Traditional dash camera systems merely capture video footage of what's happening on the road and in the vehicle for future viewing by a human. However, humans have to go through lots of video footage to find what they are looking for and then act on it after-the-fact.
Dash camera systems which use Artificial Intelligence (in the form of machine vision) understand what is happening in real-time, without human input. Thus, they not only provide the video footage, but they also create the “event” data that is used to direct the driver to change their behavior immediately and to also precisely direct driver managers as to what is important to look at.
By channeling relevant information directly to drivers in real-time and driver managers after-the-fact, AI-enabled dash cameras offer a much more effective and efficient way of improving and maintaining safe and fuel-efficient driving standards.

Traditional dash camera systems merely capture video footage of what's happening on the road and in the vehicle for future viewing by a human. However, humans have to go through lots of video footage to find what they are looking for and then act on it after-the-fact.
Dash camera systems which use Artificial Intelligence (in the form of machine vision) understand what is happening in real-time, without human input. Thus, they not only provide the video footage, but they also create the “event” data that is used to direct the driver to change their behaviour immediately and to also precisely direct driver managers as to what is important to look at.
By channeling relevant information directly to drivers in real-time and driver managers after-the-fact, AI-enabled dash cameras offer a much more effective and efficient way of improving and maintaining safe and fuel-efficient driving standards.

Traditional dash camera systems merely capture video footage of what's happening on the road and in the vehicle for future viewing by a human. However, humans have to go through lots of video footage to find what they are looking for and then act on it after-the-fact.
Dash camera systems which use Artificial Intelligence (in the form of machine vision) understand what is happening in real-time, without human input. Thus, they not only provide the video footage, but they also create the “event” data that is used to direct the driver to change their behaviour immediately and to also precisely direct driver managers as to what is important to look at.
By channeling relevant information directly to drivers in real-time and driver managers after-the-fact, AI-enabled dash cameras offer a much more effective and efficient way of improving and maintaining safe and fuel-efficient driving standards.

Traditional dash camera systems merely capture video footage of what's happening on the road and in the vehicle for future viewing by a human. However, humans have to go through lots of video footage to find what they are looking for and then act on it after-the-fact.
Dash camera systems which use Artificial Intelligence (in the form of machine vision) understand what is happening in real-time, without human input. Thus, they not only provide the video footage, but they also create the “event” data that is used to direct the driver to change their behavior immediately and to also precisely direct driver managers as to what is important to look at.
By channeling relevant information directly to drivers in real-time and driver managers after-the-fact, AI-enabled dash cameras offer a much more effective and efficient way of improving and maintaining safe and fuel-efficient driving standards.

Com a MiX, você não só recebe os mesmos insights e benefícios de soluções semelhantes no mercado, mas também recebe benefícios de gerenciamento de veículos com nossa solução de telemetria rica em dados. Também oferecemos essa solução inovadora com o benefício adicional de um aplicativo líder de mercado para engajamento de motoristas, o qual comprovadamente aumenta os resultados de ROI e segurança.

Traditional dash camera systems merely capture video footage of what's happening on the road and in the vehicle for future viewing by a human. However, humans have to go through lots of video footage to find what they are looking for and then act on it after-the-fact.
Dash camera systems which use Artificial Intelligence (in the form of machine vision) understand what is happening in real-time, without human input. Thus, they not only provide the video footage, but they also create the “event” data that is used to direct the driver to change their behavior immediately and to also precisely direct driver managers as to what is important to look at.
By channeling relevant information directly to drivers in real-time and driver managers after-the-fact, AI-enabled dash cameras offer a much more effective and efficient way of improving and maintaining safe and fuel-efficient driving standards.

Con MiX, no solo obtiene los mismos conocimientos y beneficios de soluciones similares en el mercado, sino que también obtiene beneficios de gestión de vehículos con nuestra solución de telemetría rica en datos. También ofrecemos esta innovadora solución con el beneficio adicional de una aplicación de interacción con el conductor líder en el mercado que ha probado aumentar los resultados de ROI y seguridad.

Les systèmes traditionnels de caméras embarquées se contentent de capturer des séquences vidéo de ce qui se passe sur la route et dans le véhicule pour qu'elles soient visualisées ultérieurement. Cependant, de nombreuses séquences vidéo doivent être parcourues pour trouver la vidéo recherchée et agir en conséquence après coup.
Les systèmes de caméras embarquées qui utilisent l'intelligence artificielle (sous la forme de la vision artificielle) comprennent ce qui se passe en temps réel, sans intervention humaine. Ainsi, non seulement elles fournissent les séquences vidéo mais elles créent également des données (événements) qui sont utilisées pour inciter le conducteur à modifier immédiatement son comportement et pour indiquer précisément aux responsables des conducteurs les événements importants à consulter.
En transmettant les informations pertinentes directement aux conducteurs en temps réel et aux responsables des conducteurs après coup, les caméras embarquées avec IA offrent un moyen beaucoup plus efficace et efficient d'améliorer et de maintenir des normes de conduite sûres et économes en carburant.

Traditional dash camera systems merely capture video footage of what's happening on the road and in the vehicle for future viewing by a human. However, humans have to go through lots of video footage to find what they are looking for and then act on it after-the-fact.
Dash camera systems which use Artificial Intelligence (in the form of machine vision) understand what is happening in real-time, without human input. Thus, they not only provide the video footage, but they also create the “event” data that is used to direct the driver to change their behavior immediately and to also precisely direct driver managers as to what is important to look at.
By channeling relevant information directly to drivers in real-time and driver managers after-the-fact, AI-enabled dash cameras offer a much more effective and efficient way of improving and maintaining safe and fuel-efficient driving standards.

MiX Vision AI is a camera system that uses Artificial Intelligence to deliver Advanced Driving Assistance (ADAS) capabilities. MiX Vision AI can detect risky driving behavior including mobile phone use, fatigue, distraction, not wearing a seatbelt, smoking, unsignaled lane departure, unsafe following distance and warn of an imminent forward collision.
The instant risky driving behavior is detected, the driver is alerted through an audible or visual alert (or both) that they need to correct their behavior before it escalates into a collision. This primary, real-time intervention significantly reduces the amount of risky driving behavior in a fleet.
Addressing risky driving behavior is the key to holistically managing driver performance, as it results in poor safety outcomes including collisions and inefficient fuel use.
MiX Vision AI's risky driving behavior events and associated video footage are available for driver managers in the MiX Fleet Manager portal and on the MiX Mobile app.
Furthermore, a driver can use the MyMiX driver engagement app to view their driver score and see the video footage for their risky driving behaviors. This creates an awareness that is the start of the process for improving safe and fuel-efficient driving performance.
By providing the video footage and associated event data to both drivers and driver managers in an easy-to-view way, the driver performance management process is made much more effective and efficient.

MiX Vision AI is a camera system that uses Artificial Intelligence to deliver Advanced Driving Assistance (ADAS) capabilities. MiX Vision AI can detect risky driving behaviour including mobile phone use, fatigue, distraction, not wearing a seatbelt, smoking, unsignaled lane departure, unsafe following distance and warn of an imminent forward collision.
The instant risky driving behaviour is detected, the driver is alerted through an audible or visual alert (or both) that they need to correct their behaviour before it escalates into a collision. This primary, real-time intervention significantly reduces the amount of risky driving behavior in a fleet.
Addressing risky driving behaviour is the key to holistically managing driver performance, as it results in poor safety outcomes including collisions and inefficient fuel use.
MiX Vision AI's risky driving behaviour events and associated video footage are available for driver managers in the MiX Fleet Manager portal and on the MiX Mobile app.
Furthermore, a driver can use the MyMiX driver engagement app to view their driver score and see the video footage for their risky driving behaviour. This creates an awareness that is the start of the process for improving safe and fuel-efficient driving performance.
By providing the video footage and associated event data to both drivers and driver managers in an easy-to-view way, the driver performance management process is made much more effective and efficient.

MiX Vision AI is a camera system that uses Artificial Intelligence to deliver Advanced Driving Assistance (ADAS) capabilities. MiX Vision AI can detect risky driving behaviour including mobile phone use, fatigue, distraction, not wearing a seatbelt, smoking, unsignaled lane departure, unsafe following distance and warn of an imminent forward collision.
The instant risky driving behaviour is detected, the driver is alerted through an audible or visual alert (or both) that they need to correct their behaviour before it escalates into a collision. This primary, real-time intervention significantly reduces the amount of risky driving behavior in a fleet.
Addressing risky driving behaviour is the key to holistically managing driver performance, as it results in poor safety outcomes including collisions and inefficient fuel use.
MiX Vision AI's risky driving behaviour events and associated video footage are available for driver managers in the MiX Fleet Manager portal and on the MiX Mobile app.
Furthermore, a driver can use the MyMiX driver engagement app to view their driver score and see the video footage for their risky driving behaviour. This creates an awareness that is the start of the process for improving safe and fuel-efficient driving performance.
By providing the video footage and associated event data to both drivers and driver managers in an easy-to-view way, the driver performance management process is made much more effective and efficient.

MiX Vision AI is a camera system that uses Artificial Intelligence to deliver Advanced Driving Assistance (ADAS) capabilities. MiX Vision AI can detect risky driving behavior including mobile phone use, fatigue, distraction, not wearing a seatbelt, smoking, unsignaled lane departure, unsafe following distance and warn of an imminent forward collision.
The instant risky driving behavior is detected, the driver is alerted through an audible or visual alert (or both) that they need to correct their behavior before it escalates into a collision. This primary, real-time intervention significantly reduces the amount of risky driving behavior in a fleet.
Addressing risky driving behavior is the key to holistically managing driver performance, as it results in poor safety outcomes including collisions and inefficient fuel use.
MiX Vision AI's risky driving behavior events and associated video footage are available for driver managers in the MiX Fleet Manager portal and on the MiX Mobile app.
Furthermore, a driver can use the MyMiX driver engagement app to view their driver score and see the video footage for their risky driving behaviors. This creates an awareness that is the start of the process for improving safe and fuel-efficient driving performance.
By providing the video footage and associated event data to both drivers and driver managers in an easy-to-view way, the driver performance management process is made much more effective and efficient.

Com a MiX, você não só recebe os mesmos insights e benefícios de soluções semelhantes no mercado, mas também recebe benefícios de gerenciamento de veículos com nossa solução de telemetria rica em dados. Também oferecemos essa solução inovadora com o benefício adicional de um aplicativo líder de mercado para engajamento de motoristas, o qual comprovadamente aumenta os resultados de ROI e segurança.

MiX Vision AI is a camera system that uses Artificial Intelligence to deliver Advanced Driving Assistance (ADAS) capabilities. MiX Vision AI can detect risky driving behavior including mobile phone use, fatigue, distraction, not wearing a seatbelt, smoking, unsignaled lane departure, unsafe following distance and warn of an imminent forward collision.
The instant risky driving behavior is detected, the driver is alerted through an audible or visual alert (or both) that they need to correct their behavior before it escalates into a collision. This primary, real-time intervention significantly reduces the amount of risky driving behavior in a fleet.
Addressing risky driving behavior is the key to holistically managing driver performance, as it results in poor safety outcomes including collisions and inefficient fuel use.
MiX Vision AI's risky driving behavior events and associated video footage are available for driver managers in the MiX Fleet Manager portal and on the MiX Mobile app.
Furthermore, a driver can use the MyMiX driver engagement app to view their driver score and see the video footage for their risky driving behaviors. This creates an awareness that is the start of the process for improving safe and fuel-efficient driving performance.
By providing the video footage and associated event data to both drivers and driver managers in an easy-to-view way, the driver performance management process is made much more effective and efficient.

Con MiX, no solo obtiene los mismos conocimientos y beneficios de soluciones similares en el mercado, sino que también obtiene beneficios de gestión de vehículos con nuestra solución de telemetría rica en datos. También ofrecemos esta innovadora solución con el beneficio adicional de una aplicación de interacción con el conductor líder en el mercado que ha probado aumentar los resultados de ROI y seguridad.

MiX Vision AI est un système de caméras qui utilise l'intelligence artificielle pour offrir la technologie de conduite assistée du conducteur (ADAS). MiX Vision AI peut détecter les comportements de conduite à risque notamment l'utilisation du téléphone portable, la fatigue, la distraction, le non port de la ceinture de sécurité, le fait de fumer au volant, les changements de bande sans indiquer, le non respect de la distance de sécurité et les alertes de collision frontale imminente.
Dès qu'un comportement à risque est détecté, le conducteur est averti par une alerte sonore ou visuelle (ou les deux) pour corriger son comportement avant qu'il ne provoque une collision. Cette intervention primaire en temps réel réduit considérablement les comportements de conduite à risque dans une flotte.
S'attaquer aux comportements de conduite à risque est la clé d'une gestion globale des performances des conducteurs, car ils entraînent de mauvais résultats en matière de sécurité notamment des collisions et une utilisation inefficace du carburant.
Les événements liés aux comportements de conduite à risque de MiX Vision AI et les séquences vidéo associées sont disponibles pour les gestionnaires des conducteurs sur le portail MiX Fleet Manager et sur l'application MiX Mobile.
En outre, un conducteur peut utiliser l'application MyMiX Driver Engagement pour consulter son score et voir les séquences vidéo de ses comportements de conduite à risque. Il en résulte une prise de conscience qui est le point de départ du processus d'amélioration des performances de conduite sûres et d'économies en carburant.
En fournissant les séquences vidéo et les données d'événements associées aux conducteurs et aux gestionnaires des conducteurs d'une manière facile à consulter, le processus de gestion des performances des conducteurs devient beaucoup plus efficace et efficient.

MiX Vision AI is a camera system that uses Artificial Intelligence to deliver Advanced Driving Assistance (ADAS) capabilities. MiX Vision AI can detect risky driving behavior including mobile phone use, fatigue, distraction, not wearing a seatbelt, smoking, unsignaled lane departure, unsafe following distance and warn of an imminent forward collision.
The instant risky driving behavior is detected, the driver is alerted through an audible or visual alert (or both) that they need to correct their behavior before it escalates into a collision. This primary, real-time intervention significantly reduces the amount of risky driving behavior in a fleet.
Addressing risky driving behavior is the key to holistically managing driver performance, as it results in poor safety outcomes including collisions and inefficient fuel use.
MiX Vision AI's risky driving behavior events and associated video footage are available for driver managers in the MiX Fleet Manager portal and on the MiX Mobile app.
Furthermore, a driver can use the MyMiX driver engagement app to view their driver score and see the video footage for their risky driving behaviors. This creates an awareness that is the start of the process for improving safe and fuel-efficient driving performance.
By providing the video footage and associated event data to both drivers and driver managers in an easy-to-view way, the driver performance management process is made much more effective and efficient.

• Monitors risky driving behavior in real-time to improve fleet safety.
• Offers a more effective and efficient driver performance management tool to improve safe and fuel-efficient driving.
• Protects drivers and the company against false insurance claims.
• Video footage can be used to analyze accidents after the fact to determine cause and prevent future incidents from occurring.
• Helps monitor compliance to meet fleet health and safety policy requirements

• Monitors risky driving behaviour in real-time to improve fleet safety.
• Offers a more effective and efficient driver performance management tool to improve safe and fuel-efficient driving.
• Protects drivers and the company against false insurance claims.
• Video footage can be used to analyze accidents after the fact to determine cause and prevent future incidents from occurring.
• Helps monitor compliance to meet fleet health and safety policy requirements

• Monitors risky driving behaviour in real-time to improve fleet safety.
• Offers a more effective and efficient driver performance management tool to improve safe and fuel-efficient driving.
• Protects drivers and the company against false insurance claims.
• Video footage can be used to analyze accidents after the fact to determine cause and prevent future incidents from occurring.
• Helps monitor compliance to meet fleet health and safety policy requirements

• Monitors risky driving behavior in real-time to improve fleet safety.
• Offers a more effective and efficient driver performance management tool to improve safe and fuel-efficient driving.
• Protects drivers and the company against false insurance claims.
• Video footage can be used to analyze accidents after the fact to determine cause and prevent future incidents from occurring.
• Helps monitor compliance to meet fleet health and safety policy requirements

Os vídeos para eventos da IA e na cabine são de 8 segundos de duração, 4 segundos antes e 4 segundos após o intervalo do evento.

• Monitors risky driving behavior in real-time to improve fleet safety.
• Offers a more effective and efficient driver performance management tool to improve safe and fuel-efficient driving.
• Protects drivers and the company against false insurance claims.
• Video footage can be used to analyze accidents after the fact to determine cause and prevent future incidents from occurring.
• Helps monitor compliance to meet fleet health and safety policy requirements

Los vídeos para eventos de IA y cabina tienen 8 segundos de duración, 4 segundos antes y 4 segundos después del descanso del evento.

• Surveille les comportements de conduite à risque en temps réel pour améliorer la sécurité de la flotte.
• Offre un outil de gestion des performances des conducteurs plus efficace et plus performant pour améliorer la conduite sûre et économe en carburant.
• Protège les conducteurs et l'entreprise contre les fausses réclamations d'assurance.
• Les séquences vidéo peuvent être utilisées pour analyser les accidents après coup afin d'en déterminer la cause et d'éviter que de nouveaux incidents ne se produisent.
• Aide à contrôler la conformité pour répondre aux exigences de la politique de santé et de sécurité de la flotte.

• Monitors risky driving behavior in real-time to improve fleet safety.
• Offers a more effective and efficient driver performance management tool to improve safe and fuel-efficient driving.
• Protects drivers and the company against false insurance claims.
• Video footage can be used to analyze accidents after the fact to determine cause and prevent future incidents from occurring.
• Helps monitor compliance to meet fleet health and safety policy requirements

All transport fleets are different and have different problems, needs and constraints. As the fleet manager, you can choose which risky driving behavior events you want to monitor.
The road-facing camera can detect unsignaled lane changes, unsafe following distance and alert on imminent forward collision.
The driver-facing camera can detect fatigue, distraction, mobile phone use, not wearing a seatbelt and smoking.
The fleet manager can request that certain events are disabled if they are not needed. In our experience with customers implementation of driver monitoring solutions, some customers prefer to start with a simple configuration and let that bed-in and be accepted by drivers before turning on additional features. MiX Vision AI also allows for this approach.
Note that in addition to the risky driving behaviors detected by MiX Vision AI, there are also poor driving performance behaviors which are detected by the MiX Onboard Computer such as speeding, harsh braking, harsh acceleration and harsh cornering.

All transport fleets are different and have different problems, needs and constraints. As the fleet manager, you can choose which risky driving behaviour events you want to monitor.
The road-facing camera can detect unsignaled lane changes, unsafe following distance and alert on imminent forward collision.
The driver-facing camera can detect fatigue, distraction, mobile phone use, not wearing a seatbelt and smoking.
The fleet manager can request that certain events are disabled if they are not needed. In our experience with customers implementation of driver monitoring solutions, some customers prefer to start with a simple configuration and let that bed-in and be accepted by drivers before turning on additional features. MiX Vision AI also allows for this approach.
Note that in addition to the risky driving behaviours detected by MiX Vision AI, there are also poor driving performance behaviours which are detected by the MiX Onboard Computer such as speeding, harsh braking, harsh acceleration and harsh cornering.

All transport fleets are different and have different problems, needs and constraints. As the fleet manager, you can choose which risky driving behavior events you want to monitor.
The road-facing camera can detect unsignaled lane changes, unsafe following distance and alert on imminent forward collision.
The driver-facing camera can detect fatigue, distraction, mobile phone use, not wearing a seatbelt and smoking.
The fleet manager can request that certain events are disabled if they are not needed. In our experience with customers implementation of driver monitoring solutions, some customers prefer to start with a simple configuration and let that bed-in and be accepted by drivers before turning on additional features. MiX Vision AI also allows for this approach.
Note that in addition to the risky driving behaviors detected by MiX Vision AI, there are also poor driving performance behaviors which are detected by the MiX Onboard Computer such as speeding, harsh braking, harsh acceleration and harsh cornering.

All transport fleets are different and have different problems, needs and constraints. As the fleet manager, you can choose which risky driving behaviour events you want to monitor.
The road-facing camera can detect unsignaled lane changes, unsafe following distance and alert on imminent forward collision.
The driver-facing camera can detect fatigue, distraction, mobile phone use, not wearing a seatbelt and smoking.
The fleet manager can request that certain events are disabled if they are not needed. In our experience with customers implementation of driver monitoring solutions, some customers prefer to start with a simple configuration and let that bed-in and be accepted by drivers before turning on additional features. MiX Vision AI also allows for this approach.
Note that in addition to the risky driving behaviours detected by MiX Vision AI, there are also poor driving performance behaviours which are detected by the MiX Onboard Computer such as speeding, harsh braking, harsh acceleration and harsh cornering.

All transport fleets are different and have different problems, needs and constraints. As the fleet manager, you can choose which risky driving behavior events you want to monitor.
The road-facing camera can detect unsignaled lane changes, unsafe following distance and alert on imminent forward collision.
The driver-facing camera can detect fatigue, distraction, mobile phone use, not wearing a seatbelt and smoking.
The fleet manager can request that certain events are disabled if they are not needed. In our experience with customers implementation of driver monitoring solutions, some customers prefer to start with a simple configuration and let that bed-in and be accepted by drivers before turning on additional features. MiX Vision AI also allows for this approach.
Note that in addition to the risky driving behaviors detected by MiX Vision AI, there are also poor driving performance behaviors which are detected by the MiX Onboard Computer such as speeding, harsh braking, harsh acceleration and harsh cornering.

Câmera voltada para a estrada: registra a estrada para alertas de troca de faixa e colisão frontal, fornecendo evidências baseadas em vídeo quando necessário. Câmeras voltadas para a cabine e para o motorista: registram eventos de condução arriscados e alertam para motoristas não-detectados, uso do cinto de segurança, uso de telefone celular, fadiga, tabagismo, frenagem brusca e aceleração brusca.

All transport fleets are different and have different problems, needs and constraints. As the fleet manager, you can choose which risky driving behavior events you want to monitor.
The road-facing camera can detect unsignaled lane changes, unsafe following distance and alert on imminent forward collision.
The driver-facing camera can detect fatigue, distraction, mobile phone use, not wearing a seatbelt and smoking.
The fleet manager can request that certain events are disabled if they are not needed. In our experience with customers implementation of driver monitoring solutions, some customers prefer to start with a simple configuration and let that bed-in and be accepted by drivers before turning on additional features. MiX Vision AI also allows for this approach.
Note that in addition to the risky driving behaviors detected by MiX Vision AI, there are also poor driving performance behaviors which are detected by the MiX Onboard Computer such as speeding, harsh braking, harsh acceleration and harsh cornering.

Cámara orientada a la carretera: registra la carretera para el cambio de carril y alertas de colisión frontales, proporcionando evidencia basada en video cuando sea necesario. Cámaras frente a la cabina y el conductor: grabar eventos de conducción riesgosos y alertar a los conductores no detectados, uso del cinturón de seguridad, uso del teléfono celular, fatiga, fumar, frenado repentino y aceleración repentina.

Toutes les flottes de transport sont différentes et ont des problèmes, des besoins et des contraintes différents. En tant que gestionnaire de flotte, vous pouvez choisir les comportements de conduite à risque que vous souhaitez surveiller.
La caméra faisant face à la route peut détecter les changements de bande sans indication, une distance de sécurité insuffisante et une alerte en cas de collision frontale imminente.
La caméra faisant face au conducteur peut détecter la fatigue, la distraction, l'utilisation du téléphone portable, le non-port de la ceinture de sécurité et le fait de fumer au volant.
Le gestionnaire de flotte peut demander que certains événements soient désactivés s'ils ne sont pas nécessaires. D'après notre expérience de la mise en œuvre de solutions de surveillance des conducteurs, certains clients préfèrent commencer par une configuration simple et laisser les conducteurs se l'approprier avant d'activer des fonctions supplémentaires. MiX Vision AI permet aussi cette approche.
Notez qu'en plus des comportements de conduite à risque détectés par MiX Vision AI, il existe également des comportements de mauvaise performance de conduite qui sont détectés par l'ordinateur de bord MiX, tels que les excès de vitesse, les freinages brusques, les accélérations brusques et les virages brusques.

All transport fleets are different and have different problems, needs and constraints. As the fleet manager, you can choose which risky driving behavior events you want to monitor.
The road-facing camera can detect unsignaled lane changes, unsafe following distance and alert on imminent forward collision.
The driver-facing camera can detect fatigue, distraction, mobile phone use, not wearing a seatbelt and smoking.
The fleet manager can request that certain events are disabled if they are not needed. In our experience with customers implementation of driver monitoring solutions, some customers prefer to start with a simple configuration and let that bed-in and be accepted by drivers before turning on additional features. MiX Vision AI also allows for this approach.
Note that in addition to the risky driving behaviors detected by MiX Vision AI, there are also poor driving performance behaviors which are detected by the MiX Onboard Computer such as speeding, harsh braking, harsh acceleration and harsh cornering.

You can view MiX Vision AI video footage (alongside asset information) in MiX Fleet Manager under ‘Live tracking', ‘Historical tracking', ‘Trip timeline' or in the Info Hub.
Video footage for each detected event is automatically downloaded from the vehicle in 8 second segments for each event. The manager can also make a Video on Demand request for a 2 minute 30 second segment of footage if they want to see more activities leading up to and after a specific event, or even when no event was detected. This is useful for collision reconstruction and insurance claims.
Driver managers can also view video footage for risky driving behaviors in the MiX Mobile app.
Drivers have access to the MyMiX driver engagement app to view their score, trips, events and video footage.

You can view MiX Vision AI video footage (alongside asset information) in MiX Fleet Manager under ‘Live tracking', ‘Historical tracking', ‘Trip timeline' or in the Info Hub.
Video footage for each detected event is automatically downloaded from the vehicle in 8 second segments for each event. The manager can also make a Video on Demand request for a 2 minute 30 second segment of footage if they want to see more activities leading up to and after a specific event, or even when no event was detected. This is useful for collision reconstruction and insurance claims.
Driver managers can also view video footage for risky driving behaviours in the MiX Mobile app.
Drivers have access to the MyMiX driver engagement app to view their score, trips, events and video footage.

You can view MiX Vision AI video footage (alongside asset information) in MiX Fleet Manager under ‘Live tracking', ‘Historical tracking', ‘Trip timeline' or in the Info Hub.
Video footage for each detected event is automatically downloaded from the vehicle in 8 second segments for each event. The manager can also make a Video on Demand request for a 2 minute 30 second segment of footage if they want to see more activities leading up to and after a specific event, or even when no event was detected. This is useful for collision reconstruction and insurance claims.
Driver managers can also view video footage for risky driving behaviours in the MiX Mobile app.
Drivers have access to the MyMiX driver engagement app to view their score, trips, events and video footage.

You can view MiX Vision AI video footage (alongside asset information) in MiX Fleet Manager under ‘Live tracking', ‘Historical tracking', ‘Trip timeline' or in the Info Hub.
Video footage for each detected event is automatically downloaded from the vehicle in 8 second segments for each event. The manager can also make a Video on Demand request for a 2 minute 30 second segment of footage if they want to see more activities leading up to and after a specific event, or even when no event was detected. This is useful for collision reconstruction and insurance claims.
Driver managers can also view video footage for risky driving behaviors in the MiX Mobile app.
Drivers have access to the MyMiX driver engagement app to view their score, trips, events and video footage.

O upload de vídeo para eventos na cabine e vídeo sob demanda leva entre 5-15 minutos para carregar depois que a ignição é desligada.

You can view MiX Vision AI video footage (alongside asset information) in MiX Fleet Manager under ‘Live tracking', ‘Historical tracking', ‘Trip timeline' or in the Info Hub.
Video footage for each detected event is automatically downloaded from the vehicle in 8 second segments for each event. The manager can also make a Video on Demand request for a 2 minute 30 second segment of footage if they want to see more activities leading up to and after a specific event, or even when no event was detected. This is useful for collision reconstruction and insurance claims.
Driver managers can also view video footage for risky driving behaviors in the MiX Mobile app.
Drivers have access to the MyMiX driver engagement app to view their score, trips, events and video footage.

La carga de vídeo para eventos en la cabina y el vídeo bajo demanda tarda entre 5 y 15 minutos en cargarse después de apagar el vehículo.

Vous pouvez visualiser les séquences vidéo de MiX Vision AI (ainsi que les informations sur les actifs) dans MiX Fleet Manager dans « Suivi en direct », « Suivi historique », « chronologie des trajets » ou dans l'Info Hub.
Les séquences vidéo de chaque événement détecté sont automatiquement téléchargées du véhicule par segments de 8 secondes pour chaque événement. Le gestionnaire peut également faire une demande de vidéo à la demande pour un segment de 2 minutes 30 secondes s'il souhaite voir plus d'activités avant et après un événement spécifique ou même lorsqu'aucun événement n'a été détecté. Ceci est utile pour la reconstitution des collisions et les réclamations d'assurance.
Les responsables du conducteur peuvent également visualiser les séquences vidéo des comportements de conduite à risque dans l'application MiX Mobile.
Les conducteurs ont accès à l'application MyMiX Driver Engagement pour consulter leur score, leurs trajets, leurs événements et leurs séquences vidéo.

You can view MiX Vision AI video footage (alongside asset information) in MiX Fleet Manager under ‘Live tracking', ‘Historical tracking', ‘Trip timeline' or in the Info Hub.
Video footage for each detected event is automatically downloaded from the vehicle in 8 second segments for each event. The manager can also make a Video on Demand request for a 2 minute 30 second segment of footage if they want to see more activities leading up to and after a specific event, or even when no event was detected. This is useful for collision reconstruction and insurance claims.
Driver managers can also view video footage for risky driving behaviors in the MiX Mobile app.
Drivers have access to the MyMiX driver engagement app to view their score, trips, events and video footage.

MiX Vision AI cameras are designed to be unobtrusive when installed so as to not distract the driver from doing their job. The cameras automatically start recording when the vehicle ignition is switched on, meaning the driver does not have to do anything to activate it.
Drivers are engaged in real-time through the AI Driving Coach, which is mounted on the vehicle dashboard. This tool delivers real-time visual and audible alerts that trigger when a driver triggers a risky driving behavior event.
Drivers are also engaged, after-the-fact, using the MyMiX driver engagement app. Using the app, a driver can view their driver score and see the video footage for their risky driving behaviors. This creates an awareness that is the start of the process for improving safe and fuel-efficient driving performance.
By providing the video footage and associated event data to both drivers and driver managers in an easy-to-view way, the driver performance management process is made much more effective and efficient.

MiX Vision AI cameras are designed to be unobtrusive when installed so as to not distract the driver from doing their job. The cameras automatically start recording when the vehicle ignition is switched on, meaning the driver does not have to do anything to activate it.
Drivers are engaged in real-time through the AI Driving Coach, which is mounted on the vehicle dashboard. This tool delivers real-time visual and audible alerts that trigger when a driver triggers a risky driving behaviour event.
Drivers are also engaged, after-the-fact, using the MyMiX driver engagement app. Using the app, a driver can view their driver score and see the video footage for their risky driving behaviours. This creates an awareness that is the start of the process for improving safe and fuel-efficient driving performance.
By providing the video footage and associated event data to both drivers and driver managers in an easy-to-view way, the driver performance management process is made much more effective and efficient.

MiX Vision AI cameras are designed to be unobtrusive when installed so as to not distract the driver from doing their job. The cameras automatically start recording when the vehicle ignition is switched on, meaning the driver does not have to do anything to activate it.
Drivers are engaged in real-time through the AI Driving Coach, which is mounted on the vehicle dashboard. This tool delivers real-time visual and audible alerts that trigger when a driver triggers a risky driving behaviour event.
Drivers are also engaged, after-the-fact, using the MyMiX driver engagement app. Using the app, a driver can view their driver score and see the video footage for their risky driving behaviours. This creates an awareness that is the start of the process for improving safe and fuel-efficient driving performance.
By providing the video footage and associated event data to both drivers and driver managers in an easy-to-view way, the driver performance management process is made much more effective and efficient.

MiX Vision AI cameras are designed to be unobtrusive when installed so as to not distract the driver from doing their job. The cameras automatically start recording when the vehicle ignition is switched on, meaning the driver does not have to do anything to activate it.
Drivers are engaged in real-time through the AI Driving Coach, which is mounted on the vehicle dashboard. This tool delivers real-time visual and audible alerts that trigger when a driver triggers a risky driving behavior event.
Drivers are also engaged, after-the-fact, using the MyMiX driver engagement app. Using the app, a driver can view their driver score and see the video footage for their risky driving behaviors. This creates an awareness that is the start of the process for improving safe and fuel-efficient driving performance.
By providing the video footage and associated event data to both drivers and driver managers in an easy-to-view way, the driver performance management process is made much more effective and efficient.

Um único evento de 8 segundos para 2 câmeras é de cerca de 1.3MB para imagens não-HD.

MiX Vision AI cameras are designed to be unobtrusive when installed so as to not distract the driver from doing their job. The cameras automatically start recording when the vehicle ignition is switched on, meaning the driver does not have to do anything to activate it.
Drivers are engaged in real-time through the AI Driving Coach, which is mounted on the vehicle dashboard. This tool delivers real-time visual and audible alerts that trigger when a driver triggers a risky driving behavior event.
Drivers are also engaged, after-the-fact, using the MyMiX driver engagement app. Using the app, a driver can view their driver score and see the video footage for their risky driving behaviors. This creates an awareness that is the start of the process for improving safe and fuel-efficient driving performance.
By providing the video footage and associated event data to both drivers and driver managers in an easy-to-view way, the driver performance management process is made much more effective and efficient.

Un solo evento de 8 segundos para 2 cámaras es de aproximadamente 1,3 MB para imágenes que no son HD.

Les caméras MiX Vision AI sont conçues pour être discrètes une fois installées afin de ne pas distraire le conducteur dans son travail. Les caméras commencent à enregistrer automatiquement lorsque le contact du véhicule est mis, ce qui signifie que le conducteur n'a rien à faire pour les activer.
Les conducteurs sont impliqués en temps réel grâce au Coach de conduite avec IA monté sur le tableau de bord du véhicule. Cet appareil émet des alertes visuelles et sonores en temps réel qui se déclenchent lorsqu'un conducteur adopte un comportement risqué au volant.
Les conducteurs sont également impliqués, après coup, dans l'utilisation de l'application MyMiX driver engagement. Grâce à l'application, un conducteur peut consulter son score et voir les séquences vidéo de ses comportements à risque au volant. Il en résulte une prise de conscience qui est le point de départ du processus d'amélioration des performances de conduite sûres et d'économies en carburant.
En fournissant les séquences vidéo et les données d'événements associées aux conducteurs et aux gestionnaires des conducteurs d'une manière facile à consulter, le processus de gestion des performances des conducteurs devient beaucoup plus efficace et efficient.

MiX Vision AI cameras are designed to be unobtrusive when installed so as to not distract the driver from doing their job. The cameras automatically start recording when the vehicle ignition is switched on, meaning the driver does not have to do anything to activate it.
Drivers are engaged in real-time through the AI Driving Coach, which is mounted on the vehicle dashboard. This tool delivers real-time visual and audible alerts that trigger when a driver triggers a risky driving behavior event.
Drivers are also engaged, after-the-fact, using the MyMiX driver engagement app. Using the app, a driver can view their driver score and see the video footage for their risky driving behaviors. This creates an awareness that is the start of the process for improving safe and fuel-efficient driving performance.
By providing the video footage and associated event data to both drivers and driver managers in an easy-to-view way, the driver performance management process is made much more effective and efficient.