Làm thử Đề thi thử tốt nghiệp THPT · Tiếng Anh · Liên trường THPT Đô Lương 3, Phan Đăng Lưu, Yên Thành 2 và Tân Kỳ, Nghệ An · 2025-2026

GreenTech Expo 2025 – Innovating for a Sustainable Future Taking place from August 10th to 13th at the Da Nang Convention Centre, GreenTech Expo 2025 will introduce more than 80 technology companies (1) __________ have developed advanced solutions for environmental protection, along with Vietnam’s (2) __________ research organisations. Visitors will explore a wide (3) __________ of renewable-energy devices, smart farming systems, and eco-friendly household products. The event will also include practical workshops and expert talks (4) __________ by leading scientists, helping the public understand the latest green innovations. This expo is a valuable chance for students, entrepreneurs, and technology (5) __________ to learn about new trends and even (6) __________ potential partners for future projects.

GreenTech Expo 2025 – Innovating for a Sustainable Future Taking place from August 10th to 13th at the Da Nang Convention Centre, GreenTech Expo 2025 will introduce more than 80 technology companies (1) __________ have developed advanced solutions for environmental protection, along with Vietnam’s (2) __________ research organisations. Visitors will explore a wide (3) __________ of renewable-energy devices, smart farming systems, and eco-friendly household products. The event will also include practical workshops and expert talks (4) __________ by leading scientists, helping the public understand the latest green innovations. This expo is a valuable chance for students, entrepreneurs, and technology (5) __________ to learn about new trends and even (6) __________ potential partners for future projects.

GreenTech Expo 2025 – Innovating for a Sustainable Future Taking place from August 10th to 13th at the Da Nang Convention Centre, GreenTech Expo 2025 will introduce more than 80 technology companies (1) __________ have developed advanced solutions for environmental protection, along with Vietnam’s (2) __________ research organisations. Visitors will explore a wide (3) __________ of renewable-energy devices, smart farming systems, and eco-friendly household products. The event will also include practical workshops and expert talks (4) __________ by leading scientists, helping the public understand the latest green innovations. This expo is a valuable chance for students, entrepreneurs, and technology (5) __________ to learn about new trends and even (6) __________ potential partners for future projects.

GreenTech Expo 2025 – Innovating for a Sustainable Future Taking place from August 10th to 13th at the Da Nang Convention Centre, GreenTech Expo 2025 will introduce more than 80 technology companies (1) __________ have developed advanced solutions for environmental protection, along with Vietnam’s (2) __________ research organisations. Visitors will explore a wide (3) __________ of renewable-energy devices, smart farming systems, and eco-friendly household products. The event will also include practical workshops and expert talks (4) __________ by leading scientists, helping the public understand the latest green innovations. This expo is a valuable chance for students, entrepreneurs, and technology (5) __________ to learn about new trends and even (6) __________ potential partners for future projects.

GreenTech Expo 2025 – Innovating for a Sustainable Future Taking place from August 10th to 13th at the Da Nang Convention Centre, GreenTech Expo 2025 will introduce more than 80 technology companies (1) __________ have developed advanced solutions for environmental protection, along with Vietnam’s (2) __________ research organisations. Visitors will explore a wide (3) __________ of renewable-energy devices, smart farming systems, and eco-friendly household products. The event will also include practical workshops and expert talks (4) __________ by leading scientists, helping the public understand the latest green innovations. This expo is a valuable chance for students, entrepreneurs, and technology (5) __________ to learn about new trends and even (6) __________ potential partners for future projects.

GreenTech Expo 2025 – Innovating for a Sustainable Future Taking place from August 10th to 13th at the Da Nang Convention Centre, GreenTech Expo 2025 will introduce more than 80 technology companies (1) __________ have developed advanced solutions for environmental protection, along with Vietnam’s (2) __________ research organisations. Visitors will explore a wide (3) __________ of renewable-energy devices, smart farming systems, and eco-friendly household products. The event will also include practical workshops and expert talks (4) __________ by leading scientists, helping the public understand the latest green innovations. This expo is a valuable chance for students, entrepreneurs, and technology (5) __________ to learn about new trends and even (6) __________ potential partners for future projects.

Healthy Morning Habits for Students If you want to start your day with more energy, here are some simple tips to help you build a routine for the morning. • Drink a glass of water as soon as you wake up, (7) __________ it helps your body re-hydrate after a long night. This small habit is useful (8) __________ the long run because it prepares your body for an active morning. • Prepare your school bag the night before and avoid carrying (9) __________ that may slow you down. • Give yourself time to have a balanced breakfast and avoid rushing from one task to the next. If you finish early, use the extra minutes to check your schedule or prepare (10) __________ activities for the day. • Choose foods that provide long-lasting energy, supporting your body to stay active and (11) __________ throughout the morning. • Try to begin your day early enough so you are not against (12) __________ every morning. (Adapted from Healthy Schools Network)

Healthy Morning Habits for Students If you want to start your day with more energy, here are some simple tips to help you build a routine for the morning. • Drink a glass of water as soon as you wake up, (7) __________ it helps your body re-hydrate after a long night. This small habit is useful (8) __________ the long run because it prepares your body for an active morning. • Prepare your school bag the night before and avoid carrying (9) __________ that may slow you down. • Give yourself time to have a balanced breakfast and avoid rushing from one task to the next. If you finish early, use the extra minutes to check your schedule or prepare (10) __________ activities for the day. • Choose foods that provide long-lasting energy, supporting your body to stay active and (11) __________ throughout the morning. • Try to begin your day early enough so you are not against (12) __________ every morning. (Adapted from Healthy Schools Network)

Healthy Morning Habits for Students If you want to start your day with more energy, here are some simple tips to help you build a routine for the morning. • Drink a glass of water as soon as you wake up, (7) __________ it helps your body re-hydrate after a long night. This small habit is useful (8) __________ the long run because it prepares your body for an active morning. • Prepare your school bag the night before and avoid carrying (9) __________ that may slow you down. • Give yourself time to have a balanced breakfast and avoid rushing from one task to the next. If you finish early, use the extra minutes to check your schedule or prepare (10) __________ activities for the day. • Choose foods that provide long-lasting energy, supporting your body to stay active and (11) __________ throughout the morning. • Try to begin your day early enough so you are not against (12) __________ every morning. (Adapted from Healthy Schools Network)

Healthy Morning Habits for Students If you want to start your day with more energy, here are some simple tips to help you build a routine for the morning. • Drink a glass of water as soon as you wake up, (7) __________ it helps your body re-hydrate after a long night. This small habit is useful (8) __________ the long run because it prepares your body for an active morning. • Prepare your school bag the night before and avoid carrying (9) __________ that may slow you down. • Give yourself time to have a balanced breakfast and avoid rushing from one task to the next. If you finish early, use the extra minutes to check your schedule or prepare (10) __________ activities for the day. • Choose foods that provide long-lasting energy, supporting your body to stay active and (11) __________ throughout the morning. • Try to begin your day early enough so you are not against (12) __________ every morning. (Adapted from Healthy Schools Network)

Healthy Morning Habits for Students If you want to start your day with more energy, here are some simple tips to help you build a routine for the morning. • Drink a glass of water as soon as you wake up, (7) __________ it helps your body re-hydrate after a long night. This small habit is useful (8) __________ the long run because it prepares your body for an active morning. • Prepare your school bag the night before and avoid carrying (9) __________ that may slow you down. • Give yourself time to have a balanced breakfast and avoid rushing from one task to the next. If you finish early, use the extra minutes to check your schedule or prepare (10) __________ activities for the day. • Choose foods that provide long-lasting energy, supporting your body to stay active and (11) __________ throughout the morning. • Try to begin your day early enough so you are not against (12) __________ every morning. (Adapted from Healthy Schools Network)

Healthy Morning Habits for Students If you want to start your day with more energy, here are some simple tips to help you build a routine for the morning. • Drink a glass of water as soon as you wake up, (7) __________ it helps your body re-hydrate after a long night. This small habit is useful (8) __________ the long run because it prepares your body for an active morning. • Prepare your school bag the night before and avoid carrying (9) __________ that may slow you down. • Give yourself time to have a balanced breakfast and avoid rushing from one task to the next. If you finish early, use the extra minutes to check your schedule or prepare (10) __________ activities for the day. • Choose foods that provide long-lasting energy, supporting your body to stay active and (11) __________ throughout the morning. • Try to begin your day early enough so you are not against (12) __________ every morning. (Adapted from Healthy Schools Network)

Question 13. Dear Mr. Johnson, a. We sincerely apologize for the delay in the construction project and any inconvenience this may have caused. b. We greatly appreciate your patience and understanding as we work to resolve the issue. c. Unfortunately, unforeseen weather conditions and material shortages have slowed our progress. d. To ensure the best outcome, we are implementing additional measures to speed up the process while maintaining quality. e. Please rest assured that we are doing our best to complete the project as soon as possible, and we will keep you updated on further developments. Best regards, Michael Carter

Question 14. a. It allows individuals to learn at their own pace, focusing on topics they find most interesting or challenging. b. In conclusion, self-study is an excellent way to gain knowledge and develop essential skills, making it a valuable method of learning. c. Unlike traditional classroom settings, self-study provides flexibility and independence in choosing study materials and schedules. d. Furthermore, self-study enhances critical thinking and problem-solving skills, as learners must actively engage with the material to understand it. e. Self-study is a powerful learning method that helps individuals acquire knowledge effectively and independently.

Question 15. a. Knowing the flood risk level in your area is the first step in staying prepared, as it allows you to anticipate potential dangers and take precautions in advance. b. Additionally, securing important documents, such as identification papers and insurance policies, in waterproof containers can save you from significant financial and administrative troubles. c. Flood safety requires careful planning and awareness to minimize risks, especially in regions prone to heavy rainfall or rising water levels. d. It’s crucial to create an emergency kit with essentials like food, water, a flashlight, and a first-aid kit in case you need to evacuate on short notice. e. In summary, understanding your local flood risks and taking proactive steps, such as preparing supplies and protecting valuables, can help ensure your safety during flood situations.

In today's world, teaching sustainability has become essential for preparing students to face climate challenges. Schools everywhere are introducing environmental topics that engage young minds. If teachers had started these lessons twenty years ago, we might have fewer problems now. The materials (18) __________. Students not only study environmental science but they also learn practical skills; these independent activities help them become responsible citizens. Many sustainable lessons (19) __________. Students learn about recycling, renewable energy, and conservation while they develop critical thinking skills. The children who participate in garden projects learn valuable lessons about food systems and ecology. Young learners plant seeds, observe growth, and harvest vegetables, (20) __________. Sustainable education encourages students to think globally and act locally. Having seen the impacts of climate change in their communities, many schools now emphasize solution-oriented thinking. Teachers incorporate digital resources that show environmental changes over time, and these visual tools make complex concepts accessible. (21) __________. Reduced waste programs have been implemented in many schools; consequently, students develop better habits. Community partnerships strengthen these educational efforts by providing real-world contexts for learning. Environmental challenges require creative solutions that students can help develop through project-based learning. (22) __________. Climate education prepares young people not just for careers but for citizenship in a changing world. Students become environmental ambassadors, sharing knowledge with families and communities beyond school walls.

In today's world, teaching sustainability has become essential for preparing students to face climate challenges. Schools everywhere are introducing environmental topics that engage young minds. If teachers had started these lessons twenty years ago, we might have fewer problems now. The materials (18) __________. Students not only study environmental science but they also learn practical skills; these independent activities help them become responsible citizens. Many sustainable lessons (19) __________. Students learn about recycling, renewable energy, and conservation while they develop critical thinking skills. The children who participate in garden projects learn valuable lessons about food systems and ecology. Young learners plant seeds, observe growth, and harvest vegetables, (20) __________. Sustainable education encourages students to think globally and act locally. Having seen the impacts of climate change in their communities, many schools now emphasize solution-oriented thinking. Teachers incorporate digital resources that show environmental changes over time, and these visual tools make complex concepts accessible. (21) __________. Reduced waste programs have been implemented in many schools; consequently, students develop better habits. Community partnerships strengthen these educational efforts by providing real-world contexts for learning. Environmental challenges require creative solutions that students can help develop through project-based learning. (22) __________. Climate education prepares young people not just for careers but for citizenship in a changing world. Students become environmental ambassadors, sharing knowledge with families and communities beyond school walls.

In today's world, teaching sustainability has become essential for preparing students to face climate challenges. Schools everywhere are introducing environmental topics that engage young minds. If teachers had started these lessons twenty years ago, we might have fewer problems now. The materials (18) __________. Students not only study environmental science but they also learn practical skills; these independent activities help them become responsible citizens. Many sustainable lessons (19) __________. Students learn about recycling, renewable energy, and conservation while they develop critical thinking skills. The children who participate in garden projects learn valuable lessons about food systems and ecology. Young learners plant seeds, observe growth, and harvest vegetables, (20) __________. Sustainable education encourages students to think globally and act locally. Having seen the impacts of climate change in their communities, many schools now emphasize solution-oriented thinking. Teachers incorporate digital resources that show environmental changes over time, and these visual tools make complex concepts accessible. (21) __________. Reduced waste programs have been implemented in many schools; consequently, students develop better habits. Community partnerships strengthen these educational efforts by providing real-world contexts for learning. Environmental challenges require creative solutions that students can help develop through project-based learning. (22) __________. Climate education prepares young people not just for careers but for citizenship in a changing world. Students become environmental ambassadors, sharing knowledge with families and communities beyond school walls.

In today's world, teaching sustainability has become essential for preparing students to face climate challenges. Schools everywhere are introducing environmental topics that engage young minds. If teachers had started these lessons twenty years ago, we might have fewer problems now. The materials (18) __________. Students not only study environmental science but they also learn practical skills; these independent activities help them become responsible citizens. Many sustainable lessons (19) __________. Students learn about recycling, renewable energy, and conservation while they develop critical thinking skills. The children who participate in garden projects learn valuable lessons about food systems and ecology. Young learners plant seeds, observe growth, and harvest vegetables, (20) __________. Sustainable education encourages students to think globally and act locally. Having seen the impacts of climate change in their communities, many schools now emphasize solution-oriented thinking. Teachers incorporate digital resources that show environmental changes over time, and these visual tools make complex concepts accessible. (21) __________. Reduced waste programs have been implemented in many schools; consequently, students develop better habits. Community partnerships strengthen these educational efforts by providing real-world contexts for learning. Environmental challenges require creative solutions that students can help develop through project-based learning. (22) __________. Climate education prepares young people not just for careers but for citizenship in a changing world. Students become environmental ambassadors, sharing knowledge with families and communities beyond school walls.

In today's world, teaching sustainability has become essential for preparing students to face climate challenges. Schools everywhere are introducing environmental topics that engage young minds. If teachers had started these lessons twenty years ago, we might have fewer problems now. The materials (18) __________. Students not only study environmental science but they also learn practical skills; these independent activities help them become responsible citizens. Many sustainable lessons (19) __________. Students learn about recycling, renewable energy, and conservation while they develop critical thinking skills. The children who participate in garden projects learn valuable lessons about food systems and ecology. Young learners plant seeds, observe growth, and harvest vegetables, (20) __________. Sustainable education encourages students to think globally and act locally. Having seen the impacts of climate change in their communities, many schools now emphasize solution-oriented thinking. Teachers incorporate digital resources that show environmental changes over time, and these visual tools make complex concepts accessible. (21) __________. Reduced waste programs have been implemented in many schools; consequently, students develop better habits. Community partnerships strengthen these educational efforts by providing real-world contexts for learning. Environmental challenges require creative solutions that students can help develop through project-based learning. (22) __________. Climate education prepares young people not just for careers but for citizenship in a changing world. Students become environmental ambassadors, sharing knowledge with families and communities beyond school walls.

Smart urban transport systems are being developed in major cities to reduce congestion and improve travel safety. Modern tools such as AI cameras, motion sensors, traffic-mapping software, and data analytics help city planners monitor vehicle flow in real time. These technologies collect information on road density, traffic speed, and accident risks, enabling authorities to speed up decisions about traffic control and resource allocation. With accurate data available instantly, transport managers can adjust traffic lights, redirect vehicles, and prevent long delays during peak hours. Digital maps allow planners to mark dangerous intersections and create customised routing plans. They show where pedestrian crossings should be added and which streets need improved lighting. Drones also send early warnings about road damage or unexpected obstacles, meaning that maintenance teams can focus only on the affected areas. This helps reduce repair costs and keep roads safe for all residents. Advanced systems also optimise public transport networks. Smart sensors installed at bus stations report passenger numbers every few minutes, while weather apps predict conditions for the next several days. Automated schedules respond by increasing buses in crowded zones and pausing extra services during storms. This cuts fuel consumption and ensures that transport services remain efficient and financially sustainable, especially in cities with limited budgets. The digital chain continues beyond the streets. Cloud platforms connect bus operators, metro controllers, and vehicle technicians, allowing them to update arrival times, engine temperatures, and maintenance needs immediately. Blockchain tools protect each record, helping passengers trust the posted information. Analytic software then reviews months of data to forecast travel demand, identify traffic bottlenecks, and highlight areas that require long-term planning.

Smart urban transport systems are being developed in major cities to reduce congestion and improve travel safety. Modern tools such as AI cameras, motion sensors, traffic-mapping software, and data analytics help city planners monitor vehicle flow in real time. These technologies collect information on road density, traffic speed, and accident risks, enabling authorities to speed up decisions about traffic control and resource allocation. With accurate data available instantly, transport managers can adjust traffic lights, redirect vehicles, and prevent long delays during peak hours. Digital maps allow planners to mark dangerous intersections and create customised routing plans. They show where pedestrian crossings should be added and which streets need improved lighting. Drones also send early warnings about road damage or unexpected obstacles, meaning that maintenance teams can focus only on the affected areas. This helps reduce repair costs and keep roads safe for all residents. Advanced systems also optimise public transport networks. Smart sensors installed at bus stations report passenger numbers every few minutes, while weather apps predict conditions for the next several days. Automated schedules respond by increasing buses in crowded zones and pausing extra services during storms. This cuts fuel consumption and ensures that transport services remain efficient and financially sustainable, especially in cities with limited budgets. The digital chain continues beyond the streets. Cloud platforms connect bus operators, metro controllers, and vehicle technicians, allowing them to update arrival times, engine temperatures, and maintenance needs immediately. Blockchain tools protect each record, helping passengers trust the posted information. Analytic software then reviews months of data to forecast travel demand, identify traffic bottlenecks, and highlight areas that require long-term planning.

Smart urban transport systems are being developed in major cities to reduce congestion and improve travel safety. Modern tools such as AI cameras, motion sensors, traffic-mapping software, and data analytics help city planners monitor vehicle flow in real time. These technologies collect information on road density, traffic speed, and accident risks, enabling authorities to speed up decisions about traffic control and resource allocation. With accurate data available instantly, transport managers can adjust traffic lights, redirect vehicles, and prevent long delays during peak hours. Digital maps allow planners to mark dangerous intersections and create customised routing plans. They show where pedestrian crossings should be added and which streets need improved lighting. Drones also send early warnings about road damage or unexpected obstacles, meaning that maintenance teams can focus only on the affected areas. This helps reduce repair costs and keep roads safe for all residents. Advanced systems also optimise public transport networks. Smart sensors installed at bus stations report passenger numbers every few minutes, while weather apps predict conditions for the next several days. Automated schedules respond by increasing buses in crowded zones and pausing extra services during storms. This cuts fuel consumption and ensures that transport services remain efficient and financially sustainable, especially in cities with limited budgets. The digital chain continues beyond the streets. Cloud platforms connect bus operators, metro controllers, and vehicle technicians, allowing them to update arrival times, engine temperatures, and maintenance needs immediately. Blockchain tools protect each record, helping passengers trust the posted information. Analytic software then reviews months of data to forecast travel demand, identify traffic bottlenecks, and highlight areas that require long-term planning.

Smart urban transport systems are being developed in major cities to reduce congestion and improve travel safety. Modern tools such as AI cameras, motion sensors, traffic-mapping software, and data analytics help city planners monitor vehicle flow in real time. These technologies collect information on road density, traffic speed, and accident risks, enabling authorities to speed up decisions about traffic control and resource allocation. With accurate data available instantly, transport managers can adjust traffic lights, redirect vehicles, and prevent long delays during peak hours. Digital maps allow planners to mark dangerous intersections and create customised routing plans. They show where pedestrian crossings should be added and which streets need improved lighting. Drones also send early warnings about road damage or unexpected obstacles, meaning that maintenance teams can focus only on the affected areas. This helps reduce repair costs and keep roads safe for all residents. Advanced systems also optimise public transport networks. Smart sensors installed at bus stations report passenger numbers every few minutes, while weather apps predict conditions for the next several days. Automated schedules respond by increasing buses in crowded zones and pausing extra services during storms. This cuts fuel consumption and ensures that transport services remain efficient and financially sustainable, especially in cities with limited budgets. The digital chain continues beyond the streets. Cloud platforms connect bus operators, metro controllers, and vehicle technicians, allowing them to update arrival times, engine temperatures, and maintenance needs immediately. Blockchain tools protect each record, helping passengers trust the posted information. Analytic software then reviews months of data to forecast travel demand, identify traffic bottlenecks, and highlight areas that require long-term planning.

Smart urban transport systems are being developed in major cities to reduce congestion and improve travel safety. Modern tools such as AI cameras, motion sensors, traffic-mapping software, and data analytics help city planners monitor vehicle flow in real time. These technologies collect information on road density, traffic speed, and accident risks, enabling authorities to speed up decisions about traffic control and resource allocation. With accurate data available instantly, transport managers can adjust traffic lights, redirect vehicles, and prevent long delays during peak hours. Digital maps allow planners to mark dangerous intersections and create customised routing plans. They show where pedestrian crossings should be added and which streets need improved lighting. Drones also send early warnings about road damage or unexpected obstacles, meaning that maintenance teams can focus only on the affected areas. This helps reduce repair costs and keep roads safe for all residents. Advanced systems also optimise public transport networks. Smart sensors installed at bus stations report passenger numbers every few minutes, while weather apps predict conditions for the next several days. Automated schedules respond by increasing buses in crowded zones and pausing extra services during storms. This cuts fuel consumption and ensures that transport services remain efficient and financially sustainable, especially in cities with limited budgets. The digital chain continues beyond the streets. Cloud platforms connect bus operators, metro controllers, and vehicle technicians, allowing them to update arrival times, engine temperatures, and maintenance needs immediately. Blockchain tools protect each record, helping passengers trust the posted information. Analytic software then reviews months of data to forecast travel demand, identify traffic bottlenecks, and highlight areas that require long-term planning.

Smart urban transport systems are being developed in major cities to reduce congestion and improve travel safety. Modern tools such as AI cameras, motion sensors, traffic-mapping software, and data analytics help city planners monitor vehicle flow in real time. These technologies collect information on road density, traffic speed, and accident risks, enabling authorities to speed up decisions about traffic control and resource allocation. With accurate data available instantly, transport managers can adjust traffic lights, redirect vehicles, and prevent long delays during peak hours. Digital maps allow planners to mark dangerous intersections and create customised routing plans. They show where pedestrian crossings should be added and which streets need improved lighting. Drones also send early warnings about road damage or unexpected obstacles, meaning that maintenance teams can focus only on the affected areas. This helps reduce repair costs and keep roads safe for all residents. Advanced systems also optimise public transport networks. Smart sensors installed at bus stations report passenger numbers every few minutes, while weather apps predict conditions for the next several days. Automated schedules respond by increasing buses in crowded zones and pausing extra services during storms. This cuts fuel consumption and ensures that transport services remain efficient and financially sustainable, especially in cities with limited budgets. The digital chain continues beyond the streets. Cloud platforms connect bus operators, metro controllers, and vehicle technicians, allowing them to update arrival times, engine temperatures, and maintenance needs immediately. Blockchain tools protect each record, helping passengers trust the posted information. Analytic software then reviews months of data to forecast travel demand, identify traffic bottlenecks, and highlight areas that require long-term planning.

Smart urban transport systems are being developed in major cities to reduce congestion and improve travel safety. Modern tools such as AI cameras, motion sensors, traffic-mapping software, and data analytics help city planners monitor vehicle flow in real time. These technologies collect information on road density, traffic speed, and accident risks, enabling authorities to speed up decisions about traffic control and resource allocation. With accurate data available instantly, transport managers can adjust traffic lights, redirect vehicles, and prevent long delays during peak hours. Digital maps allow planners to mark dangerous intersections and create customised routing plans. They show where pedestrian crossings should be added and which streets need improved lighting. Drones also send early warnings about road damage or unexpected obstacles, meaning that maintenance teams can focus only on the affected areas. This helps reduce repair costs and keep roads safe for all residents. Advanced systems also optimise public transport networks. Smart sensors installed at bus stations report passenger numbers every few minutes, while weather apps predict conditions for the next several days. Automated schedules respond by increasing buses in crowded zones and pausing extra services during storms. This cuts fuel consumption and ensures that transport services remain efficient and financially sustainable, especially in cities with limited budgets. The digital chain continues beyond the streets. Cloud platforms connect bus operators, metro controllers, and vehicle technicians, allowing them to update arrival times, engine temperatures, and maintenance needs immediately. Blockchain tools protect each record, helping passengers trust the posted information. Analytic software then reviews months of data to forecast travel demand, identify traffic bottlenecks, and highlight areas that require long-term planning.

Smart urban transport systems are being developed in major cities to reduce congestion and improve travel safety. Modern tools such as AI cameras, motion sensors, traffic-mapping software, and data analytics help city planners monitor vehicle flow in real time. These technologies collect information on road density, traffic speed, and accident risks, enabling authorities to speed up decisions about traffic control and resource allocation. With accurate data available instantly, transport managers can adjust traffic lights, redirect vehicles, and prevent long delays during peak hours. Digital maps allow planners to mark dangerous intersections and create customised routing plans. They show where pedestrian crossings should be added and which streets need improved lighting. Drones also send early warnings about road damage or unexpected obstacles, meaning that maintenance teams can focus only on the affected areas. This helps reduce repair costs and keep roads safe for all residents. Advanced systems also optimise public transport networks. Smart sensors installed at bus stations report passenger numbers every few minutes, while weather apps predict conditions for the next several days. Automated schedules respond by increasing buses in crowded zones and pausing extra services during storms. This cuts fuel consumption and ensures that transport services remain efficient and financially sustainable, especially in cities with limited budgets. The digital chain continues beyond the streets. Cloud platforms connect bus operators, metro controllers, and vehicle technicians, allowing them to update arrival times, engine temperatures, and maintenance needs immediately. Blockchain tools protect each record, helping passengers trust the posted information. Analytic software then reviews months of data to forecast travel demand, identify traffic bottlenecks, and highlight areas that require long-term planning.

Across Southeast Asia, a growing number of young people are turning to community museums and online archives to rediscover their cultural roots. Unlike traditional museums that rely heavily on experts, these “participatory museums” encourage citizens to contribute family photos, recordings of local songs, and stories of historical events. [I] The aim is to make cultural preservation more democratic and accessible. Yet this model has sparked debate. [II] Supporters argue that involving ordinary people allows for more diverse narratives, especially those of ethnic minorities whose histories are often overlooked. They say digital archives give young contributors the tools to document customs before they disappear. Critics, however, claim such projects may lead to inaccuracies. A story passed down through generations might be touching, but it may omit important facts. To maintain reliability, some museums now require submissions to be checked by historians before being displayed. The trend also reflects a shift in how young people express identity. Rather than seeing culture as something fixed, they view it as dynamic and interconnected with modern life. [III] A university student in Ho Chi Minh City, for instance, created a virtual exhibition comparing traditional clothing with contemporary fashion designs inspired by ethnic patterns. The project attracted thousands of online visitors and sparked conversations about respectful cultural adaptation. Despite its challenges, participatory preservation is expected to expand. [IV] As climate change and urban development threaten ancient villages, many communities believe that documenting heritage digitally may be the only way to protect it. The question now is how to balance creativity with accuracy so that cultural identity is neither frozen in the past nor distorted for online attention.

Across Southeast Asia, a growing number of young people are turning to community museums and online archives to rediscover their cultural roots. Unlike traditional museums that rely heavily on experts, these “participatory museums” encourage citizens to contribute family photos, recordings of local songs, and stories of historical events. [I] The aim is to make cultural preservation more democratic and accessible. Yet this model has sparked debate. [II] Supporters argue that involving ordinary people allows for more diverse narratives, especially those of ethnic minorities whose histories are often overlooked. They say digital archives give young contributors the tools to document customs before they disappear. Critics, however, claim such projects may lead to inaccuracies. A story passed down through generations might be touching, but it may omit important facts. To maintain reliability, some museums now require submissions to be checked by historians before being displayed. The trend also reflects a shift in how young people express identity. Rather than seeing culture as something fixed, they view it as dynamic and interconnected with modern life. [III] A university student in Ho Chi Minh City, for instance, created a virtual exhibition comparing traditional clothing with contemporary fashion designs inspired by ethnic patterns. The project attracted thousands of online visitors and sparked conversations about respectful cultural adaptation. Despite its challenges, participatory preservation is expected to expand. [IV] As climate change and urban development threaten ancient villages, many communities believe that documenting heritage digitally may be the only way to protect it. The question now is how to balance creativity with accuracy so that cultural identity is neither frozen in the past nor distorted for online attention.

Across Southeast Asia, a growing number of young people are turning to community museums and online archives to rediscover their cultural roots. Unlike traditional museums that rely heavily on experts, these “participatory museums” encourage citizens to contribute family photos, recordings of local songs, and stories of historical events. [I] The aim is to make cultural preservation more democratic and accessible. Yet this model has sparked debate. [II] Supporters argue that involving ordinary people allows for more diverse narratives, especially those of ethnic minorities whose histories are often overlooked. They say digital archives give young contributors the tools to document customs before they disappear. Critics, however, claim such projects may lead to inaccuracies. A story passed down through generations might be touching, but it may omit important facts. To maintain reliability, some museums now require submissions to be checked by historians before being displayed. The trend also reflects a shift in how young people express identity. Rather than seeing culture as something fixed, they view it as dynamic and interconnected with modern life. [III] A university student in Ho Chi Minh City, for instance, created a virtual exhibition comparing traditional clothing with contemporary fashion designs inspired by ethnic patterns. The project attracted thousands of online visitors and sparked conversations about respectful cultural adaptation. Despite its challenges, participatory preservation is expected to expand. [IV] As climate change and urban development threaten ancient villages, many communities believe that documenting heritage digitally may be the only way to protect it. The question now is how to balance creativity with accuracy so that cultural identity is neither frozen in the past nor distorted for online attention.

Across Southeast Asia, a growing number of young people are turning to community museums and online archives to rediscover their cultural roots. Unlike traditional museums that rely heavily on experts, these “participatory museums” encourage citizens to contribute family photos, recordings of local songs, and stories of historical events. [I] The aim is to make cultural preservation more democratic and accessible. Yet this model has sparked debate. [II] Supporters argue that involving ordinary people allows for more diverse narratives, especially those of ethnic minorities whose histories are often overlooked. They say digital archives give young contributors the tools to document customs before they disappear. Critics, however, claim such projects may lead to inaccuracies. A story passed down through generations might be touching, but it may omit important facts. To maintain reliability, some museums now require submissions to be checked by historians before being displayed. The trend also reflects a shift in how young people express identity. Rather than seeing culture as something fixed, they view it as dynamic and interconnected with modern life. [III] A university student in Ho Chi Minh City, for instance, created a virtual exhibition comparing traditional clothing with contemporary fashion designs inspired by ethnic patterns. The project attracted thousands of online visitors and sparked conversations about respectful cultural adaptation. Despite its challenges, participatory preservation is expected to expand. [IV] As climate change and urban development threaten ancient villages, many communities believe that documenting heritage digitally may be the only way to protect it. The question now is how to balance creativity with accuracy so that cultural identity is neither frozen in the past nor distorted for online attention.

Across Southeast Asia, a growing number of young people are turning to community museums and online archives to rediscover their cultural roots. Unlike traditional museums that rely heavily on experts, these “participatory museums” encourage citizens to contribute family photos, recordings of local songs, and stories of historical events. [I] The aim is to make cultural preservation more democratic and accessible. Yet this model has sparked debate. [II] Supporters argue that involving ordinary people allows for more diverse narratives, especially those of ethnic minorities whose histories are often overlooked. They say digital archives give young contributors the tools to document customs before they disappear. Critics, however, claim such projects may lead to inaccuracies. A story passed down through generations might be touching, but it may omit important facts. To maintain reliability, some museums now require submissions to be checked by historians before being displayed. The trend also reflects a shift in how young people express identity. Rather than seeing culture as something fixed, they view it as dynamic and interconnected with modern life. [III] A university student in Ho Chi Minh City, for instance, created a virtual exhibition comparing traditional clothing with contemporary fashion designs inspired by ethnic patterns. The project attracted thousands of online visitors and sparked conversations about respectful cultural adaptation. Despite its challenges, participatory preservation is expected to expand. [IV] As climate change and urban development threaten ancient villages, many communities believe that documenting heritage digitally may be the only way to protect it. The question now is how to balance creativity with accuracy so that cultural identity is neither frozen in the past nor distorted for online attention.

Across Southeast Asia, a growing number of young people are turning to community museums and online archives to rediscover their cultural roots. Unlike traditional museums that rely heavily on experts, these “participatory museums” encourage citizens to contribute family photos, recordings of local songs, and stories of historical events. [I] The aim is to make cultural preservation more democratic and accessible. Yet this model has sparked debate. [II] Supporters argue that involving ordinary people allows for more diverse narratives, especially those of ethnic minorities whose histories are often overlooked. They say digital archives give young contributors the tools to document customs before they disappear. Critics, however, claim such projects may lead to inaccuracies. A story passed down through generations might be touching, but it may omit important facts. To maintain reliability, some museums now require submissions to be checked by historians before being displayed. The trend also reflects a shift in how young people express identity. Rather than seeing culture as something fixed, they view it as dynamic and interconnected with modern life. [III] A university student in Ho Chi Minh City, for instance, created a virtual exhibition comparing traditional clothing with contemporary fashion designs inspired by ethnic patterns. The project attracted thousands of online visitors and sparked conversations about respectful cultural adaptation. Despite its challenges, participatory preservation is expected to expand. [IV] As climate change and urban development threaten ancient villages, many communities believe that documenting heritage digitally may be the only way to protect it. The question now is how to balance creativity with accuracy so that cultural identity is neither frozen in the past nor distorted for online attention.

Across Southeast Asia, a growing number of young people are turning to community museums and online archives to rediscover their cultural roots. Unlike traditional museums that rely heavily on experts, these “participatory museums” encourage citizens to contribute family photos, recordings of local songs, and stories of historical events. [I] The aim is to make cultural preservation more democratic and accessible. Yet this model has sparked debate. [II] Supporters argue that involving ordinary people allows for more diverse narratives, especially those of ethnic minorities whose histories are often overlooked. They say digital archives give young contributors the tools to document customs before they disappear. Critics, however, claim such projects may lead to inaccuracies. A story passed down through generations might be touching, but it may omit important facts. To maintain reliability, some museums now require submissions to be checked by historians before being displayed. The trend also reflects a shift in how young people express identity. Rather than seeing culture as something fixed, they view it as dynamic and interconnected with modern life. [III] A university student in Ho Chi Minh City, for instance, created a virtual exhibition comparing traditional clothing with contemporary fashion designs inspired by ethnic patterns. The project attracted thousands of online visitors and sparked conversations about respectful cultural adaptation. Despite its challenges, participatory preservation is expected to expand. [IV] As climate change and urban development threaten ancient villages, many communities believe that documenting heritage digitally may be the only way to protect it. The question now is how to balance creativity with accuracy so that cultural identity is neither frozen in the past nor distorted for online attention.

Across Southeast Asia, a growing number of young people are turning to community museums and online archives to rediscover their cultural roots. Unlike traditional museums that rely heavily on experts, these “participatory museums” encourage citizens to contribute family photos, recordings of local songs, and stories of historical events. [I] The aim is to make cultural preservation more democratic and accessible. Yet this model has sparked debate. [II] Supporters argue that involving ordinary people allows for more diverse narratives, especially those of ethnic minorities whose histories are often overlooked. They say digital archives give young contributors the tools to document customs before they disappear. Critics, however, claim such projects may lead to inaccuracies. A story passed down through generations might be touching, but it may omit important facts. To maintain reliability, some museums now require submissions to be checked by historians before being displayed. The trend also reflects a shift in how young people express identity. Rather than seeing culture as something fixed, they view it as dynamic and interconnected with modern life. [III] A university student in Ho Chi Minh City, for instance, created a virtual exhibition comparing traditional clothing with contemporary fashion designs inspired by ethnic patterns. The project attracted thousands of online visitors and sparked conversations about respectful cultural adaptation. Despite its challenges, participatory preservation is expected to expand. [IV] As climate change and urban development threaten ancient villages, many communities believe that documenting heritage digitally may be the only way to protect it. The question now is how to balance creativity with accuracy so that cultural identity is neither frozen in the past nor distorted for online attention.

Across Southeast Asia, a growing number of young people are turning to community museums and online archives to rediscover their cultural roots. Unlike traditional museums that rely heavily on experts, these “participatory museums” encourage citizens to contribute family photos, recordings of local songs, and stories of historical events. [I] The aim is to make cultural preservation more democratic and accessible. Yet this model has sparked debate. [II] Supporters argue that involving ordinary people allows for more diverse narratives, especially those of ethnic minorities whose histories are often overlooked. They say digital archives give young contributors the tools to document customs before they disappear. Critics, however, claim such projects may lead to inaccuracies. A story passed down through generations might be touching, but it may omit important facts. To maintain reliability, some museums now require submissions to be checked by historians before being displayed. The trend also reflects a shift in how young people express identity. Rather than seeing culture as something fixed, they view it as dynamic and interconnected with modern life. [III] A university student in Ho Chi Minh City, for instance, created a virtual exhibition comparing traditional clothing with contemporary fashion designs inspired by ethnic patterns. The project attracted thousands of online visitors and sparked conversations about respectful cultural adaptation. Despite its challenges, participatory preservation is expected to expand. [IV] As climate change and urban development threaten ancient villages, many communities believe that documenting heritage digitally may be the only way to protect it. The question now is how to balance creativity with accuracy so that cultural identity is neither frozen in the past nor distorted for online attention.

Across Southeast Asia, a growing number of young people are turning to community museums and online archives to rediscover their cultural roots. Unlike traditional museums that rely heavily on experts, these “participatory museums” encourage citizens to contribute family photos, recordings of local songs, and stories of historical events. [I] The aim is to make cultural preservation more democratic and accessible. Yet this model has sparked debate. [II] Supporters argue that involving ordinary people allows for more diverse narratives, especially those of ethnic minorities whose histories are often overlooked. They say digital archives give young contributors the tools to document customs before they disappear. Critics, however, claim such projects may lead to inaccuracies. A story passed down through generations might be touching, but it may omit important facts. To maintain reliability, some museums now require submissions to be checked by historians before being displayed. The trend also reflects a shift in how young people express identity. Rather than seeing culture as something fixed, they view it as dynamic and interconnected with modern life. [III] A university student in Ho Chi Minh City, for instance, created a virtual exhibition comparing traditional clothing with contemporary fashion designs inspired by ethnic patterns. The project attracted thousands of online visitors and sparked conversations about respectful cultural adaptation. Despite its challenges, participatory preservation is expected to expand. [IV] As climate change and urban development threaten ancient villages, many communities believe that documenting heritage digitally may be the only way to protect it. The question now is how to balance creativity with accuracy so that cultural identity is neither frozen in the past nor distorted for online attention.