the ability to process complex datasets, enhancing roadway features, signalization, pedestrian pathways, and bicycle facility analysis to support nuanced urban planning and design strategies.


Enhanced Pedestrian and Cyclist Safety

Leverage Cyvl's precision analytics to identify and address safety hotspots for pedestrians and cyclists, reinforcing the core objectives of Complete Streets by ensuring all roadway users benefit from safer, more intuitive travel paths.


Targeted Vulnerability Identification

Employ Cyvl's detailed insights to pinpoint specific areas where pedestrians and cyclists face increased risks, facilitating targeted interventions that boost safety and encourage active transportation modes.


Enhanced Intersection Safety

Analyze network connectivity and accessibility, identifying critical gaps and opportunities for non-motorized infrastructure enhancement.Harness Cyvl's comprehensive data to analyze and improve intersection designs, reducing collision points and enhancing safety features for a safer passage for all, particularly focusing on vulnerable road users like pedestrians and cyclists.


Integrated Curb Management

Utilize advanced analytics for effective curb detection, enhancing pedestrian safety at crosswalks, on-street parking, loading zones, and overall street efficiency.


3 Simple Steps

1) Vehicle-Mounted Sensor: Automates 3D LiDAR and street view imagery data capture for large projects. Easily collect high-quality infrastructure data at normal driving speeds.

2) AI Data Processing: Builds a classified 3D model of the environment from sensor data.Automates inventories, change detection, and measurements.Utilizes: 3D LiDAR Scans, High Resolution Imagery, and GPS.

3) Actionable Results: Results are made available quickly via our web based platform.Your data can be integrated easily into your existing softwares.


Cyvl's Solutions

Seamless integration into current operations
Our solutions are affordable and scalable to fit your project's needs
Digital data formats ensure all information is easily accessible
Data collection and analysis is detailed, quick & accurate
Data is easy to export and integrate into industry-standard softwares
Tailor your services based on the solutions that you need
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See Cyvl in Action

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Frequently Asked Questions

What assets can Cyvl's AI manage?

Currently we support pavements, signs, trees, buildings, paint markings, streetlights, and utility poles. We are constantly adding new features so be sure to reach out to get our most up to date list of capabilities.

What are the specs of Cyvl's Sensor?

LiDAR: 360 degrees, 1.3 million points per second, 120 m range, ± 0.7 – 5 cm precision
Camera: 2k resolution, images captured every 20 ft, 360 degrees interactive street view
GPS: RTK level global accuracy, further improved with aerial imagery fusion

Can Cyvl's AI process data from other sensors and cameras?

Yes. Cyvl's algorithms are capable of ingesting and processing LiDAR and imagery data from a wide variety of laser scanners, cameras, and mobile mapping systems. Get in touch to learn if your hardware is compatible.

How does Cyvl QA deliverables?

Our trained engineers inspect all deliverables after they are processed by our AI and before they are sent to our customers. We have established human in the loop quality assurance processes that are standard in all AI companies to ensure accuracy.

How long does it take to process data?

For an average sized job, we are able to turn around high quality deliverables in about 2 to 4 weeks. If we ever anticipate a particularly large job taking much longer, we will be sure to communicate this with your team.