Unified Transportation and Infrastructure Intelligence for Government
Atlas Traffic Technologies provides software platforms designed to help public sector agencies better understand, manage, and coordinate transportation and infrastructure systems using integrated data and decision-support tools. Atlas serves state and local governments, transportation agencies, school districts, and public safety stakeholders that operate in complex environments where fragmented data, limited staff capacity, and aging infrastructure create operational challenges.
At the core of the Atlas platform is Atlas Hub, a centralized environment that allows agencies to bring together transportation, infrastructure, and operational data from multiple sources into a single, configurable system. Public sector organizations often rely on disconnected tools and vendor-specific systems; Atlas Hub reduces this fragmentation by supporting situational awareness, reporting, and cross-department coordination without requiring agencies to replace existing systems.
Built on top of this foundation, ARTIC (Automated Real Time Information Center) provides near real-time visibility into operational conditions and events by organizing transportation and infrastructure data into configurable, agency-defined views. ARTIC can incorporate data such as traffic volumes and counts, directional movements, vehicle, pedestrian, and micromobility activity, speed observations, and indicators associated with incidents or unusual conditions, based on available data sources and system configurations.
Agencies can configure dashboards, analytical views, and informational alerts to support traffic operations, infrastructure monitoring, and interagency coordination. ARTIC is designed to support both daily operations and longer-term planning by making diverse data inputs more accessible and usable for public sector staff, while allowing agencies to retain control over how information is interpreted and applied.
Atlas Traffic Technologies can integrate with existing agency-owned camera systems and video feeds to support enhanced situational awareness. When enabled by the agency, the platform may apply computer vision and analytical models to video streams to extract informational insights and visual overlays that assist with monitoring conditions, trends, and events.
These capabilities are designed to work with infrastructure and systems already deployed by public agencies, allowing organizations to extend the value of existing investments without replacing hardware or assuming control of camera operations. Video analytics outputs are provided for informational and decision-support purposes only, and agencies retain full responsibility for operational use, validation, and response.
Atlas also supports infrastructure health and asset management use cases. Agencies can maintain asset inventories, monitor condition-related indicators, and track maintenance activities through integrated work order and project management features. These capabilities help public owners improve transparency, prioritize resources, and document activities related to maintenance, capital planning, and compliance reporting without replacing engineering judgment or existing inspection programs.
Through the Atlas Guardian program, the platform extends to school safety and public safety coordination use cases. Guardian supports information sharing and situational awareness around school zones, public facilities, and community environments by aggregating relevant data into shared views for authorized stakeholders. This enables improved planning, preparedness, and coordination while allowing agencies to retain full control over operational decisions and response protocols.
Atlas Traffic Technologies is purpose-built for public sector realities: procurement constraints, data governance requirements, interagency collaboration, and the need for defensible, transparent decision-making. By focusing on information visibility and workflow support rather than automation or control, Atlas helps public agencies modernize operations, improve coordination, and make better-informed decisions using the systems and data they already have.