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Can AI identify safety threats in schools? One district wants to try.
Freeman High School in Rockford, Washington, upgraded the cameras in its security system after a shooting last year killed a student and wounded three others. (Rajah Bose/For The Washington Post) Loudoun County schools will use an artificial intelligence system to help identity fights, bullying or other potential safety threats on campuses. The system, from local tech company VOLT AI, will use AI to monitor video footage from the school district's existing security cameras to spot incidents that might require staff intervention, such as the presence of weapons or other safety threats or medical emergencies. The cameras are used only in common areas, not bathrooms or locker rooms. When the AI system detects a potential situation, VOLT staff will first try to verify the incident, then send an alert to school personnel with information about what is happening and where in the school. The verification process adds a short delay for responding, but it is designed to ensure there are no false positives, said Dmitry Sokolowski, co-founder of VOLT. "Most organizations don't have enough people to get everywhere at once, right? And you never can predict where things could happen," Sokolowski said. "With a system like ours, it allows the personnel on the ground in the school to be able to respond in such a quick turnaround." Skip to end of carousel Make the most of the DMV with our newsletter (The Washington Post) Make living in D.C. a little easier and more fun. Sign up for the Post Local newsletter to get local news, weather and expert advice -- where to eat, where to drink and how to get around -- every weekday. End of carousel Loudoun schools spokesman Dan Adams said the new software is part of a broader effort to increase security starting next school year. Other upcoming initiatives include a clear-bag policy for football games and a weapon detection pilot program to test walk-through scanners at some schools. For the cameras, the school district signed a five-year contract with VOLT AI that is to be reviewed each year and costs $1.1 million in the first year. The new technology will not lead to job cuts; rather, Adams said, it could help improve the response to potential incidents. The use of AI to help identify threats on campuses comes as the school security industry has grown rapidly in recent decades, particularly fueled by fears of school shootings. According to the U.S. Education Department, about 93 percent of schools reported using security cameras to monitor school grounds during the 2020-2021 school year, the most recent data available. That number was up from about 61 percent reported during the 2009-2010 school year. Some groups and researchers have raised concerns about increased surveillance in schools, and critics say the costly tech can be faulty in preventing threats and encroaches on student privacy. Sokolowski said the VOLT software does not capture or use any identifying information about students. It looks only for activity. He said the company's technology is used in hundreds of schools across 10 states and is continuing to expand. The system can vary by school to identify or exclude certain behaviors, he said, and the technology typically alerts to "just a handful" of incidents every week. Sokolowski said the system has been successful in helping school officials respond to medical emergencies like detecting a student on the floor after they had a seizure when no one else was around. "We get such positive feedback from the parents and the faculty, because they didn't even know that this type of a system existed in their school where their child needed medical attention, and then they got it right away," Sokolowski said. Schools also use AI-driven security tech in other forms. Many popular weapon detection systems include walk-through gates that scan students and use AI to identify weapons. Nearby Fairfax County Public Schools rolled out a pilot this year in which weapons scanners were deployed each week to a randomly selected high school. The school district declined to discuss whether AI-supported camera systems similar to the ones Loudoun will use are being used in its schools. "In order to maintain the safety of our students, staff and visitors, we do not publicly discuss our security protocols and systems," the school district said in a statement. The Loudoun district has also used AI in other ways. It uses Gaggle to monitor the content of students' email, documents and chats on school-issued accounts and devices. If certain keywords -- such as inappropriate search words or references to self-harm or violence -- are detected, it can trigger an alert to school administrators depending on severity. Loudoun and some other school districts also use a sensor system that can detect things like vaping, sounds, or multiple bodies in bathrooms or locker rooms. Sokolowski said VOLT is hoping to test whether it can integrate the data from those sensors into the company's AI software.
[2]
Can AI identify safety threats in schools? One district wants to try.
A Virginia county's schools will use an artificial intelligence system to help identity fights, bullying or other potential safety threats on campuses. The system, from a local tech company, VOLT AI, will use AI to monitor video footage from the Loudoun County school district's existing security cameras to spot incidents that might require staff intervention, such as the presence of weapons or other safety threats or medical emergencies. The cameras are used only in common areas, not bathrooms or locker rooms. When the AI system detects a potential situation, VOLT staff will first try to verify the incident, then send an alert to school personnel with information about what is happening and where in the school. The verification process adds a short delay for responding, but it is designed to ensure there are no false positives, said Dmitry Sokolowski, co-founder of VOLT. "Most organizations don't have enough people to get everywhere at once, right? And you never can predict where things could happen," Sokolowski said. "With a system like ours, it allows the personnel on the ground in the school to be able to respond in such a quick turnaround." Loudoun schools spokesperson Dan Adams said the new software is part of a broader effort to increase security starting next school year. Other upcoming initiatives include a clear-bag policy for football games and a weapon detection pilot program to test walk-through scanners at some sporting events. For the cameras, the school district signed a five-year contract with VOLT AI that is to be reviewed each year and costs $1.1 million in the first year. The new technology will not lead to job cuts; rather, Adams said, it could help improve the response to potential incidents. The use of AI to help identify threats on campuses comes as the school security industry has grown rapidly in recent decades, particularly fueled by fears of school shootings. According to the U.S. Education Department, about 93% of schools reported using security cameras to monitor school grounds during the 2020-2021 school year, the most recent data available. That number was up from about 61% reported during the 2009-2010 school year. Some groups and researchers have raised concerns about increased surveillance in schools, and critics say the costly tech can be faulty in preventing threats and encroaches on student privacy. Sokolowski said the VOLT software does not capture or use any identifying information about students. It looks only for activity. He said the company's technology is used in hundreds of schools across 10 states and is continuing to expand. The system can vary by school to identify or exclude certain behaviors, he said, and the technology typically alerts to "just a handful" of incidents every week. Sokolowski said the system has been successful in helping school officials respond to medical emergencies like detecting a student on the floor after they had a seizure when no one else was around. "We get such positive feedback from the parents and the faculty because they didn't even know that this type of a system existed in their school where their child needed medical attention, and then they got it right away," Sokolowski said. Schools also use AI-driven security tech in other forms. Many popular weapon detection systems include walk-through gates that scan students and use AI to identify weapons. Nearby Fairfax County Public Schools rolled out a pilot this year in which weapons scanners were deployed each week to a randomly selected high school. The school district declined to discuss whether AI-supported camera systems similar to the ones Loudoun will use are being used in its schools. "In order to maintain the safety of our students, staff and visitors, we do not publicly discuss our security protocols and systems," the school district said in a statement. The Loudoun district has also used AI in other ways. It uses Gaggle to monitor the content of students' email, documents and chats on school-issued accounts and devices. If certain keywords -- such as inappropriate search words or references to self-harm or violence -- are detected, it can trigger an alert to school administrators depending on severity. Loudoun and some other school districts also use a sensor system that can detect things like vaping, sounds or multiple bodies in bathrooms or locker rooms. Sokolowski said VOLT is hoping to test whether it can integrate the data from those sensors into the company's AI software.
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Loudoun County schools in Virginia are adopting an AI-driven security system to monitor and identify potential safety threats, sparking discussions about the balance between school safety and student privacy.
Loudoun County schools in Virginia are set to implement an artificial intelligence (AI) system to enhance campus safety, marking a significant step in the integration of advanced technology in educational institutions. The school district has partnered with local tech company VOLT AI to monitor video footage from existing security cameras in common areas, aiming to identify potential safety threats such as fights, bullying, or medical emergencies 12.
The AI-driven system will analyze video feeds from cameras installed in common areas, excluding private spaces like bathrooms and locker rooms. When a potential incident is detected, VOLT staff will verify the situation before alerting school personnel with specific information about the event and its location. This verification process is designed to minimize false positives while ensuring rapid response times 1.
Dmitry Sokolowski, co-founder of VOLT, emphasized the system's efficiency: "With a system like ours, it allows the personnel on the ground in the school to be able to respond in such a quick turnaround" 2.
The AI system is part of a comprehensive security upgrade in Loudoun County schools. Other measures include:
The school district has signed a five-year contract with VOLT AI, costing $1.1 million in the first year. Officials stress that the new technology will not result in job cuts but rather enhance the ability to respond to potential incidents 1.
The adoption of AI-powered security systems reflects a broader trend in school safety measures. According to the U.S. Education Department, the use of security cameras in schools has increased from 61% in 2009-2010 to 93% in 2020-2021 12.
VOLT AI's technology is already in use across hundreds of schools in 10 states, with the system typically alerting staff to "just a handful" of incidents each week. Sokolowski highlighted the system's success in detecting medical emergencies, such as students experiencing seizures when alone 2.
While proponents argue that these systems enhance safety, critics raise concerns about increased surveillance and potential infringements on student privacy. Some researchers question the effectiveness of such costly technology in preventing threats 1.
In response to these concerns, Sokolowski stated that the VOLT software does not capture or use any identifying information about students, focusing solely on detecting specific activities 2.
As AI continues to evolve, companies like VOLT are exploring ways to integrate data from various sensors and systems. Sokolowski mentioned plans to test the integration of data from vaping and sound sensors into their AI software, potentially expanding the system's capabilities 12.
The implementation of AI-powered security systems in schools represents a significant shift in approach to campus safety, balancing the need for enhanced security with concerns about privacy and the effectiveness of technological solutions in educational environments.
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