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AI-Centred Smart Education: Transforming the Full Teaching Lifecycle through Intelligent Displays and Cloud Collaboration
The education sector is entering a period of rapid digital transformation with AI technologies reshaping expectations and amplifying good educational practice across primary, secondary and higher education establishments.
Major technology companies now view education as a strategic AI deployment frontier. Market estimates suggest the AI in education sector was valued at $7.05 billion in 2025 and is projected to reach $136.79 billion by 2035 [GlobeNewswire / Precedence Research, February 2026]. The UK government is investing £23 million in a four-year pilot to trial AI and edtech tools in schools [Schools Week, January 2026].
As generative AI and intelligent systems become more widely used, institutions are now expected to support in-person, remote and blended learning simultaneously while maintaining consistency in teaching quality and student engagement. At the same time, educators face mounting pressure from heavy preparation workloads, inefficient classroom interactions, and fragmented teaching data. Students, meanwhile, expect more engaging and personalised learning experiences.
These pressures are driving renewed interest in technologies that can improve teaching efficiency without adding operational complexity. Increasingly, AI is being viewed as a classroom enhancement tool as well as a foundational layer capable of making disjointed teaching workflows more intelligent and responsive.
AVM has collaborated with Hikvision to create this white paper for IT decision-makers and education leaders in education, providing a strategic overview of how to achieve smart education by transforming the full teaching lifecycle through AI-centred interactive flat panel displays and cloud collaboration.
A new generation of AI-enabled education-first designed solutions is beginning to address these challenges. By combining intelligent interactive flat panel displays (IFPDs) with cloud-based collaboration and management platforms, educational institutions can create connected classrooms that support teachers across lesson planning, delivery and follow-up.
Within this model, AI functions as an intelligent teaching assistant, supporting educators and helping unlock more personalised learning experiences. Before class, AI can help streamline lesson planning, generate structured teaching videos and coursewares, while the AI assistant also supports the creation of interactive games and activities, and incorporate relevant learning resources. During class, AI-powered displays support more natural interaction, real-time content enhancement and improved accessibility. After class, AI can automate lesson summaries, organise teaching assets, provide valuable insights into classroom engagement and teaching effectiveness, as well as help teachers generate and grade homework.
Solutions such as Hikvision’s WonderHub product portfolio- combining interactive displays, the WonderOS Operating System, the WonderHub Class cloud platform and the Wonder Intelligence AI layer - demonstrate how connected teaching ecosystems can support educators across the full teaching lifecycle. Within this environment, Wonder Intelligence helps unify AI-assisted lesson preparation, classroom interaction, content recognition, voice control, accessibility and post-class analysis into a more intelligent and responsive teaching workflow.
As educational institutions continue to modernise learning environments, AI-driven end-to-end teaching systems are likely to become an increasingly important part of future-ready education strategies. Already widely deployed in classrooms around the world, WonderHub-enabled solutions are supporting a new generation of digitally empowered educators and reinforcing the idea that AI is designed to enhance, rather than replace, human teaching expertise.
"WonderHub-enabled solutions are supporting a new generation of digitally empowered educators."
WonderHub is Hikvision’s AI-enabled education ecosystem designed to connect interactive displays, cloud collaboration and intelligent teaching tools into a single classroom workflow.
The platform combines:
AI-enabled interactive flat panels designed to support classroom presentation, collaboration and real-time learning.
The operating system layer that brings intelligent classroom functions directly to the display environment.
A cloud-based teaching platform supporting lesson preparation, content management, collaboration and teaching workflows across devices.
The AI layer that connects intelligent assistance, content recognition, automation and analytics across the ecosystem. WonderOmi, the AI voice assistant that enables hands-free classroom interaction and control through natural language commands.
Together, these technologies support teachers before, during and after lessons by reducing administrative workload, improving engagement and creating a more connected teaching experience.
Digital transformation has become a strategic priority for educational institutions worldwide. Schools, colleges and universities are investing heavily in classroom technology, hybrid learning environments and collaborative digital platforms in response to evolving teaching models and student expectations.
However, despite significant investment, many educators continue to face practical challenges throughout the teaching process. Lesson preparation often remains highly manual and time-consuming.
Research highlights several ongoing challenges that teachers contend with on a daily basis, including workload pressures. 40% of teachers report that too much marking is a source of stress [OECD, March 2026]
Classroom technologies may offer advanced functionality, however frequently require teachers to navigate disconnected systems or complex interfaces during live teaching. After class, lesson notes, recordings and teaching materials are often stored across multiple platforms with limited continuity between them.
This creates inefficiencies at every stage of the teaching workflow. In many cases, smart classroom deployments have focused primarily on hardware adoption rather than workflow integration. Interactive displays, digital teaching resources and collaboration platforms may operate independently rather than as part of a connected ecosystem designed around the day-to-day needs of educators.
As education systems look to improve efficiency while maintaining teaching quality, AI-enabled tools are increasingly being explored as a way to automate repetitive administrative tasks and return more time to educators for high-value activities such as student support, creativity and personalised instruction.
Rather than functioning as standalone tools, AI engines such as Wonder Intelligence connect the whole ecosystem from lesson preparation, classroom interaction and post-class analysis into a single continuous workflow. Through the combination of cloud collaboration platforms and intelligent interactive displays, AI can help automate repetitive tasks, improve access to teaching resources and create more fluid classroom experiences.
This shift represents a move from device-centred classrooms toward connected, workflow-driven teaching. Hikvision’s WonderHub solution reflects this evolution. Combining IFPDs with integrated cloud-based teaching tools and AI-enabled functionality, the platform is designed to support educators across the entire teaching lifecycle.
The table below summarises how AI-enabled teaching platforms, such as WonderHub, support educators across the full teaching lifecycle, from lesson preparation through to post-class analysis. The following sections explore each stage in more detail.
Data from research organisations reports that lesson preparation and planning remains one of the most time-intensive aspects of teaching for educators with an average 6.5 hours/week spent [OECD, October 2025].
Searching for resources, creating presentations, designing classroom activities and adapting materials for different learning needs can consume significant amounts of time outside classroom hours.
AI-powered cloud platforms are beginning to streamline these processes by shifting lesson preparation away from repetitive manual work and toward more creative instructional planning.
Platforms such as Hikvision’s WonderHub Class allow teachers to prepare, organise and refine teaching materials within a centralised digital environment. AI-assisted functionality can help educators generate lesson structures, discover relevant teaching resources and create interactive classroom activities more efficiently. Cross device collaboration is made possible for more efficient and engaging teaching practices.
One of the most significant advantages of AI within lesson preparation is the ability to generate structured teaching content quickly. Using natural language prompts, teachers can input a topic, curriculum objective or knowledge point and receive AI-generated lesson outlines, supporting explanations and suggested classroom activities. Rather than starting from a blank page, educators can use AI-generated frameworks as a foundation for further refinement and personalisation. For example, when preparing a science lesson on ecosystems, AI may recommend supporting diagrams, food chain visuals, short documentary clips and discussion prompts aligned with the learning objective. This approach reduces preparation time while helping teachers maintain consistency and structure across lessons.
AI supports the rapid creation of interactive activities aligned with lesson objectives, such as timeline sequencing for history or formula matching for mathematics. These templates are easily editable, allowing teachers to adapt them for different classroom needs without starting from scratch.
AI transforms lesson preparation from a time-consuming manual process into a more efficient, creative and personalised workflow.
Once inside the classroom, AI-enabled interactive displays help create more natural, responsive and inclusive teaching experiences. Modern IFPDs are evolving beyond presentation devices into intelligent teaching companions capable of supporting real-time interaction, voice control and dynamic content expansion.
For example, Hikvision’s WonderHub interactive displays integrates AI functionality directly into the classroom environment, enabling teachers to interact with technology more fluidly without interrupting lesson delivery. These capabilities are powered through Hikvision’s broader Wonder Intelligence framework, which connects AI-driven classroom assistance, contextual content recognition and workflow automation across the platform ecosystem. Running within Hikvision’s interactive displays, the latest Wonder OS 4 software platform integrates these AI capabilities into everyday classroom workflows, enabling more natural interaction and reducing administrative friction during live teaching.
AI-enabled displays help teachers deliver more interactive, inclusive and responsive learning experiences without disrupting lesson flow.
The role of AI continues beyond the classroom itself. Post-class administration, documentation and lesson analysis can create significant additional workload for educators. According to primary research from 2025 and 2026 by Microsoft, McKinsey, Pew Research Center, and others, educators using AI tools could save an average of 5.9 hours per week, the equivalent of six full weeks per school year [Gallup / Walton Family Foundation, June 2025].
AI-driven teaching platforms are helping automate many of these processes while improving long-term teaching continuity.
AI can automatically capture classroom audio, annotations and teaching materials before generating structured lesson summaries after class. This creates valuable revision resources for students while helping teachers document and reflect on lesson effectiveness. These summaries may include:
AI-enabled teaching platforms can support educators by automatically generating homework assignments tailored to lesson content, learning objectives, and student proficiency levels. Once created, these assignments can be automatically distributed to students through integrated cloud-based systems, eliminating manual delivery and tracking. Furthermore, AI can assist in grading by evaluating objective questions, providing preliminary feedback on open-ended responses, and flagging areas where students may need additional support. This end-to-end automation streamlines the homework workflow, reduces educator workload, and ensures timely, consistent feedback for learners.
By synchronising lesson materials, annotations and summaries to cloud platforms, AI-enabled ecosystems help educators build searchable teaching libraries over time. This allows lesson content to be reused, adapted and refined across future classes, supporting both consistency and long-term efficiency improvements.
Beyond lesson documentation, AI-driven analytics are beginning to provide educators and institutions with deeper visibility into teaching effectiveness and student engagement trends. Classroom interaction data can be transformed into visual reports showing participation levels, time allocation across lesson topics and engagement patterns over time. These insights may help educators refine lesson structure, identify concepts requiring reinforcement and support more evidence-based teaching strategies. At an institutional level, aggregated learning data may also support curriculum planning, resource allocation and broader digital learning strategies. While AI is unlikely to replace educator expertise, it can provide valuable decision-support tools that help institutions continuously improve teaching delivery and learning outcomes.
After class, WonderHub automates documentation, homework management, and grading, while providing data-driven analytics on engagement and effectiveness, turning every lesson into a building block for continuous improvement.
AI extends learning beyond the classroom by automating documentation, supporting assessment and creating valuable teaching insights.
The shift towards intelligent classrooms is already underway, with educational institutions using interactive displays and cloud-based platforms to support more connected, engaging and efficient teaching environments.
A 2025 EdWeek survey found that beyond saving time, AI is actively improving how teachers teach. 59% of teachers said AI had enabled more personalized instruction, and high school teachers are the most active adopters [Education Week, October 2025].
80% of students globally say AI has positively supported their learning experience [Coursera AI in Higher Education Report, February 2026].
AI-powered active learning generates 10 times more engagement than traditional passive learning methods [Artsmart.ai, 2025].
In classrooms, AI-enabled interactive displays are helping teachers move beyond traditional presentation methods by combining digital content, collaboration tools and interactive learning experiences. Hikvision deployments demonstrate how interactive flat panels can support daily teaching activities, enabling educators to create more engaging lessons while improving access to digital resources.
Reference story: https://pro-av.hikvision.com/en/newsroom/success-stories/education/how-hikvision-interactive-displays-change-everyday-teaching-in-a1/
Schools adopting interactive display technology are using these solutions to support digital transformation, enabling teachers and students to collaborate more effectively and access richer learning materials. These deployments highlight how classroom technology can become a central part of the wider teaching ecosystem rather than a standalone device.
Reference story: https://pro-av.hikvision.com/en/newsroom/success-stories/education/how-a-peruvian-school-brought-learning-to-life-with-digital-clas/
Interactive displays are also helping educators create more dynamic learning experiences, particularly in subjects where visualisation, participation and collaboration are key. By combining touch interaction, multimedia content and intelligent tools, teachers can encourage greater student involvement and adapt lessons to different learning needs.
Together, these examples demonstrate how intelligent displays are evolving into essential platforms that support the complete teaching lifecycle - from preparation and delivery through to collaboration and continuous improvement.
For education leaders, the value of AI-enabled teaching platforms increasingly lies in their ability to improve teaching consistency, reduce operational inefficiencies and support scalable digital learning strategies across multiple campuses or departments.
However, while AI-enabled education platforms offer significant potential benefits, successful implementation requires careful planning around infrastructure, training and governance.
Educational institutions must ensure sufficient network capacity, cloud connectivity and cybersecurity measures to support connected learning environments reliably. Staff training is equally important, particularly in helping educators build confidence using AI-assisted tools within live teaching environments. As is ongoing technology support in case of a hardware or software fault.
Security and futureproofed software are fundamental. In UK education establishments, for example, investment is planned around the academic and financial year with major purchasing decisions in the Spring and Summer holidays. A 3-5 year refresh is common for classroom displays, AV equipment and infrastructure.
"Staff training is equally important, particularly in helping educators build confidence using AI-assisted tools."
AI-centred smart education is reshaping the full teaching lifecycle, and Hikvision’s WonderHub - an integrated, AI-enabled IFPD ecosystem — transforms every stage of the classroom experience by unifying intelligent interactive displays, the AI-powered operating system, and the Class cloud platform into one seamless workflow. Purpose-built for K-12 schools, colleges and universities, WonderHub elevates efficiency, teaching quality and student engagement across the entire learning journey. Before class, AI streamlines lesson preparation and content creation. During class, hands-free voice control, real-time collaboration tools and intelligent content recognition create more interactive and inclusive learning environments. After class, automated summaries, AI-assisted homework management and data-driven analytics turn every lesson into a foundation for continuous improvement. By connecting hardware, software and cloud intelligence into a single, responsive ecosystem, WonderHub reduces administrative burden, enhances accessibility and delivers actionable insights - empowering institutions to build student-centred learning while helping teachers improve teaching efficiency and quality.
Founded in 2001, Hikvision focuses on integrated security and scenario-based digitalization. Propelled by the AI-powered Internet of Things (AIoT), the Company remains committed to serving various industries with its machine perception and artificial intelligence technologies. Guided by the core values of ‘Professionalism, Reliability, and Integrity’, Hikvision explores innovative ways to better perceive and understand the world. It empowers visionary decision-makers and practitioners to work together to enhance safety and advance sustainable development around the world. The Company’s business grows through technologies that are deeply rooted in innovation and an increasingly diverse range of AIoT products and solutions. With an open ecosystem, Hikvision is empowering the industry and advancing with its partners. The Company currently provides products and services to over 180 countries and regions. In 2025, Hikvision’s revenue was RMB 92.51 billion (USD 12.95 billion).
Hikvision ProAV elevates the audiovisual experience and fosters seamless collaboration through the powerful synergy of sight and sound. Our extensive portfolio is crafted to meet diverse needs in retail, education, conferences, security, and beyond. We deliver a complete ProAV ecosystem—from cutting-edge LED displays, LED controllers, interactive flat panels, digital signage and audio products to innovative ProAV solutions. These integrated offerings empower you to discover business opportunities, share knowledge and insights, and enhance team productivity and creativity.
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