The scale of the system was detailed this week in an investigation by The Daily Aztec, SDSU’s independent student newspaper, which obtained university records showing the broad reach of the campus surveillance network. The reporting builds on an earlier Daily Aztec investigation examining a campuswide camera system upgrade valued at more than $1.3 million.
Following publication of that earlier report, San Diego State University Police Department clarified that the camera upgrades were funded through the university’s Deferred Maintenance Advisory Committee reserve funds as part of a scheduled infrastructure replacement project, not through expenditures by University Police and not as a separate surveillance initiative. SDSU also stated that the cameras are not actively monitored around the clock and are generally reviewed when a crime or reported incident occurs in a specific area.
The upgraded camera network nevertheless includes technology capable of artificial intelligence-assisted detection, analysis and search functions. According to SDSU, the university is not using facial recognition, behavioral tracking, or profiling features. University Police have described the current use as limited to functions such as motion detection, system maintenance and alerts in restricted areas outside normal operating hours.
But the controversy is not simply about what SDSU says it is doing today. It is about what the system can do, who controls it, what students were told, and whether a public university should deploy a campuswide AI-enabled camera network before adopting more specific policies governing the technology’s most sensitive capabilities.
According to The Daily Aztec, cameras are installed throughout classroom hallways, entryways, bookstores, dining facilities, parking structures, recreation areas and residence halls. The student journalists found that more than 330 cameras were located within residential halls alone, representing roughly 28 percent of the campus camera network. Huaxyacac, SDSU’s largest first-year residence hall, reportedly contained 79 cameras, followed by Tenochca with 36 and Chapultepec with 33. The Daily Aztec also reported that 18 of SDSU’s 24 residential buildings appeared on university camera location records obtained through public records requests.
That matters because residence halls are not ordinary public spaces. While hallways, elevators, lobbies and common areas may not carry the same privacy expectations as a dorm room itself, they remain part of students’ living environment. Students sleep, socialize, receive guests, attend meetings, return from medical appointments, participate in political organizing and move through those spaces at all hours of the day and night. A camera in a residence hall corridor is fundamentally different from a camera at a parking lot entrance.
The California State University systemwide Video Security Cameras Policy permits cameras in public areas while recognizing that recordings must respect the reasonable expectation of privacy among members of the university community. The policy broadly defines public areas to include parking lots, hallways, library study rooms, buildings open to the public and outdoor spaces. It prohibits cameras from viewing areas where there is a reasonable expectation of privacy and specifically states that cameras may not be directed into the windows of private residential buildings, including residence halls.
The policy further requires notice that cameras are present at campus entrances and at the entrance to monitored public areas where individuals might otherwise expect a degree of privacy.
SDSU told The Daily Aztec that students are informed about cameras through housing materials and the Guide to Community Living. However, the student newspaper reported that housing license agreements themselves do not specifically reference the camera network. The Daily Aztec further reported that the materials cited by SDSU do not specifically disclose the AI technology incorporated into the upgraded system or discuss the broader capabilities of the platform. That distinction sits at the center of the debate.
Traditional security cameras record events after they occur. Modern AI-enabled camera systems can do considerably more. Depending on software settings and permissions, such systems may be capable of identifying objects, detecting unusual activity, searching footage based on appearance, counting crowds, reading license plates, generating automated alerts and integrating with other databases.
SDSU's camera vendor, Avigilon, a Motorola Solutions company, markets AI-powered video analytics as a tool to automate investigations, identify anomalies and assist security personnel in responding more efficiently to incidents. Company documentation also describes facial recognition watchlist capabilities and advanced search functions that can be enabled by authorized users.
SDSU says those features are not currently being utilized. That statement is significant, but it does not entirely eliminate broader policy questions. Once a technological capability exists within a system, future use can potentially change through software updates, administrative decisions, policy revisions, leadership turnover or evolving law enforcement priorities.
Privacy advocates often refer to this phenomenon as "mission creep"—the gradual expansion of technology beyond its originally stated purpose.
The Daily Aztec’s earlier reporting noted that university documents discussed desired capabilities including AI-based anomaly detection, license plate readers, gunshot detection technology and the ability to search video footage using physical characteristics. University Police later stated those capabilities are not currently active.
That leaves SDSU in a familiar position increasingly faced by universities, cities and public agencies adopting advanced technologies: asking the public to trust that powerful capabilities will remain unused because current administrators say they will not activate them.
San Diego has experienced similar debates before. The city became a national example of technology-related privacy concerns following the installation of thousands of "smart streetlights" beginning in 2016. Initially presented as a system designed to collect traffic, parking and environmental data, residents later learned the infrastructure also included cameras accessible to law enforcement investigators. During the 2020 Black Lives Matter protests, San Diego police accessed streetlight footage dozens of times while investigating crimes connected to demonstrations.
The resulting backlash contributed to the creation of San Diego's Transparent and Responsible Use of Surveillance Technology Ordinance, commonly known as the TRUST Ordinance. The law requires city departments to disclose surveillance technologies, publish impact reports, adopt use policies and obtain public approval before deploying certain systems.
SDSU is not governed by the TRUST Ordinance, but the broader questions are similar. How is the technology being used? Who has access to the data? How long is footage retained? Can outside agencies obtain it? What safeguards exist if policies change in the future?
For students, the questions are particularly personal. A university campus is not merely a workplace or municipal street system. It is where students live, study, organize politically, attend religious gatherings, seek counseling, participate in demonstrations and experience formative years of adulthood.
Critics argue that large-scale camera systems can affect behavior even when no one is actively monitoring them. Courts have long recognized that government observation of political activity may chill speech and association even absent arrests or prosecutions. On a college campus, where student activism and controversial speech are often central components of university life, some students may reasonably question whether participation in demonstrations, advocacy groups or labor actions could place them in searchable records.
Constitutional questions surrounding AI-enhanced technologies continue evolving nationally. While individuals generally possess reduced expectations of privacy in public spaces, legal scholars increasingly debate whether technologies capable of aggregating, searching and analyzing vast amounts of movement data fundamentally alter the traditional privacy analysis.
California law introduces additional considerations. CSU policy prohibits video security cameras from recording audio, and California remains a two-party consent state for many confidential communications. Any future use of audio-enabled technologies would need to comply with state law and university policy.
Federal student privacy law may also become relevant. Under certain circumstances, surveillance footage may become an educational record under FERPA if it is directly related to a student and maintained by the institution for disciplinary purposes. CSU policy acknowledges that recordings may occupy different legal categories depending on how the footage is ultimately used.
Labor concerns also exist. CSU policy specifically prohibits security cameras from being used for routine employee supervision, attendance monitoring, performance evaluations or general observation of employee conduct. While footage may be used in specific misconduct investigations, the policy prohibits routine workplace surveillance.
Supporters of advanced security technologies argue that universities face growing pressure to respond to shootings, assaults, hate crimes, thefts and emergencies. Administrators want safer campuses. Parents want reassurance. Police departments seek tools that allow faster investigations and improved situational awareness.
Critics respond that safety objectives should not eliminate transparency or public debate regarding technologies capable of expanding government observation.
SDSU maintains that the system is being used responsibly and that many advanced capabilities remain inactive. Nevertheless, some students and privacy advocates argue that stronger policy protections should be adopted before future administrations gain access to increasingly sophisticated technological tools.
Questions remain. If facial recognition is not being used, should SDSU formally prohibit it? If license plate recognition is not active, should the university publicly disclose whether the system can support it? If behavioral analytics are not enabled, should that limitation be written into policy? Those are governance questions rather than anti-safety arguments.
At minimum, students and faculty may reasonably want to know where cameras are generally located, who can access footage, how long recordings are retained, whether data may be shared with outside agencies, whether AI searches are logged, and whether annual public reports will be issued regarding system use.
The Daily Aztec's reporting highlights the continuing importance of student journalism in examining how public institutions adopt emerging technologies. Without public records requests and investigative reporting by student journalists, far less would be known about the size, capabilities and reach of SDSU's camera network.
SDSU may ultimately be correct that the system improves campus safety. Security cameras can help investigate crimes, locate missing individuals, reconstruct accidents and assist emergency responses. Public safety and privacy are not mutually exclusive goals.
The debate centers on whether clear limitations, transparency measures and accountability mechanisms should be established before future controversies arise rather than afterward.
For now, SDSU operates a campuswide network of more than 1,300 AI-enabled security cameras and says its most sensitive capabilities are not being used. Whether those assurances alone satisfy students, faculty and privacy advocates remains an open question.
Originally published May 30, 2026. Updated May 31, 2026 to reflect clarifications provided by San Diego State University Police Department regarding project funding and operation of the camera system. Photo by Roman Fong for The Daily Aztec.
