How can video surveillance and analytics leverage AI and cloud computing for building services?

1 AI-powered video analysis

AI can enable video systems to analyze and interpret video data in real time, using techniques such as computer vision, machine learning, and deep learning. AI can help detect and recognize objects, faces, emotions, actions, events, and anomalies in video streams, and provide insights and alerts for building managers and operators. For example, AI can help monitor traffic flow, occupancy levels, fire hazards, unauthorized access, and customer behavior in buildings, and optimize building performance and operations accordingly.

2 Cloud-based video storage

Cloud computing can offer video systems a scalable, flexible, and cost-effective solution for video storage and backup. Cloud computing can help reduce the need for expensive and complex on-premise hardware and software, and enable video systems to store and access large volumes of video data from anywhere and anytime. Cloud computing can also provide video systems with enhanced security and reliability, as well as data protection and compliance features. For example, cloud computing can help encrypt, anonymize, and delete video data according to privacy regulations and policies.

3 Cloud-enabled video sharing

Cloud computing can also facilitate video sharing and collaboration among different building stakeholders, such as owners, managers, operators, tenants, customers, and authorities. Cloud computing can help video systems to stream and distribute video data to multiple devices and platforms, and allow authorized users to view, edit, and comment on video content. Cloud computing can also enable video systems to integrate with other cloud-based applications and services, such as analytics, automation, communication, and emergency response. For example, cloud computing can help share video footage with law enforcement agencies in case of a security breach or an emergency situation.

4 AI-enhanced video quality

AI can also improve the quality and resolution of video data, using techniques such as image enhancement, super-resolution, and compression. AI can help video systems to capture and display clear and detailed images and videos, even in low-light, noisy, or crowded environments. AI can also help video systems to reduce the bandwidth and storage requirements of video data, by compressing and optimizing video files without compromising quality. For example, AI can help enhance the visibility and clarity of video images in a parking lot or a lobby.

5 AI-driven video optimization

AI can also optimize the performance and efficiency of video systems, using techniques such as adaptive streaming, edge computing, and neural networks. AI can help video systems to adjust the video quality, bitrate, and frame rate according to the network conditions, device capabilities, and user preferences. AI can also help video systems to process and analyze video data at the edge of the network, closer to the source and the destination, and reduce the latency and bandwidth consumption. AI can also help video systems to learn and improve from their own data and feedback, and enhance their accuracy and reliability. For example, AI can help optimize the video streaming and analysis for a smart building dashboard or a mobile app.

6 AI-supported video innovation

AI and cloud computing can also enable video systems to innovate and create new value-added services and solutions for building services. AI and cloud computing can help video systems to leverage the power of big data, analytics, and machine learning to generate new insights, predictions, and recommendations for building optimization and improvement. AI and cloud computing can also help video systems to create new user experiences, interactions, and engagements with video content and features. For example, AI and cloud computing can help create a personalized and interactive video guide for a building visitor or a customer.

7 Here’s what else to consider

This is a space to share examples, stories, or insights that don’t fit into any of the previous sections. What else would you like to add?