AID

The AID (automatic incident detection) app empowers your Integrator-AI system to automatically detect critical roadway events and conditions in real time — helping transportation engineers and operators identify hazards quickly, improve safety, and enhance overall efficiency.

Designed with future growth in mind, AID is built to evolve: as new types of incidents become priorities, we can seamlessly add more detectors — ensuring the system never becomes obsolete and stays ahead of emerging safety needs.

Concepts

Incidents

An incident is a real-world traffic event that our system automatically detects and records because it matches specific conditional rules.

Example: A vehicle is traveling faster than the posted speed limit on a highway.

When this happens, the system creates a "speeding incident" — a complete snapshot that includes:

Which vehicle it was (unique object ID)
Its exact location and lane
The type of vehicle (car, truck, motorcycle, etc.)
The measured speed
Date, time, and other key details

It's like having an automatic, detailed incident report generated for every critical event — no manual observation required.

Incident Detector

Each Incident Detector acts as a smart, always-on watchdog that continuously scans camera feeds, LiDAR, radar, or other sensors for one specific type of behavior.

Currently supported detectors include:

Object : Wrong-way driver — Monitors ramps and mainlines to flag vehicles traveling against traffic flow
Object : High Speed — Compares vehicle speeds to posted limits
Object : Low Speed — Flags vehicles traveling too slowly on higher-speed roads (potential hazard or breakdown)
Object : Loitering — Detects objects that remain stationary in one place for an extended period
Object : In Zone — Alerts when objects appear in restricted areas (e.g., pedestrians on a highway)
Object : Path — Detects objects that move in a specific path
Object : Lane Change — Captures unsafe or prohibited lane changes in restricted zones
Object : Oversized — Detects vehicles exceeding height, width, or length limits
Object : Stopped — Identifies vehicles stopped in unsafe locations (e.g., highway shoulders or intersections)
Intersection : Near miss — Identifies dangerous close calls or conflicts between objects
Intersection : Red light running — Watches intersections and detects vehicles entering on red
Intersection : Split Failure — Monitors movements to detect if enough time was given to clear the demand
Intersection : Jaywalking — Captures pedestrians crossing against the signal or in unsafe ways
Intersection : Illegal movement — Flags vehicles executing prohibited maneuvers from their current lane
Intersection : Belated walker — Detects pedestrians who didn't have enough time to clear the crossing before the signal changes to don't-walk
Intersection : Impeded departure — Monitors vehicles delayed in departing an intersection due to downstream backups or blockages

When any detector's conditions are met, the system instantly creates a full incident record — complete with timestamps, object details, locations, and supporting data — enabling rapid response, detailed analysis, and proactive safety improvements. Some incidents track over time, those will be updated as conditions change. Each incident that is tracked over time will typically contain a log of its own with a history of how it changed over time.

Sinks

Sinks are secure, configurable delivery channels that automatically forward detected incidents to the systems or people who need them most.

Examples:

Send red light running incidents directly to a citation processing system
Forward wrong-way alerts to a traffic operations center or state DOT dashboard
Push critical incidents to email/SMS alerts for responders

Think of sinks as the "export" or "share" buttons — they get the right data to the right people or tools quickly.

Actions

Actions trigger immediate, automated responses the moment an incident is detected — helping prevent escalation, gather evidence, or alert responders.

Common transportation examples:

Near-miss at an intersection → Automatically save a short video clip from multiple angles so engineers can review what almost happened
Red light violation → Trigger a still image capture and log it for enforcement
Wrong-way driver → Activate dynamic message signs ("Wrong Way – Turn Around") or send instant alerts to highway patrol

In short: Actions are the "next steps" the system takes to help prevent crashes, collect evidence, or notify the right people.

User Interface

Status Page

An incident detector
Incidents detected for today (click on this number to open the Incident Detector Event Log)
Type of incident detector
Create a new incident detector
Settings

Incident Detector Event Log

Name of the incident detector for this log
Date of events shown
Incident detector type
Incident detector settings
Number of events recorded for that day
Individual logged events
1. The data in this table will vary by incident detector type
2. Some events will contain GPS information. This will be the map icon on the right side of the event right. Clicking on it will open up Google Maps and drop a pin relevant to where that event happened
3. Some events will contain recordings of it. This will be the play button on the right. Clicking on this button will open up our Echo View GIS app so that you can view that specific event.
Navigation
1. Move to previous day
2. Recall a specific day
3. Move to the next day
4. Goto today
5. Manual data prune
6. Reports
Actions
1. Edit incident detector
2. Clone incident detector
3. Delete incident detector

⚠️

While watching an event log live and a new event is generated, the play button may not show up because the event is still being recorded. When reocrding completes, you can re-open the event log and the play button will appear

Settings

Enable/disable the app
Max age for an incident before it's automatically deleted. A value of 0 disables automatic deletion

Data Structure

Object : High Speed

Information on a single object that was detected traveling at a high speed

detector number	ID of the detector that generated this incident
id array	ID of the incident
timestamp number	Unix epoch timestamp, in milliseconds, of when the incident started
recording number	ID of the Echo View GIS recording, if one was generated. 0 if no recording exists, or the recording is still being generated
type string	Always: object.high-speed
zone number	ID of the zone the incident detected in. You can query our /api/zones endpoint to get information on the zones.
object	Information about the object related to the incident
object.id[] array[number]	ID of the object. A two part ID to help maintain uniqueness local to the Integrator-AI that generated it
object.type string	Type of the object possible values: unclassified, vehicle, pedestrian, cyclist, animal, railcar, aircraft
object.classification string	Classification of the object as reported by the sensing device (e.g. car, truck, bus, person, bicycle, etc.). This value is supplied by the sensor, so it does not have a known set of values. If you're sourcing objects from one sensor, then you can refer to that sensor's documentation to see what object classification's it provides as those will be what you find this value set to.
object.lwh[] array[float,float,float]	An array that contains the size of the object, in meters. This value will be false if not available. The first value is length, then width, then height. For example: "lwh":[5.25, 2.5, 1.9]: would indicate 5.25m for the length, 2.5m for the width, and 1.9m for the height "lwh":false: indicates that size information is not available
object.description	Additional descriptive information about the object, if available. For example if it was a car then this may contain make, model, color, and license plate number
log[] array	History of the incident, including the most recent state of it
log[].timestamp number	Unix epoch timestamp, in milliseconds, of this entry
log[].position array[lat,lng,alt]	The position of the object when this entry was created. This value will be `null` if not available.
log[].heading float	Heading angle, in radians, of the object when this entry was created. 0.0 is north. `null` indicates unknown
log[].speed float	Speed of the object, in meters per second, when this entry was created
log[].state string	State of the incident, when this entry was created active - the incident is currently active, or still present clear - the incident has cleared and no longer present

Object : Low Speed

Information on a single object that was traveling at a low speed

detector number	ID of the detector that generated this incident
id array	ID of the incident
timestamp number	Unix epoch timestamp, in milliseconds, of when the incident started
recording number	ID of the Echo View GIS recording, if one was generated. 0 if no recording exists, or the recording is still being generated
type string	Always: object.low-speed
zone number	ID of the zone the incident detected in. You can query our /api/zones endpoint to get information on the zones.
object	Information about the object related to the incident
object.id[] array[number]	ID of the object. A two part ID to help maintain uniqueness local to the Integrator-AI that generated it
object.type string	Type of the object possible values: unclassified, vehicle, pedestrian, cyclist, animal, railcar, aircraft
object.classification string	Classification of the object as reported by the sensing device (e.g. car, truck, bus, person, bicycle, etc.). This value is supplied by the sensor, so it does not have a known set of values. If you're sourcing objects from one sensor, then you can refer to that sensor's documentation to see what object classification's it provides as those will be what you find this value set to.
object.lwh[] array[float,float,float]	An array that contains the size of the object, in meters. This value will be false if not available. The first value is length, then width, then height. For example: "lwh":[5.25, 2.5, 1.9]: would indicate 5.25m for the length, 2.5m for the width, and 1.9m for the height "lwh":false: indicates that size information is not available
object.description	Additional descriptive information about the object, if available. For example if it was a car then this may contain make, model, color, and license plate number
log[] array	History of the incident, including the most recent state of it
log[].timestamp number	Unix epoch timestamp, in milliseconds, of this entry
log[].position array[lat,lng,alt]	The position of the object when this entry was created. This value will be `null` if not available.
log[].heading float	Heading angle, in radians, of the object when this entry was created. 0.0 is north. `null` indicates unknown
log[].speed float	Speed of the object, in meters per second, when this entry was created
log[].state string	State of the incident, when this entry was created active - the incident is currently active, or still present clear - the incident has cleared and no longer present

Object : Loitering

Information on a single object that spent too much time in a zone

detector number	ID of the detector that generated this incident
id array	ID of the incident
timestamp number	Unix epoch timestamp, in milliseconds, of when the incident started
recording number	ID of the Echo View GIS recording, if one was generated. 0 if no recording exists, or the recording is still being generated
type string	Always: object.loitering
zone number	ID of the zone the incident detected in. You can query our /api/zones endpoint to get information on the zones.
object	Information about the object related to the incident
object.id[] array[number]	ID of the object. A two part ID to help maintain uniqueness local to the Integrator-AI that generated it
object.type string	Type of the object possible values: unclassified, vehicle, pedestrian, cyclist, animal, railcar, aircraft
object.classification string	Classification of the object as reported by the sensing device (e.g. car, truck, bus, person, bicycle, etc.). This value is supplied by the sensor, so it does not have a known set of values. If you're sourcing objects from one sensor, then you can refer to that sensor's documentation to see what object classification's it provides as those will be what you find this value set to.
object.lwh[] array[float,float,float]	An array that contains the size of the object, in meters. This value will be false if not available. The first value is length, then width, then height. For example: "lwh":[5.25, 2.5, 1.9]: would indicate 5.25m for the length, 2.5m for the width, and 1.9m for the height "lwh":false: indicates that size information is not available
object.description	Additional descriptive information about the object, if available. For example if it was a car then this may contain make, model, color, and license plate number
log[] array	History of the incident, including the most recent state of it
log[].timestamp number	Unix epoch timestamp, in milliseconds, of this entry
log[].position array[lat,lng,alt]	The position of the object when this entry was created. This value will be `null` if not available.
log[].heading float	Heading angle, in radians, of the object when this entry was created. 0.0 is north. `null` indicates unknown
log[].speed float	Speed of the object, in meters per second, when this entry was created
log[].state string	State of the incident, when this entry was created active - the incident is currently active, or still present clear - the incident has cleared and no longer present
log[].dwell number	Total time occupying the zone up to the time of this entry

Object : Stopped

Information on a single object that stopped in a zone

detector number	ID of the detector that generated this incident
id array	ID of the incident
timestamp number	Unix epoch timestamp, in milliseconds, of when the incident started
recording number	ID of the Echo View GIS recording, if one was generated. 0 if no recording exists, or the recording is still being generated
type string	Always: object.stopped
zone number	ID of the zone the incident detected in. You can query our /api/zones endpoint to get information on the zones.
object	Information about the object related to the incident
object.id[] array[number]	ID of the object. A two part ID to help maintain uniqueness local to the Integrator-AI that generated it
object.type string	Type of the object possible values: unclassified, vehicle, pedestrian, cyclist, animal, railcar, aircraft
object.classification string	Classification of the object as reported by the sensing device (e.g. car, truck, bus, person, bicycle, etc.). This value is supplied by the sensor, so it does not have a known set of values. If you're sourcing objects from one sensor, then you can refer to that sensor's documentation to see what object classification's it provides as those will be what you find this value set to.
object.lwh[] array[float,float,float]	An array that contains the size of the object, in meters. This value will be false if not available. The first value is length, then width, then height. For example: "lwh":[5.25, 2.5, 1.9]: would indicate 5.25m for the length, 2.5m for the width, and 1.9m for the height "lwh":false: indicates that size information is not available
object.description	Additional descriptive information about the object, if available. For example if it was a car then this may contain make, model, color, and license plate number
log[] array	History of the incident, including the most recent state of it
log[].timestamp number	Unix epoch timestamp, in milliseconds, of this entry
log[].position array[lat,lng,alt]	The position of the object when this entry was created. This value will be `null` if not available.
log[].heading float	Heading angle, in radians, of the object when this entry was created. 0.0 is north. `null` indicates unknown
log[].speed float	Speed of the object, in meters per second, when this entry was created
log[].state string	State of the incident, when this entry was created active - the incident is currently active, or still present clear - the incident has cleared and no longer present

Object : Oversized

Information on a single object that is oversized and detected in a zone

detector number	ID of the detector that generated this incident
id array	ID of the incident
timestamp number	Unix epoch timestamp, in milliseconds, of when the incident started
recording number	ID of the Echo View GIS recording, if one was generated. 0 if no recording exists, or the recording is still being generated
type string	Always: object.oversized
zone number	ID of the zone the incident detected in. You can query our /api/zones endpoint to get information on the zones.
object	Information about the object related to the incident
object.id[] array[number]	ID of the object. A two part ID to help maintain uniqueness local to the Integrator-AI that generated it
object.type string	Type of the object possible values: unclassified, vehicle, pedestrian, cyclist, animal, railcar, aircraft
object.classification string	Classification of the object as reported by the sensing device (e.g. car, truck, bus, person, bicycle, etc.). This value is supplied by the sensor, so it does not have a known set of values. If you're sourcing objects from one sensor, then you can refer to that sensor's documentation to see what object classification's it provides as those will be what you find this value set to.
object.lwh[] array[float,float,float]	An array that contains the size of the object, in meters. This value will be false if not available. The first value is length, then width, then height. For example: "lwh":[5.25, 2.5, 1.9]: would indicate 5.25m for the length, 2.5m for the width, and 1.9m for the height "lwh":false: indicates that size information is not available
object.description	Additional descriptive information about the object, if available. For example if it was a car then this may contain make, model, color, and license plate number
log[] array	History of the incident, including the most recent state of it
log[].timestamp number	Unix epoch timestamp, in milliseconds, of this entry
log[].position array[lat,lng,alt]	The position of the object when this entry was created. This value will be `null` if not available.
log[].heading float	Heading angle, in radians, of the object when this entry was created. 0.0 is north. `null` indicates unknown
log[].speed float	Speed of the object, in meters per second, when this entry was created
log[].state string	State of the incident, when this entry was created active - the incident is currently active, or still present clear - the incident has cleared and no longer present

Object : In Zone

Information on a single object that is detected in a zone

detector number	ID of the detector that generated this incident
id array	ID of the incident
timestamp number	Unix epoch timestamp, in milliseconds, of when the incident started
recording number	ID of the Echo View GIS recording, if one was generated. 0 if no recording exists, or the recording is still being generated
type string	Always: object.in-zone
zone number	ID of the zone the incident detected in. You can query our /api/zones endpoint to get information on the zones.
object	Information about the object related to the incident
object.id[] array[number]	ID of the object. A two part ID to help maintain uniqueness local to the Integrator-AI that generated it
object.type string	Type of the object possible values: unclassified, vehicle, pedestrian, cyclist, animal, railcar, aircraft
object.classification string	Classification of the object as reported by the sensing device (e.g. car, truck, bus, person, bicycle, etc.). This value is supplied by the sensor, so it does not have a known set of values. If you're sourcing objects from one sensor, then you can refer to that sensor's documentation to see what object classification's it provides as those will be what you find this value set to.
object.lwh[] array[float,float,float]	An array that contains the size of the object, in meters. This value will be false if not available. The first value is length, then width, then height. For example: "lwh":[5.25, 2.5, 1.9]: would indicate 5.25m for the length, 2.5m for the width, and 1.9m for the height "lwh":false: indicates that size information is not available
object.description	Additional descriptive information about the object, if available. For example if it was a car then this may contain make, model, color, and license plate number
log[] array	History of the incident, including the most recent state of it
log[].timestamp number	Unix epoch timestamp, in milliseconds, of this entry
log[].position array[lat,lng,alt]	The position of the object when this entry was created. This value will be `null` if not available.
log[].heading float	Heading angle, in radians, of the object when this entry was created. 0.0 is north. `null` indicates unknown
log[].speed float	Speed of the object, in meters per second, when this entry was created
log[].state string	State of the incident, when this entry was created active - the incident is currently active, or still present clear - the incident has cleared and no longer present

Object : Lane Change

Information on a single object that changed lanes

detector number	ID of the detector that generated this incident
id array	ID of the incident
timestamp number	Unix epoch timestamp, in milliseconds, of when the incident started
recording number	ID of the Echo View GIS recording, if one was generated. 0 if no recording exists, or the recording is still being generated
type string	Always: object.lane-change
from number	Origin zone ID (lane they came from). You can query our /api/zones endpoint to get information on the zones.
to number	Destination zone ID (lane they went to). You can query our /api/zones endpoint to get information on the zones.
object	Information about the object related to the incident
object.id[] array[number]	ID of the object. A two part ID to help maintain uniqueness local to the Integrator-AI that generated it
object.type string	Type of the object possible values: unclassified, vehicle, pedestrian, cyclist, animal, railcar, aircraft
object.classification string	Classification of the object as reported by the sensing device (e.g. car, truck, bus, person, bicycle, etc.). This value is supplied by the sensor, so it does not have a known set of values. If you're sourcing objects from one sensor, then you can refer to that sensor's documentation to see what object classification's it provides as those will be what you find this value set to.
object.lwh[] array[float,float,float]	An array that contains the size of the object, in meters. This value will be false if not available. The first value is length, then width, then height. For example: "lwh":[5.25, 2.5, 1.9]: would indicate 5.25m for the length, 2.5m for the width, and 1.9m for the height "lwh":false: indicates that size information is not available
object.description	Additional descriptive information about the object, if available. For example if it was a car then this may contain make, model, color, and license plate number
object.position array[lat,lng,alt]	The position of the object when this entry was created. This value will be `null` if not available.
object.heading float	Heading angle, in radians, of the object when this entry was created. 0.0 is north. `null` indicates unknown
object.speed float	Speed of the object, in meters per second, when this entry was created

Object : Path

Information on a single object that is detected traveling through a specific path of zones

detector number	ID of the detector that generated this incident
id array	ID of the incident
timestamp number	Unix epoch timestamp, in milliseconds, of when the incident started
recording number	ID of the Echo View GIS recording, if one was generated. 0 if no recording exists, or the recording is still being generated
type string	Always: object.path
zone number	ID of the zone the incident detected in. You can query our /api/zones endpoint to get information on the zones.
object	Information about the object related to the incident
object.id[] array[number]	ID of the object. A two part ID to help maintain uniqueness local to the Integrator-AI that generated it
object.type string	Type of the object possible values: unclassified, vehicle, pedestrian, cyclist, animal, railcar, aircraft
object.classification string	Classification of the object as reported by the sensing device (e.g. car, truck, bus, person, bicycle, etc.). This value is supplied by the sensor, so it does not have a known set of values. If you're sourcing objects from one sensor, then you can refer to that sensor's documentation to see what object classification's it provides as those will be what you find this value set to.
object.lwh[] array[float,float,float]	An array that contains the size of the object, in meters. This value will be false if not available. The first value is length, then width, then height. For example: "lwh":[5.25, 2.5, 1.9]: would indicate 5.25m for the length, 2.5m for the width, and 1.9m for the height "lwh":false: indicates that size information is not available
object.description	Additional descriptive information about the object, if available. For example if it was a car then this may contain make, model, color, and license plate number
path[] array	Path history, in chronological order. Only contains zones targeted by the detector
path[].timestamp number	Unix epoch timestamp, in milliseconds, of this entry
path[].position array[lat,lng,alt]	The position of the object when this entry was created. This value will be `null` if not available.
path[].heading float	Heading angle, in radians, of the object when this entry was created. 0.0 is north. `null` indicates unknown
path[].speed float	Speed of the object, in meters per second, when this entry was created

Object : Wrong Way

Information on a single object that is detected traveling the wrong way

detector number	ID of the detector that generated this incident
id array	ID of the incident
timestamp number	Unix epoch timestamp, in milliseconds, of when the incident started
recording number	ID of the Echo View GIS recording, if one was generated. 0 if no recording exists, or the recording is still being generated
type string	Always: object.wrong-way
zone number	ID of the zone the incident detected in. You can query our /api/zones endpoint to get information on the zones.
object	Information about the object related to the incident
object.id[] array[number]	ID of the object. A two part ID to help maintain uniqueness local to the Integrator-AI that generated it
object.type string	Type of the object possible values: unclassified, vehicle, pedestrian, cyclist, animal, railcar, aircraft
object.classification string	Classification of the object as reported by the sensing device (e.g. car, truck, bus, person, bicycle, etc.). This value is supplied by the sensor, so it does not have a known set of values. If you're sourcing objects from one sensor, then you can refer to that sensor's documentation to see what object classification's it provides as those will be what you find this value set to.
object.lwh[] array[float,float,float]	An array that contains the size of the object, in meters. This value will be false if not available. The first value is length, then width, then height. For example: "lwh":[5.25, 2.5, 1.9]: would indicate 5.25m for the length, 2.5m for the width, and 1.9m for the height "lwh":false: indicates that size information is not available
object.description	Additional descriptive information about the object, if available. For example if it was a car then this may contain make, model, color, and license plate number
path[] array	Path history, in chronological order. Only contains zones targeted by the detector
path[].timestamp number	Unix epoch timestamp, in milliseconds, of this entry
path[].position array[lat,lng,alt]	The position of the object when this entry was created. This value will be `null` if not available.
path[].heading float	Heading angle, in radians, of the object when this entry was created. 0.0 is north. `null` indicates unknown
path[].speed float	Speed of the object, in meters per second, when this entry was created
path[].state string	State of the incident when this entry was created tracking - The first state when the incident is generated, indicating that we are tracking a wrong way driver within our detection system's view tracking-lost - If the object continues out of view of our detection systems, we lose track of it. This state indicates that it was still traveling the wrong way when we lost track of it course-corrected - This state indicates that we detected the object correct their course. Essentially we detected them going the wrong way, but they turned around and began moving the correct way

Congestion

Information on when congestion has been detected

detector number	ID of the detector that generated this incident
id array	ID of the incident
timestamp number	Unix epoch timestamp, in milliseconds, of when the incident started
recording number	ID of the Echo View GIS recording, if one was generated. 0 if no recording exists, or the recording is still being generated
type string	Always: congestion
log[] array	History of the congestion event
log[].timestamp number	Unix epoch timestamp, in milliseconds, of this entry
path[].objects[] array[id]	Object ID list of objects that contributed to the congestion event state
path[].state string	State of the incident when this entry was created building - congestion conditions match indicating that it's building, congestion won't be official until it holds these conditions for the configured time congested - congestion conditions matched for the configured time, so it has officially started clearing - congestion conditions no longer match, so congestion appears to be clearing. if conditions hold for the configured time, will officially report as cleared clear - congestion conditions have cleared, no more congestion

Intersection : Split Failure

Information on when a split failure was detected for a movement

detector number	ID of the detector that generated the incident
id number	Unique ID of the incident. Will retain the same ID as you receive updates to this incident
type string	Always: intersection.split-failure
timestamp number	Unix epoch timestamp, in milliseconds, of when the incident occurred (light turned red for the movement)
recording number	Recording ID, if one is available. 0 if no recording is available. Generally a recording may take some additional time, after the incident is generated, to be completed. When the recording is completed, it will populate this field with the recording ID
gor number	Green occupancy ratio
ror number	Red occupancy ratio
movement object	The movement that the split failure occurred with
movement.heading string	Heading of the movement Values: nb, sb, eb, wb
movement.type string	Type of movement Values: left, right, through, u-turn, pedestrian
movement.time number	The total time the movement was permitted, in milliseconds

Intersection : Near Miss

Information on when a near miss is detected

detector number	ID of the detector that generated the incident
id number	Unique ID of the incident. Will retain the same ID as you receive updates to this incident
type string	Always: intersection.near-miss
timestamp number	Unix epoch timestamp, in milliseconds, of when the incident occurred
recording number	Recording ID, if one is available. 0 if no recording is available. Generally a recording may take some additional time, after the incident is generated, to be completed. When the recording is completed, it will populate this field with the recording ID
intersect array[lat,lng,alt]	Intersect position of the near miss, in WGS-84 decimal degrees
pet number	Post encroachment time, in milliseconds
severity string	How severe the near miss was Values: unsafe, critical
leading object	The leading object involved in the near miss. The first object to reach the intersect point
leading.id array[number]	UUID of the object
leading.type string	Type of object Values: vehicle, pedestrian, cyclist, unclassified, animal, aircraft, railcar
leading.classification string	Classification of the object. This is forwarded from the detection system, and what it reports the object as
leading.lwh array[length,width,height]	Object length, width, and height. In meters
leading.speed number	Speed of the object, in meters per second, when the near miss was detected
leading.position array[lat,lng,alt]	Position of the object when the near miss was detected
leading.heading number	Heading angle, in radians, of the object. 0.0 is north. `null` if unknown
trailing object	The trailing object involved in the near miss. The second object to reach the intersect point
trailing.id array[number]	UUID of the object
trailing.type string	Type of object Values: vehicle, pedestrian, cyclist, unclassified, animal, aircraft, railcar
trailing.classification	Classification of the object. This is forwarded from the detection system, and what it reports the object as
trailing.lwh array[length,width,height]	Object length, width, and height. In meters
trailing.speed number	Speed of the object, in meters per second, when the near miss was detected
trailing.position array[lat,lng,alt]	Position of the object when the near miss was detected
trailing.heading number	Heading angle, in radians, of the object. 0.0 is north. `null` if unknown

Intersection : Red Light

Information on when a red light runner was detected

detector number	ID of the detector that generated the incident
id number	Unique ID of the incident. Will retain the same ID as you receive updates to this incident
type string	Always: intersection.red-light
timestamp number	Unix epoch timestamp, in milliseconds, of when the incident occured (entered the intersection on red)
recording number	Recording ID, if one is available. 0 if no recording is available. Generally a recording may take some additional time, after the incident is generated, to be completed. When the recording is completed, it will populate this field with the recording ID
object.id array[number]	UUID of the object
object.type string	Type of object Values: vehicle, pedestrian, cyclist, unclassified, animal, aircraft, railcar
object.classification string	Classification of the object. This is forwarded from the detection system, and what it reports the object as
object.lwh array[length,width,height]	Object length, width, and height. In meters
object.speed number	Speed of the object, in meters per second, when this event was generated
object.position array[lat,lng,alt]	Position of the object when it was detected entering the middle of the intersection while prohibited. `null` if not known
object.heading number	Heading angle, in radians, of the object. 0.0 is north. `null` if unknown
object.description object	Additional information about the object if available. The fields available are depend on the object type. `null` if no additional information is known
object.description.make (vehicle) string	Make of the vehicle. `null` or empty if not known
object.description.model (vehicle) string	Model of the vehicle. `null` or empty if not known
object.description.license-plate (vehicle) string	License plate of the vehicle. `null` or empty if not known
object.description.year (vehicle) number	Year of the vehicle. `null` or 0 if not known
object.description.confidence number	How reliable the description information is. 0.0 is unknown
movement object	The resolved movement for the object. This is the final movement we were able to resolve the object making while tracking it as it moved through the intersection. It has no impact on what the lanes permit, it's the real movement the object made
movement.heading string	Heading of the movement Values: nb, sb, eb, wb
movement.type string	Type of movement Values: left, right, through, u-turn, pedestrian
movement.certainty string	How confident the resolved movement is. Sometimes we don't have enough information to determine the movement the object actually made, so we make an educated guess Values: realized, unrealized realized - indicates that we had enough information to resolve the actual movement the object made through the intersection unrealized - indicates that we didn't have enough information to resolve the actual movement the object made, so we used what we did know to make an educated guess
movement.ppt number	Post prohibited time, in milliseconds. When the object was detected entering the middle of the intersection, how long has the movement been prohibited?
movements[] array	A snapshot of the state of all movements at the intersection at the time that the object entered the middle of the intersection. This gives you a view of what state all the movements were in when they ran the red light
movements[].heading string	Heading of the movement Values: nb, sb, eb, wb
movements[].type string	Type of movement Values: left, right, through, u-turn, pedestrian
movements[].timestamp number	Timestamp of the movements listed state, at the time of the snapshot
movements[].duration number	Elapsed time, in milliseconds, that this movement was in this state at the time of the snapshot
movements[].indication string	What indication the movement is showing to travelers Values: none, red, yellow, green, prepare-to-go, flashing-green, flashing-yellow, flashing-red, fya, fra, dont-walk, flashing-dont-walk, walk
movements[].state string	What state the movement is in Values: protected, permissive, permissive-after-stop, prohibited

Intersection : Illegal Movement

Information on when an object makes a movement from a lane that doesn't permit that movement (e.g. through movement from a left turn only lane)

detector number	ID of the detector that generated this incident
id array	ID of the incident
timestamp number	Unix epoch timestamp, in milliseconds, of when the incident started
recording number	ID of the Echo View GIS recording, if one was generated. 0 if no recording exists, or the recording is still being generated
type string	Always: intersection.illegal-movement
movement.heading string	Heading of the movement the object made (illegally) Values: nb, sb, eb, wb
movement.type string	Type of movement the object made (illegally) Values: left, right, through, u-turn
movement.zone number	The zone dictating which movements were permitted. You can query our /api/zones endpoint to get information on the zones.
object	Information about the object related to the incident
object.id[] array[number]	ID of the object. A two part ID to help maintain uniqueness local to the Integrator-AI that generated it
object.type string	Type of the object possible values: unclassified, vehicle, pedestrian, cyclist, animal, railcar, aircraft
object.classification string	Classification of the object as reported by the sensing device (e.g. car, truck, bus, person, bicycle, etc.). This value is supplied by the sensor, so it does not have a known set of values. If you're sourcing objects from one sensor, then you can refer to that sensor's documentation to see what object classification's it provides as those will be what you find this value set to.
object.lwh[] array[float,float,float]	An array that contains the size of the object, in meters. This value will be false if not available. The first value is length, then width, then height. For example: "lwh":[5.25, 2.5, 1.9]: would indicate 5.25m for the length, 2.5m for the width, and 1.9m for the height "lwh":false: indicates that size information is not available
object.description	Additional descriptive information about the object, if available. For example if it was a car then this may contain make, model, color, and license plate number
object.position array[lat,lng,alt]	The position of the object when this entry was created. This value will be `null` if not available.
object.heading float	Heading angle, in radians, of the object when this entry was created. 0.0 is north. `null` indicates unknown
object.speed float	Speed of the object, in meters per second, when this entry was created

Reports

Each detector will allow you to generate a report that contains incidents between a time frame that you select.

REST API

/api/app/aid	Settings	GET, PUT	Application configurations
/api/app/aid/incidents	Raw data	GET, DELETE	Access and management of incidents
/api/app/aid/incident/detectors	Settings	GET, PUT, POST, DELETE	Management of incident detectors
/api/app/aid/report/*	Report	GET	Aggregate data with selectable output formats and time bin sizes (where applicable)

PUT /api/app/aid

Update app settings

💡

This endpoint will only update settings you include in the request. So only include settings you intend to modify.

PUT /api/app/aid HTTP/1.1
Host: 127.0.0.1
Accept: application/json
Content-Type: application/json
Authorization: bearer 109b893ceb1c26e3e64e9abf7cdd2aa1c0d25f61

{"settings":{"enabled":true,"db":{"limit":{"age":0}}}}

HTTP/1.1 200 OK
Content-Type: application/json

settings.enabled boolean	Enable/disable the AID application
settings.db.limit.age number	Number of seconds for aid incidents to exist before being automatically deleted. A value of 0 indicates that AID incidents will be retained forever

GET /api/app/aid

Get app settings

GET /api/app/aid HTTP/1.1
Host: 127.0.0.1
Accept: application/json
Authorization: bearer 109b893ceb1c26e3e64e9abf7cdd2aa1c0d25f61

HTTP/1.1 200 OK
Content-Type: application/json

{"app":{"name":"aid","settings":{"_version_":[2,71],"db":{"limit":{"age":0}},"enabled":false,"incident":{"detectors":{"11":{"actions":[],"id":11,"settings":{"enabled":true,"exceptions":{"stopped":{"movements":[],"speed":0.89}},"filter":["vehicle","pedestrian","cyclist","unclassified"],"name":"red light runner","traffic-signal":16},"sinks":[],"type":"intersection.red-light"},"12":{"actions":[],"id":12,"settings":{"enabled":true,"filter":["pedestrian","pedestrian"],"name":"jaywalking","traffic-signal":16},"sinks":[],"type":"intersection.jaywalking"},"13":{"actions":[],"id":13,"settings":{"enabled":false,"filter":[],"name":"adgasdgasdgasdgasdg","speed":11.18,"zones":[1,2]},"sinks":[],"type":"object.low-speed"},"14":{"actions":[],"id":14,"settings":{"enabled":true,"filter":["vehicle"],"name":"impeded depart","speed":55,"traffic-signal":16},"sinks":[],"type":"intersection.impeded-departure"},"16":{"actions":[],"id":16,"settings":{"enabled":false,"heading":45,"name":"Near miss","pet":{"critical":1500,"unsafe":2000},"speed":4.47,"zones":{"exclusion":[],"search":[]}},"sinks":[],"type":"intersection.near-miss"},"2":{"actions":[],"id":2,"settings":{"enabled":true,"filter":["vehicle","cyclist"],"name":"Speeding NB","speed":6.71,"zones":[24,25,26,28,33]},"sinks":[],"type":"object.high-speed"},"3":{"actions":[],"id":3,"settings":{"enabled":true,"filter":["pedestrian","cyclist"],"name":"VRU NB","zones":[24,25,26,27]},"sinks":[],"type":"object.in-zone"},"4":{"actions":[],"id":4,"settings":{"enabled":false,"filter":["vehicle","pedestrian","cyclist","unclassified"],"length":3.05,"name":"NB Oversized","width":1.22,"zones":[24,25,26,27]},"sinks":[],"type":"object.oversized"},"5":{"actions":[],"id":5,"settings":{"dwell":10000,"enabled":true,"filter":["vehicle","pedestrian","cyclist","unclassified"],"name":"Stopbar loitering","zones":[28,33]},"sinks":[],"type":"object.loitering"},"6":{"actions":[],"id":6,"settings":{"count":2,"duration":10,"enabled":true,"filter":["vehicle","unclassified"],"name":"Congestion NB","speed":15.65,"zones":[33]},"sinks":[{"settings":{"interface":24},"type":"aid-streamer"}],"type":"congestion"},"7":{"actions":[],"id":7,"settings":{"enabled":true,"filter":["vehicle"],"name":"Wrong Way NB","path":[24,25,26]},"sinks":[],"type":"object.wrong-way"},"8":{"actions":[],"id":8,"settings":{"enabled":true,"filter":["vehicle","pedestrian","cyclist","unclassified"],"name":"NB Shoulder Stopped","zones":[28,33]},"sinks":[{"settings":{"interface":24},"type":"aid-streamer"}],"type":"object.stopped"}}},"sequence":{"incident-detectors":17}},"defaults":{"db":{"limit":{"age":0}},"enabled":false,"incident":{"detectors":null,"sinks":null},"sequence":{"incident-detectors":1,"incident-sinks":2}},"manifest":{"description":"A system for detecting specific kinds of incidents","name":"AID (Automatic Incident Detection)","version":"1.0.0"}}}

GET /api/app/aid/incident/detectors

Fetches the list of configured incident detectors

GET /api/app/aid/incident/detectors HTTP/1.1
Host: 127.0.0.1
Accept: application/json
Authorization: bearer 109b893ceb1c26e3e64e9abf7cdd2aa1c0d25f61

HTTP/1.1 200 OK
Content-Type: application/json

{"detectors":[{"actions":[],"id":2,"settings":{"enabled":true,"filter":["vehicle","cyclist"],"name":"Speeding NB","speed":6.71,"zones":[24,25,26,28,33]},"sinks":[],"type":"object.high-speed"},{"actions":[],"id":3,"settings":{"enabled":true,"filter":["pedestrian","cyclist"],"name":"VRU NB","zones":[24,25,26,27]},"sinks":[],"type":"object.in-zone"},{"actions":[],"id":4,"settings":{"enabled":true,"filter":["vehicle","pedestrian","cyclist","unclassified"],"length":3.05,"name":"NB Oversized","width":1.22,"zones":[24,25,26,27]},"sinks":[],"type":"object.oversized"},{"actions":[],"id":5,"settings":{"dwell":10000,"enabled":true,"filter":["vehicle","pedestrian","cyclist","unclassified"],"name":"Stopbar loitering","zones":[28,33]},"sinks":[],"type":"object.loitering"},{"actions":[],"id":6,"settings":{"count":2,"duration":10,"enabled":true,"filter":["vehicle","unclassified"],"name":"Congestion NB","speed":15.65,"zones":[33]},"sinks":[{"settings":{"interface":24},"type":"aid-streamer"}],"type":"congestion"},{"actions":[],"id":7,"settings":{"enabled":true,"filter":["vehicle"],"name":"Wrong Way NB","path":[24,25,26]},"sinks":[],"type":"object.wrong-way"},{"actions":[],"id":8,"settings":{"enabled":true,"filter":["vehicle","pedestrian","cyclist","unclassified"],"name":"NB Shoulder Stopped","zones":[28,33]},"sinks":[],"type":"object.stopped"}]}

GET /api/app/aid/incident/detectors?q=status

Fetches incident detectors and their current status, which includes active incidents

GET /api/app/aid/incident/detectors?q=status HTTP/1.1
Host: 127.0.0.1
Accept: application/json
Authorization: bearer 109b893ceb1c26e3e64e9abf7cdd2aa1c0d25f61

HTTP/1.1 200 OK
Content-Type: application/json

{"detectors":[{"actions":[],"id":11,"settings":{"enabled":true,"exceptions":{"stopped":{"movements":[],"speed":0.89}},"filter":["vehicle","pedestrian","cyclist","unclassified"],"name":"red light runner","traffic-signal":16},"sinks":[],"type":"intersection.red-light","status":{"incidents":null,"count":0}},{"actions":[],"id":12,"settings":{"enabled":true,"filter":["pedestrian","pedestrian"],"name":"jaywalking","traffic-signal":16},"sinks":[],"type":"intersection.jaywalking","status":{"incidents":null,"count":0}},{"actions":[],"id":13,"settings":{"enabled":false,"filter":[],"name":"adgasdgasdgasdgasdg","speed":11.18,"zones":[1,2]},"sinks":[],"type":"object.low-speed","status":{"incidents":null,"count":0}},{"actions":[],"id":14,"settings":{"enabled":true,"filter":["vehicle"],"name":"impeded depart","speed":55,"traffic-signal":16},"sinks":[],"type":"intersection.impeded-departure","status":{"incidents":null,"count":0}},{"actions":[],"id":16,"settings":{"enabled":false,"heading":45,"name":"Near miss","pet":{"critical":1500,"unsafe":2000},"speed":4.47,"zones":{"exclusion":[],"search":[]}},"sinks":[],"type":"intersection.near-miss","status":{"incidents":null,"count":0}},{"actions":[],"id":2,"settings":{"enabled":true,"filter":["vehicle","cyclist"],"name":"Speeding NB","speed":6.71,"zones":[24,25,26,28,33]},"sinks":[],"type":"object.high-speed","status":{"incidents":null,"count":1556}},{"actions":[],"id":3,"settings":{"enabled":true,"filter":["pedestrian","cyclist"],"name":"VRU NB","zones":[24,25,26,27]},"sinks":[],"type":"object.in-zone","status":{"incidents":null,"count":632}},{"actions":[],"id":4,"settings":{"enabled":false,"filter":["vehicle","pedestrian","cyclist","unclassified"],"length":3.05,"name":"NB Oversized","width":1.22,"zones":[24,25,26,27]},"sinks":[],"type":"object.oversized","status":{"incidents":null,"count":0}},{"actions":[],"id":5,"settings":{"dwell":10000,"enabled":true,"filter":["vehicle","pedestrian","cyclist","unclassified"],"name":"Stopbar loitering","zones":[28,33]},"sinks":[],"type":"object.loitering","status":{"incidents":[{"detector":5,"id":199375,"log":[{"dwell":10011,"position":{"altitude":0,"latitude":47.617202465562535,"longitude":-122.20167655261695},"speed":0.02706615999341011,"state":"active","timestamp":1750358086490}],"object":{"classification":"unknown","id":[1414,1750358076479],"lwh":[1.585039734840393,0.4656212031841278,0.7398056387901306],"type":"unclassified"},"recording":0,"timestamp":1750358086490,"type":"object.loitering","zone":33},{"detector":5,"id":199368,"log":[{"dwell":10011,"position":{"altitude":0,"latitude":47.61724374979129,"longitude":-122.20169517327007},"speed":0.014030919410288334,"state":"active","timestamp":1750358073926}],"object":{"classification":"car","id":[1404,1750358063915],"lwh":[4.530211448669434,1.4827631711959839,1.3122004270553589],"type":"vehicle"},"recording":0,"timestamp":1750358073926,"type":"object.loitering","zone":33}],"count":148}},{"actions":[],"id":6,"settings":{"count":2,"duration":10,"enabled":true,"filter":["vehicle","unclassified"],"name":"Congestion NB","speed":15.65,"zones":[33]},"sinks":[{"settings":{"interface":24},"type":"aid-streamer"}],"type":"congestion","status":{"incidents":null,"count":50}},{"actions":[],"id":7,"settings":{"enabled":true,"filter":["vehicle"],"name":"Wrong Way NB","path":[24,25,26]},"sinks":[],"type":"object.wrong-way","status":{"incidents":null,"count":0}},{"actions":[],"id":8,"settings":{"enabled":true,"filter":["vehicle","pedestrian","cyclist","unclassified"],"name":"NB Shoulder Stopped","zones":[28,33]},"sinks":[{"settings":{"interface":24},"type":"aid-streamer"}],"type":"object.stopped","status":{"incidents":[{"detector":8,"id":199374,"log":[{"position":{"altitude":0,"latitude":47.61723071443753,"longitude":-122.2016962133626},"speed":1.4983563423156738,"state":"active","timestamp":1750358086140}],"object":{"classification":"unknown","id":[1412,1750358067519],"lwh":[1.5968462228775024,0.6303684115409851,0.4934808015823364],"type":"unclassified"},"recording":0,"timestamp":1750358086140,"type":"object.stopped","zone":33},{"detector":8,"id":199370,"log":[{"position":{"altitude":0,"latitude":47.61720028893712,"longitude":-122.2016805424301},"speed":1.0508331060409546,"state":"active","timestamp":1750358076529}],"object":{"classification":"unknown","id":[1414,1750358076479],"lwh":[1.5576549768447876,0.4445152282714844,0.7142224907875061],"type":"unclassified"},"recording":0,"timestamp":1750358076529,"type":"object.stopped","zone":33},{"detector":8,"id":199365,"log":[{"position":{"altitude":0,"latitude":47.6172434029321,"longitude":-122.20169353770238},"speed":0.06852327287197113,"state":"active","timestamp":1750358063965}],"object":{"classification":"car","id":[1404,1750358063915],"lwh":[4.530211448669434,1.4827631711959839,1.3122004270553589],"type":"vehicle"},"recording":0,"timestamp":1750358063965,"type":"object.stopped","zone":33}],"count":541}}]}

GET /api/app/aid/incident/detectors?id={id}

Fetches a specific incident detector

GET /api/app/aid/incident/detectors?id={id} HTTP/1.1
Host: 127.0.0.1
Accept: application/json
Authorization: bearer 109b893ceb1c26e3e64e9abf7cdd2aa1c0d25f61

number

ID of the detector to fetch

HTTP/1.1 200 OK
Content-Type: application/json

{"detector":{"actions":[],"id":2,"settings":{"enabled":true,"filter":["vehicle","cyclist"],"name":"Speeding NB","speed":6.71,"zones":[24,25,26,28,33]},"sinks":[],"type":"object.high-speed"}}

GET /api/app/aid/incident/detectors?id={id}&q=status

Fetches a specific incident detector with status information, including active incidents

GET /api/app/aid/incident/detectors?id={id}&q=status HTTP/1.1
Host: 127.0.0.1
Accept: application/json
Authorization: bearer 109b893ceb1c26e3e64e9abf7cdd2aa1c0d25f61

number

ID of the detector to fetch

HTTP/1.1 200 OK
Content-Type: application/json

{"detector":{"actions":[],"id":8,"settings":{"enabled":true,"filter":["vehicle","pedestrian","cyclist","unclassified"],"name":"NB Shoulder Stopped","zones":[28,33]},"sinks":[{"settings":{"interface":24},"type":"aid-streamer"}],"type":"object.stopped","status":{"incidents":[{"detector":8,"id":198650,"log":[{"position":{"altitude":0,"latitude":47.61720028893712,"longitude":-122.2016805424301},"speed":1.0508331060409546,"state":"active","timestamp":1750357138325}],"object":{"classification":"unknown","id":[22,1750357138275],"lwh":[1.5576549768447876,0.4445152282714844,0.7142224907875061],"type":"unclassified"},"recording":0,"timestamp":1750357138325,"type":"object.stopped","zone":33},{"detector":8,"id":198645,"log":[{"position":{"altitude":0,"latitude":47.6172434029321,"longitude":-122.20169353770238},"speed":0.06852327287197113,"state":"active","timestamp":1750357125762}],"object":{"classification":"car","id":[6,1750357125713],"lwh":[4.530211448669434,1.4827631711959839,1.3122004270553589],"type":"vehicle"},"recording":0,"timestamp":1750357125762,"type":"object.stopped","zone":33}],"count":409}}}

POST /api/app/aid/incident/detectors

Create a new incident detector

POST /api/app/aid/incident/detectors HTTP/1.1
Host: 127.0.0.1
Accept: application/json
Content-Type: application/json
Authorization: bearer 109b893ceb1c26e3e64e9abf7cdd2aa1c0d25f61

{"type":"object.high-speed","settings":{"speed":11.18,"zones":[2],"filter":["vehicle","cyclist"],"enabled":true,"name":"My Detector"},"sinks":[{"type":"aid-streamer","settings":{"interface":24}}],"actions":[]}

HTTP/1.1 200 OK
Content-Type: application/json

PUT /api/app/aid/incident/detectors?id={id}

Update an existing incident detector

PUT /api/app/aid/incident/detectors?id={id} HTTP/1.1
Host: 127.0.0.1
Accept: application/json
Content-Type: application/json
Authorization: bearer 109b893ceb1c26e3e64e9abf7cdd2aa1c0d25f61

{"type":"object.high-speed","settings":{"speed":11.18,"zones":[2],"filter":["vehicle","cyclist"],"enabled":true,"name":"My Detector"},"sinks":[{"type":"aid-streamer","settings":{"interface":24}}],"actions":[]}

number

ID of the detector to update

HTTP/1.1 200 OK
Content-Type: application/json

type string	The type of incident detector
settings	Settings specific to this detector type
sinks[]	A list of sinks for this detector to send incident data to
actions[]	A list of actions for this detector to execute

DELETE /api/app/aid/incident/detectors?id={id}

Delete an existing incident detector

DELETE /api/app/aid/incident/detectors?id={id} HTTP/1.1
Host: 127.0.0.1
Accept: application/json
Authorization: bearer 109b893ceb1c26e3e64e9abf7cdd2aa1c0d25f61

number

ID of the detector to delete

HTTP/1.1 200 OK
Content-Type: application/json

GET /api/app/aid/incidents?id={id}

Get a specific incident

GET /api/app/aid/incidents?id={id} HTTP/1.1
Host: 127.0.0.1
Accept: application/json
Authorization: bearer 109b893ceb1c26e3e64e9abf7cdd2aa1c0d25f61

number

ID of the incident to fetch

HTTP/1.1 200 OK
Content-Type: application/json

{"incident":{"detector":2,"id":196177,"log":[{"position":{"altitude":0,"latitude":47.617469787597656,"longitude":-122.2018814086914},"speed":10.452117919921875,"state":"active","timestamp":1750353823233},{"position":{"altitude":0,"latitude":47.617469787597656,"longitude":-122.20195007324219},"speed":10.05234432220459,"state":"clear","timestamp":1750353823783}],"object":{"classification":"car","id":[250,1750353821731],"lwh":[4.373017311096191,1.7903811931610107,1.4800803661346436],"type":"vehicle"},"recording":0,"timestamp":1750353823233,"type":"object.high-speed","zone":24}}

GET /api/app/aid/incidents?detector={id}&start={iso8601}&end={iso8601}

Get a list of incidents from a specific detector

GET /api/app/aid/incidents?detector={id}&start={iso8601}&end={iso8601} HTTP/1.1
Host: 127.0.0.1
Accept: application/json
Authorization: bearer 109b893ceb1c26e3e64e9abf7cdd2aa1c0d25f61

detector number	ID of the detector to search for incidents
start ISO 8601	Start date to search for incidents /api/app/aid/incidents?start=2025-06-16T12:15:30
end ISO 8601	End date to search for incidents /api/app/aid/incidents?end=2025-06-16T12:15:30
limit number	Limit the number of incidents returned. This will return the most recent incidents up to this limit

HTTP/1.1 200 OK
Content-Type: application/json

{"incidents":[{"detector":2,"id":196189,"log":[{"position":{"altitude":0,"latitude":47.617469787597656,"longitude":-122.2018814086914},"speed":9.311111450195312,"state":"active","timestamp":1750353858367},{"position":{"altitude":0,"latitude":47.61746597290039,"longitude":-122.20195007324219},"speed":8.737798690795898,"state":"clear","timestamp":1750353858967}],"object":{"classification":"car","id":[278,1750353851059],"lwh":[4.398856163024902,1.4482020139694214,1.181886076927185],"type":"vehicle"},"recording":0,"timestamp":1750353858367,"type":"object.high-speed","zone":24}],"total":917}

incidents array	List of matching incidents
total number	The total number of incidents that matched, even if not provided in the list due to the limit constraint

DELETE /api/app/aid/incidents?id={id}

Delete a specific incident

DELETE /api/app/aid/incidents?id={id} HTTP/1.1
Host: 127.0.0.1
Accept: application/json
Authorization: bearer 109b893ceb1c26e3e64e9abf7cdd2aa1c0d25f61

number

ID of the incident to delete

HTTP/1.1 200 OK
Content-Type: application/json

DELETE /api/app/aid/incidents?detector={id}

Delete all incidents for this detector

DELETE /api/app/aid/incidents?detector={id} HTTP/1.1
Host: 127.0.0.1
Accept: application/json
Authorization: bearer 109b893ceb1c26e3e64e9abf7cdd2aa1c0d25f61

detector

number

ID of the detector to delete incidents from

DELETE /api/app/aid/incidents?detector={id}&start={iso8601}&end={iso8601}

Delete all incidents between the start and end time

DELETE /api/app/aid/incidents?detector={id}&start={iso8601}&end={iso8601} HTTP/1.1
Host: 127.0.0.1
Accept: application/json
Authorization: bearer 109b893ceb1c26e3e64e9abf7cdd2aa1c0d25f61

detector number	ID of the detector to delete incidents from
start ISO 8601	Start date to search for incidents /api/app/aid/incidents?start=2025-06-16T12:15:30
end ISO 8601	End date to search for incidents /api/app/aid/incidents?end=2025-06-16T12:15:30

HTTP/1.1 200 OK
Content-Type: application/json

DELETE /api/app/aid/incidents?detector={id}&before={iso8601}

Delete all incidents before a certain date and time

DELETE /api/app/aid/incidents?detector={id}&before={iso8601} HTTP/1.1
Host: 127.0.0.1
Accept: application/json
Authorization: bearer 109b893ceb1c26e3e64e9abf7cdd2aa1c0d25f61

detector number	ID of the detector to delete incidents from
before ISO 8601	Delete incidents before this date time /api/app/aid/incidents?before=2025-06-16T12:15:30

HTTP/1.1 200 OK
Content-Type: application/json

DELETE /api/app/aid/incidents?detector={id}&after={iso8601}

Delete all incidents after a certain date and time

DELETE /api/app/aid/incidents?detector={id}&after={iso8601} HTTP/1.1
Host: 127.0.0.1
Accept: application/json
Authorization: bearer 109b893ceb1c26e3e64e9abf7cdd2aa1c0d25f61

detector number	ID of the detector to delete incidents from
after ISO 8601	Delete incidents after this date time /api/app/aid/incidents?after=2025-06-16T12:15:30

HTTP/1.1 200 OK
Content-Type: application/json

GET /api/app/aid/status

This provides current state information about the AID system, including all active incidents

GET /api/app/aid/status HTTP/1.1
Host: 127.0.0.1
Accept: application/json
Authorization: bearer 109b893ceb1c26e3e64e9abf7cdd2aa1c0d25f61

HTTP/1.1 200 OK
Content-Type: application/json

{"status":{"incident":{"detectors":{"2":{"count":2076,"id":2,"incidents":null,"name":"Speeding NB","type":"object.high-speed"},"3":{"count":866,"id":3,"incidents":null,"name":"VRU NB","type":"object.in-zone"},"4":{"count":4956,"id":4,"incidents":null,"name":"NB Oversized","type":"object.oversized"},"5":{"count":215,"id":5,"incidents":[{"detector":5,"dwell":10009,"id":[1745326789822,8],"object":{"classification":"car","id":[6,1745326779812],"lwh":[4.530211448669434,1.4827631711959839,1.3122004270553589],"position":{"altitude":0,"latitude":47.61724374979129,"longitude":-122.20169517327007},"speed":0.014030919410288334,"type":"vehicle"},"state":"active","timestamp":1745326789822,"type":"object.loitering","zone":33}],"name":"Stopbar loitering","type":"object.loitering"},"6":{"count":73,"duration":10,"id":6,"name":"Congestion NB","objects":1,"state":"clear","type":"congestion"},"7":{"count":0,"id":7,"name":"Wrong Way NB","type":"object.wrong-way"}}}}}