Congestion visibility
Define the scene, threshold, accountable team and evidence needed before activating this workflow.
BAV ONE Computer Vision Operating System · Turn existing cameras into programmable AI sensors
Explore the platformBAV ONE Computer Vision Operating System · Turn existing cameras into programmable AI sensors
Explore the platformTurn compatible cameras into programmable AI sensors for congestion visibility, wrong-way travel, parking occupancy.
Operational priorities
The right deployment is defined by the operating condition, camera scene and response workflow—not by a generic feature list.
Define the scene, threshold, accountable team and evidence needed before activating this workflow.
Define the scene, threshold, accountable team and evidence needed before activating this workflow.
Define the scene, threshold, accountable team and evidence needed before activating this workflow.
Example Vision Policy
“If congestion visibility is detected at Intersections, create an incident and notify the responsible team.”
Use an approved camera, zone and schedule.
Apply selected models and duration thresholds.
Assign severity and policy context.
Notify, escalate and preserve approved evidence.
Recommended intelligence
Connect compatible cameras across Intersections, Toll lanes, Parking entries with site-appropriate edge, on-premises, cloud or hybrid processing.
Configured as part of a policy-led operational workflow.
Configured as part of a policy-led operational workflow.
Configured as part of a policy-led operational workflow.
Relevant capabilities
Availability and suitability are confirmed against the camera scene, required response and deployment conditions.
Detect and classify configured vehicle categories.
ExploreRead visible plates in validated capture conditions.
ExploreFlag vehicle movement against configured lane direction.
ExploreEstimate occupied and available spaces in suitable views.
ExploreDetect vehicles remaining in controlled zones beyond thresholds.
ExploreMeasure direction, counts and selected congestion indicators.
ExploreCombine detections with zones, schedules and thresholds.
ExploreNotify configured recipients when approved rules match.
ExploreAssign, acknowledge and track operational incidents.
ExploreHow it works
Selected visual sources feed approved inference. BAV ONE applies policy and business context before AVEKSHA delivers incidents, evidence and operational views.
Deployment
Run approved models close to the visual source for responsive, resilient operations.
Operate within customer-managed infrastructure and private networks.
Centralize approved workloads, administration, analytics and event services.
Combine local inference and retention with selective cloud management and visibility.
Connectivity is confirmed after vendor, network and data-flow review.
Feature availability and performance depend on camera compatibility, resolution, frame rate, field of view, lighting, network stability, infrastructure, scene complexity, suitable training data, integration requirements and approved technical scope. AI-assisted outputs should retain human review for critical decisions.
Common questions
It can work with compatible CCTV and IP camera streams. A camera assessment confirms protocol, resolution, angle, lighting, network and compute suitability before deployment.
Yes. Depending on the use case and site constraints, deployments can use edge, on-premises, cloud or hybrid processing. The final design follows the approved data and latency requirements.
A focused one-to-four camera pilot can validate selected use cases, Vision Policies, event workflows and camera conditions before a larger rollout.
Yes. Vision Policies combine approved objects or activities with zones, schedules, duration, severity, actions, evidence and escalation. Custom model work is assessed separately when needed.
Pilot on your own cameras
Assess compatibility, configure selected Vision Policies and review real events before planning a wider rollout.