Skip to main content

Hayden AI deploys bus enforcement cameras in Sacramento

California city's authorities will start issuing fines from February
By Adam Hill January 2, 2025 Read time: 2 mins
Traffic in downtown Sacramento (© Andreistanescu | Dreamstime.com)

Hayden AI has equipped up to 100 buses in Sacramento, California, with its front-facing cameras to detect and record vehicles which park in bus stops.

Sacramento Regional Transit District (SacRT), in collaboration with the City of Sacramento, launched its new programme the week before Christmas 2024, with a 60-day 'grace period' for motorists.

But from 18 February 2025, the warning letters will stop and drivers who are illegally parked in bus stops will instead receive fines.

Hayden AI's system captures a short video and a photo of the vehicle’s licence plate, and the exact time and location of the incident; the data then goes to the City of Sacramento for manual review and citation processing.

Duncan Solutions provides the violation processing software. 

Sacramento's authorities say the initiative will enforce parking regulations at bus stops throughout the city, "ensuring that buses have unobstructed access to kerbs, and passengers can safely board and exit buses at designated stops".

In particular, unauthorised parking creates barriers for people with disabilities and other mobility challenges. 

“Clear bus stops are essential to providing a safe and efficient transit experience,” said SacRT general manager/CEO Henry Li. “This programme will help improve accessibility for all riders, especially those with mobility needs, while keeping our transit service reliable and on schedule.”

Later in 2025, Hayden AI's cameras will also be used to enforce bike lane violations by motorists.

“We are committed to making Sacramento a more accessible and transit-friendly city. This partnership with SacRT is an important step forward,” said Staci Hovermale, parking manager, City of Sacramento. “By keeping bus stops clear, we can better serve all our residents and make sure buses are running efficiently and safely.”

SacRT conducted a 70-day pilot last summer on two busy downtown routes (bus routes 51 and 30) to assess the impact of vehicles illegally parked in bus stops. During this time, 286 parking violations obstructing bus stops were detected. 

The US cities of Oakland, Los Angeles, Washington DC and New York already have automated bus stop enforcement with bus-mounted camera systems.

For more information on companies in this article

Related Content

  • Milestone for ChargePoint America
    May 16, 2012
    Coulomb Technologies has celebrated a significant milestone for the ChargePoint America programme. At a ceremony in Exposition Park hosted by the Honorable Antonio Villaraigosa, Mayor of Los Angeles. US Energy Secretary Steven Chu and Coulomb Technologies founder and CTO Richard Lowenthal unveiled the 500th ChargePoint America station available now on the ChargePoint Network. Others attending the ceremony included ChargePoint America programme vehicle partners Chevrolet, Ford and smart USA as well as electr
  • Learning from informal transit networks
    March 30, 2021
    When it comes to public transportation, the Minority World could take lessons in equity from the mobility infrastructure of emerging market cities, says Devin de Vries of WhereIsMyTransport
  • Advanced traffic management amid urbanisation
    July 30, 2020
    There is no room for error on the crowded roads in many cities: Andrew Watson of Huawei explains why AI is a perfect tool to help urban authorities and transportation agencies look after people in busy traffic
  • Dutch approval for Redflex mobile speed enforcement
    September 5, 2014
    RedflexRadarcam, Redflex’s flexible mobile speed enforcement system, has undergone testing by the Dutch metrology institute, NMi Certin (NMi), and verified to meet Dutch approval requirements. Said to be the first speed enforcement system to utilise dual radar detection for accurate speed detection in all weather conditions, RedflexRadarcam also provides lane identification, vehicle position and positive vehicle identification across up to six lanes of traffic simultaneously.