Los antiguos rastreadores de vehículos basados en 3G dejaron de funcionar cuando los operadores de telefonía móvil desactivaron sus redes 3G, lo que dejó a las flotas desprotegidas de la noche a la mañana, sin rastreo, sin alertas y sin datos de cumplimiento. El 3G puesta de sol era una fecha límite estricta que obligó a actualizar el hardware a 4G LTE o 5G. Si todavía utilizas dispositivos antiguos, sigues estando expuesto a riesgos. Descubre cómo el seguimiento GPS moderno te ofrece total tranquilidad.
4G LTE es el estándar de telefonía móvil que impulsa la mayoría de los sistemas telemáticos modernos para flotas, proporcionando actualizaciones de GPS en tiempo real, transmisión de video en vivo y mensajería bidireccional sin retrasos. Más rápido y confiable que el 3G, el LTE permite las funciones de gran ancho de banda que las flotas realmente necesitan: transmisiones de cámara en vivo, alertas instantáneas de códigos de falla y datos de ELD sincronizados en la nube. Los dispositivos FTS funcionan con LTE de múltiples operadores para garantizar la redundancia en las zonas sin cobertura.
El 5G promete una latencia ultrabaja y un enorme ancho de banda, lo cual es fundamental para las flotas que utilizan sistemas telemáticos con vídeo de alta definición, procesamiento de IA en tiempo real en el borde de la red y comunicación entre vehículos e infraestructura. Aunque la cobertura 5G aún se encuentra en expansión, las flotas con visión de futuro están evaluando Hardware compatible con 5G ahora, para evitar tener que renovar el hardware más adelante.
Cada vez que un conductor pisa el freno a fondo, toma una curva a toda velocidad o pisa el acelerador, un acelerómetro lo registra. Este sensor mide la aceleración, la desaceleración y las fuerzas g laterales, lo que proporciona a los administradores de flotas datos objetivos sobre comportamiento al volante sin depender de la información proporcionada por el conductor. Los datos de incidentes graves recopilados por los acelerómetros se incorporan directamente a las puntuaciones de seguridad del conductor y a los procesos de asesoramiento.
El seguimiento activo envía actualizaciones en vivo de la ubicación de los vehículos a intervalos cortos, de modo que los operadores siempre saben exactamente dónde se encuentra cada vehículo. Es la diferencia entre decir “creemos que el conductor está cerca del centro” y “el conductor está en la esquina de la 5.ª y Main, a 4 minutos de llegar”. La visibilidad en tiempo real reduce el volumen de llamadas de los clientes, agiliza la respuesta ante emergencias y disuade el uso no autorizado de los vehículos. Controle todos los vehículos en todo momento gracias al rastreo activo por GPS.
La tecnología ADAS es el copiloto de tu flota. Mediante el uso de cámaras, radares e inteligencia artificial, el sistema ADAS supervisa constantemente la carretera y avisa a los conductores de posibles peligros —como la conducción demasiado cerca del vehículo de adelante, el riesgo de colisión frontal, la salida de carril, la proximidad de peatones y el incumplimiento de las señales de alto— antes de que ocurra un incidente. FTS’ Cámara de salpicadero FleetCam con tecnología de IA incorpora sistemas de detección ADAS para detectar los riesgos que pasan desapercibidos debido a la falta de atención del conductor, lo que reduce los accidentes evitables y las reclamaciones de seguro que estos acarrean.
La conducción agresiva —aceleraciones bruscas, frenadas bruscas, exceso de velocidad, giros bruscos— es el principal factor predictivo de los accidentes de flotas y los costos por desgaste. La telemática cuantifica con exactitud el grado de agresividad de cada conductor, sustituyendo las corazonadas por datos. Cuando los conductores conocen su comportamiento Cuando se mide y se puntúa, la conducción agresiva se reduce considerablemente, al igual que tus gastos de combustible y las primas de tu seguro.
Las cámaras para salpicadero estándar graban. Las cámaras para salpicadero con IA pensar. Mientras que una cámara básica se limita a grabar las imágenes a posteriori, una cámara de flota con IA analiza activamente el video en tiempo real: detecta la conducción distraída, la somnolencia, el uso del teléfono, el incumplimiento del uso del cinturón de seguridad, la conducción demasiado cerca del vehículo de adelante y el riesgo de colisión frontal en el momento en que ocurren, y luego alerta al conductor de inmediato. FTS FleetCam es una solución completa Sistema de cámaras para flotas con IA con grabación de doble canal (carretera + conductor), transmisión en vivo y un sistema integrado plataforma de formación para conductores.
Los combustibles alternativos —electricidad, gas natural comprimido (GNC), hidrógeno, propano— están ganando terreno en las flotas comerciales a medida que aumentan los costos del combustible y se endurecen las regulaciones sobre emisiones. Ya sea por la obligación de cumplir con las normas, objetivos de sostenibilidad, O, desde un punto de vista puramente económico, las flotas que están pasando a utilizar combustibles alternativos necesitan sistemas telemáticos que controlen el consumo de energía y permitan operaciones con una combinación de combustibles, junto con los vehículos tradicionales de diésel y gasolina.
Tu plataforma de flotas no debería ser una isla aislada. Una API permite que tu sistema telemático se comunique con el resto de tu software —herramientas de despacho, sistemas de nómina, tarjetas de combustible, plataformas de mantenimiento, software de contabilidad— para que los datos fluyan automáticamente en lugar de tener que introducirlos manualmente dos veces. La plataforma abierta de IntelliHub La API permite la integración con las herramientas que tu equipo ya utiliza.
Cuando se pierde un remolque o desaparece una herramienta de una obra, una etiqueta de identificación es la forma más rápida de encontrarlo. Etiquetas de activos Son pequeños dispositivos alimentados por batería que se acoplan a equipos, carga o vehículos y que transmiten su ubicación a través de BLE, redes celulares o una combinación de ambas. A diferencia de los rastreadores GPS completos, las etiquetas de activos son lo suficientemente económicas como para instalarlas en todos los equipos de alto valor de su flota.
No se puede proteger lo que no se ve, y los remolques, equipos y contenedores sin rastrear desaparecen constantemente. Seguimiento de activos supervisa la ubicación en tiempo real o la última ubicación conocida de los activos no motorizados mediante dispositivos GPS, BLE o celulares que funcionan con batería durante meses o años. Las soluciones de rastreo de activos de FTS ofrecen a los administradores de flotas una visión global de todos los vehículos, remolques y equipos —tanto motorizados como no motorizados— en una sola plataforma.
Un remolque que lleva tres semanas estacionado en un patio no es un activo, sino un pasivo. Utilización de activos mide la eficiencia con la que se utiliza realmente cada equipo, en comparación con el tiempo que permanece inactivo. Las plataformas de gestión de flotas identifican los activos infrautilizados para que los operadores puedan reasignarlos, posponer las compras de capital o ajustar el tamaño de la flota sin tener que hacer conjeturas.
Los AOBRD fueron los predecesores de los actuales Dispositivos electrónicos de registro — registraban las horas de conducción de los conductores de forma electrónica, pero con menos precisión y menos medidas de seguridad que los ELD modernos. La FMCSA exigió la transición total al cumplimiento de la normativa sobre ELD en 2019; los AOBRD ya no cumplen con la normativa. Si su flota sigue utilizando dispositivos antiguos, ya se encuentra en situación de incumplimiento.
Los vehículos comerciales autónomos están llegando, aunque poco a poco. La tecnología de los vehículos autónomos utiliza sensores, cámaras, LIDAR e inteligencia artificial para funcionar sin conductor humano. Aunque aún faltan años para que las flotas comerciales totalmente autónomas se generalicen, la infraestructura de sensores y las plataformas telemáticas que se están desarrollando hoy en día constituyen la base sobre la que se sustentarán las capacidades autónomas.
Los vehículos eléctricos de batería (BEV) funcionan exclusivamente con la energía eléctrica almacenada en las baterías a bordo: cero emisiones de escape, menores costos de energía por kilómetro y un mantenimiento reducido en comparación con los motores de combustión interna. Para los operadores de flotas, Los vehículos eléctricos de batería (BEV) cambian las reglas del juego en el ámbito de la telemática: La gestión de la autonomía, los horarios de recarga y los informes sobre el consumo de energía cobran tanta importancia como el seguimiento del combustible.
Una batería de vehículo agotada significa que un camión no sale del patio. La supervisión remota del voltaje de la batería mediante sistemas telemáticos ofrece a los equipos de mantenimiento una alerta temprana antes de que la batería falle, ya que permite realizar un seguimiento de los niveles de carga en toda la flota y señalar los vehículos en riesgo antes de que dejen a un conductor varado en la carretera. Esto es estándar en FTS monitoreo del estado del vehículo.
“Caja negra” es un término genérico que se utiliza para referirse a cualquier dispositivo telemático instalado en un vehículo que registra y transmite datos del mismo, como la ubicación GPS, la velocidad, los eventos bruscos o los diagnósticos del motor. El nombre proviene de las cajas negras de los aviones, pero las cajas negras modernas para flotas son mucho más capaces; son puertas de enlace telemáticas completas con conectividad celular, integración OBD-II y transmisión de datos basada en la nube. A diferencia de sus contrapartes de la aviación, no es necesario esperar a que ocurra un accidente para ver los datos.
BLE es la tecnología inalámbrica que hay detrás de las etiquetas de activos modernas y los sensores del IoT. Emite una señal de corto alcance (normalmente entre 9 y 91 metros) que los vehículos cercanos o los lectores fijos de pasarela captan y transmiten a la nube, sin que la etiqueta en sí necesite una suscripción móvil. El consumo de energía extremadamente bajo de BLE permite dispositivos de rastreo de activos que funcionan con batería que dura años sin necesidad de mantenimiento, lo que lo hace ideal para el etiquetado de equipos a gran escala.
A La ruta de navegación es una reconstrucción del GPS de cada lugar al que ha acudido un vehículo y el recorrido que ha seguido —punto por punto, con marcas de tiempo—. Cuando un cliente impugna una entrega, un conductor afirma que siguió la ruta o es necesario investigar un incidente, el rastro de datos es tu referencia de confianza. Los intervalos de actualización (cada 5 segundos frente a cada 30 segundos) influyen en el nivel de detalle y en los costos de almacenamiento de datos.
Los datos telemáticos sin procesar —millones de señales de GPS, incidentes graves, registros de combustible y registros de mantenimiento— solo tienen valor cuando se traducen en decisiones. Las herramientas de inteligencia empresarial (BI) transforman esos datos en tendencias, puntos de referencia y medidas a tomar: qué rutas son las más costosas, qué conductores presentan mayor riesgo, qué vehículos tienen el mantenimiento atrasado. IntelliHub incluye Más de 60 informes estándar y paneles personalizados para gestores de flotas y ejecutivos.
Oficina de Reparación Automotriz de California (BAR) gestiona un Programa de Pruebas Continuas (CTP) que permite a los vehículos de flotas gubernamentales que cumplan los requisitos enviar datos de emisiones de forma electrónica a través de la telemática OBD, sustituyendo así la tradicional inspección manual de emisiones. El programa recopila códigos de diagnóstico de fallas (DTC), datos de sensores específicos para emisiones, el comportamiento del conductor y el tiempo de ralentí. FTS respalda este programa, lo que ahorra a las flotas gubernamentales de California el tiempo y el costo de las inspecciones físicas, al tiempo que garantiza el cumplimiento normativo.
Programa de inspección y mantenimiento de vehículos pesados (HD I/M) de California —también conocido como «Clean Truck Check»— exige que los camiones diésel superen pruebas periódicas de emisiones para garantizar que los sistemas de control de la contaminación funcionen correctamente durante toda la vida útil del vehículo. El programa combina pruebas periódicas con un monitoreo continuo de las emisiones. Los operadores de flotas en California necesitan sistemas telemáticos que recoge y genera informes con los datos OBD necesarios para cumplir con la normativa de la CARB.
Un evento de coaching es cualquier comportamiento al volante registrado que justifique una conversación de seguimiento —exceso de velocidad, frenadas bruscas, giros bruscos, uso del teléfono, incumplimiento del uso del cinturón de seguridad o conducción demasiado cerca del vehículo de adelante—. Los sistemas modernos de inteligencia artificial detectan automáticamente situaciones que requieren atención a partir de las grabaciones de las cámaras y pueden emitir alertas de audio en la cabina en el momento mismo, en lugar de esperar a una revisión semanal. DriveShield convierte los incidentes de entrenamiento en un flujo de trabajo de autoservicio en el que los conductores pueden revisar y rebatir los incidentes antes de que se remitan a un supervisor.
La carga sensible a la temperatura —productos farmacéuticos, alimentos congelados, productos perecederos, productos químicos— puede tener un valor superior al del camión que la transporta. La supervisión de la cadena de frío utiliza sensores IoT dentro de los remolques refrigerados y los compartimentos de carga para monitorear la temperatura y la humedad en tiempo real, alertando a los operadores si las condiciones se salen del rango de cumplimiento. Un sensor $50 puede evitar una reclamación por deterioro de $50,000.
Cuando ocurre un accidente, cada persona tiene su propia versión de los hechos. La reconstrucción de colisiones utiliza datos telemáticos —coordenadas GPS, velocidad del vehículo, lecturas de la fuerza G—, imágenes de una cámara de salpicadero, y marcas de tiempo — para reconstruir con exactitud lo que ocurrió, en qué orden y quién fue el responsable. Estos datos protegen a las flotas de reclamaciones fraudulentas, sirven de apoyo en disputas con las aseguradoras y sirven de base para la capacitación en materia de seguridad.
En Alianza para la Seguridad de los Vehículos Comerciales (CVSA) es la organización sin fines de lucro que establece las normas de inspección de vehículos comerciales y lleva a cabo iniciativas de seguridad vial en toda América del Norte, entre ellas Roadcheck, la campaña anual de 72 horas en la que los inspectores revisan miles de camiones y conductores. Las altas tasas de infracciones de la CVSA influyen en tu puntuación CSA y provocan un mayor escrutinio regulatorio. Las flotas que mantener el cumplimiento de las normas DVIR y utilizan correctamente los datos del ELD suelen pasar sin problemas las inspecciones de la CVSA.
Cumplimiento de las normas de seguridad y responsabilidad (CSA) es un programa iniciado por la FMCSA para evaluar y mejorar la seguridad de los transportistas comerciales. Utiliza datos de inspecciones, informes de accidentes y otras fuentes para identificar y abordar las infracciones de seguridad y los riesgos del sector.
Un vehículo conectado no solo conduce, sino que también se comunica. Los vehículos conectados transmiten datos en tiempo real a plataformas de gestión de flotas a través de redes móviles, lo que permite actualizaciones de ubicación en tiempo real, diagnósticos remotos, actualizaciones de firmware OTA, mensajería en la cabina y supervisión de seguridad basada en inteligencia artificial. Cada vehículo equipado con FTS es un vehículo conectado, lo que ofrece a los administradores una visión en tiempo real de toda la flota desde una sola pestaña del navegador.
Tu vehículo es, básicamente, una red móvil de computadoras. El bus CAN es la red troncal de comunicación que permite que estas unidades de control electrónico —motor, transmisión, frenos, sensores— se comuniquen entre sí en tiempo real. Los dispositivos telemáticos se conectan al bus CAN para leer datos del motor en tiempo real: RPM, nivel de combustible, temperatura del líquido refrigerante, códigos de falla y más. El puerto OBD-II es el punto de acceso estándar para la mayoría de los vehículos ligeros y de servicio mediano; J1939 es el estándar para vehículos pesados.
El bus CAN es una red de comunicación dentro de un vehículo que permite a varios componentes y sensores transmitir datos. Es uno de los protocolos utilizados para recopilar información de diagnóstico y rendimiento del vehículo a bordo en telemática.
El “costo de ignorar” es el verdadero precio de la inacción: lo que realmente cuesta el mantenimiento pospuesto cuando un camión se avería en plena ruta, lo que cuesta en responsabilidad civil por accidentes un conductor imprudente al que no se le ha prestado atención, lo que cuesta la presentación manual de informes IFTA en multas por auditoría. El COI replantea el debate sobre el retorno de la inversión en telemática: no se trata de “¿cuánto cuesta esto?”, sino de «¿cuánto te está costando no tenerlo?».”
Su Puntuación CSA es el informe público de la FMCSA sobre el desempeño de seguridad de su flota, calculado a partir de los resultados de las inspecciones en carretera, los informes de accidentes y el historial de infracciones. Una puntuación CSA alta atrae más inspecciones, aumenta las primas de seguro y puede costarle contratos con los cargadores que evalúan a los transportistas. La telemática ayuda a reducir las puntuaciones CSA al garantizar el cumplimiento de las horas de servicio (HOS), mantener registros de los informes de inspección diaria del vehículo (DVIR) y asesorar a los conductores antes de que se produzcan infracciones.
Los sistemas telemáticos almacenan datos confidenciales: registros de los conductores, historial de ubicaciones, diagnósticos de los vehículos y operaciones comerciales. La ciberseguridad en la gestión de flotas significa proteger esos datos contra el acceso no autorizado, las filtraciones y los ataques de ransomware. Busca proveedores que cumplan con la norma SOC2, utilicen la transmisión cifrada de datos y apliquen parches de seguridad periódicamente a través de actualizaciones OTA. FTS ha superado con éxito su auditoría SOC2 y mantiene protocolos de seguridad de nivel empresarial en todos sus productos.
A cámara de salpicadero es un dispositivo de grabación de video que se instala en el parabrisas o el tablero de un vehículo. Las cámaras orientadas hacia la carretera capturan lo que ocurre delante del vehículo; las cámaras orientadas hacia el conductor graban el comportamiento dentro de la cabina. Cuando se combinan con la inteligencia artificial, las cámaras de tablero se convierten en sistemas de seguridad activa que detectan riesgos en tiempo real, y no solo en dispositivos que graban para revisar lo ocurrido a posteriori.
Los datos de la flota provienen de una docena de tipos de dispositivos, marcas de vehículos y sistemas de software diferentes, cada uno con su propio formato. La normalización de datos estandariza toda esa información entrante en una estructura coherente, de modo que se pueda comparar un Freightliner con un Ford y con un John Deere en el mismo informe sin cometer errores por comparar cosas que no son comparables. Es la infraestructura invisible que hace posible el análisis de múltiples flotas.
La telemática recopila datos detallados sobre la ubicación, el comportamiento y las horas de trabajo de los conductores, lo que plantea cuestiones legítimas sobre la privacidad y obligaciones legales reales. Dependiendo de su jurisdicción, normativas como el RGPD, la CCPA y la Norma de Privacidad de la CDL pueden regular la forma en que usted recopilar, almacenar y utilizar datos de los conductores. Un proveedor de servicios telemáticos de confianza debe contar con políticas claras de privacidad de datos, marcos de consentimiento de los conductores y un historial de cumplimiento de la norma SOC2. FTS cuenta con un acuerdo de tratamiento de datos (DPA) exhaustivo que abarca el RGPD, la CCPA/CPRA y los requisitos de transferencia internacional de datos, además de políticas de privacidad detalladas y una lista publicada de subencargados del tratamiento.
Una hoja de cálculo con 10 000 filas de datos de GPS no te dice nada útil a simple vista. La visualización de datos transforma los datos telemáticos en mapas, paneles de control, mapas de calor y gráficos que ponen de relieve lo que realmente importa: dónde se producen los periodos de ralentí más prolongados, qué conductor tiene una puntuación en descenso o qué ruta se alarga constantemente. Los paneles de informes de IntelliHub muestran la información adecuada a la persona adecuada.
En Departamento de Transporte de los Estados Unidos (DOT) es la agencia federal que establece y hace cumplir las normas que rigen las flotas comerciales: límites de peso de los vehículos, licencias de conducir, horas de servicio, requisitos de dispositivos de registro electrónico (ELD) y mucho más. El cumplimiento de las normas del DOT no es opcional; las infracciones dan lugar a multas, órdenes de retirada de servicio y un deterioro de la puntuación CSA. Una plataforma telemática sólida hace que el cumplimiento de las normas del DOT sea una consecuencia natural de las operaciones normales, en lugar de una carga administrativa adicional.
La transformación digital en la gestión de flotas implica sustituir los registros en papel, las llamadas telefónicas y las estimaciones basadas en hojas de cálculo por sistemas conectados que recopilan datos reales y actúan en consecuencia. Las flotas que han dado este paso afirman haber logrado ciclos de facturación más rápidos, menos incumplimientos normativos, menores costos de combustible y una mayor retención de conductores. La cuestión no es si hay que transformarse, sino a qué ritmo lo están haciendo tus competidores.
La gestión de envíos consiste en la coordinación en tiempo real de conductores, encargos, vehículos y rutas: es el centro neurálgico de cualquier flota de servicios. Las plataformas modernas de gestión de flotas ofrecen soluciones digitales gestión de envíos con optimización de rutas integrada, estimaciones de llegada en tiempo real de los conductores, programación que tiene en cuenta las horas de servicio y mensajería bidireccional. IntelliHub y Field Warrior, en conjunto, ofrecen a los despachadores y conductores un flujo de trabajo conectado que sustituye a las llamadas por radio y a los tableros de asignación manuales.
Conducir distraído —apartar la vista de la carretera aunque sea solo por dos segundos— es la principal causa de accidentes evitables en las flotas comerciales. Las cámaras de salpicadero con IA detectan situaciones de distracción en tiempo real: uso del teléfono, ojos cerrados, desviar la vista de la carretera, falta de atención. Una alerta en la cabina interrumpe ese comportamiento antes de que provoque un choque. Sin la detección mediante cámaras, es casi imposible identificar y corregir la conducción distraída.
Las inspecciones del Departamento de Transporte (DOT) las llevan a cabo agentes de control en estaciones de pesaje, puertos de entrada y controles en carretera para verificar que los vehículos y los conductores cumplan con las normas federales de seguridad. Existen seis niveles de inspección, desde el Nivel I (inspección completa del vehículo y del conductor) hasta el Nivel VI (materiales radiactivos). Un historial de inspecciones sin incidencias ayuda a reducir tu puntuación CSA; las inspecciones fallidas acarrean sanciones y pueden provocar la retirada inmediata de la circulación de los vehículos.
Los hábitos poco seguros rara vez mejoran por sí solos, y la mayoría de los equipos de seguridad no tienen tiempo para revisar cada incidente manualmente. Formación de conductores es el proceso de convertir los datos telemáticos y de video en información específica que los conductores puedan aprovechar, ya sea mediante una alerta en la cabina, una revisión de la ficha de evaluación o una conversación con el supervisor. FTS ofrece tanto el autoaprendizaje automatizado a través de DriveShield como la revisión por parte del supervisor en el caso de patrones de mayor riesgo.
La retroalimentación inmediata modifica el comportamiento; la retroalimentación tardía, rara vez lo hace. Sistemas de retroalimentación para el conductor emiten alertas audiovisuales en tiempo real dentro de la cabina cuando se detecta un comportamiento de riesgo: advertencias por exceso de velocidad, alertas sobre la distancia de seguridad y recordatorios sobre el uso del cinturón de seguridad. Los conductores que reciben retroalimentación en el momento corrigen su comportamiento más rápidamente y mantienen las mejoras en materia de seguridad durante más tiempo que aquellos que solo reciben información al respecto en una revisión semanal.
DMS supervisa al conductor en tiempo real para que puedas detectar fatiga y distracción antes de que se conviertan en reclamaciones, lesiones o entregas fallidas. Mediante cámaras infrarrojas e inteligencia artificial, un sistema de monitoreo del conductor (DMS) rastrea el movimiento ocular, la frecuencia de parpadeo, la posición de la cabeza y la dirección de la mirada para detectar somnolencia, uso del teléfono y falta de atención. FleetCam Pro utiliza el DMS para activar alertas instantáneas dentro de la cabina y proporcionar a los equipos de seguridad pruebas más sólidas para una orientación justa.
Cuando todos los conductores dicen que lo están haciendo bien, una ficha de evaluación del conductor te ofrece algo más que simples opiniones. En ella se recogen el exceso de velocidad, las maniobras bruscas, la distancia de seguridad, el uso del cinturón de seguridad, las distracciones y otros factores de riesgo, todo ello en una visión clara del desempeño que tanto los gerentes como los conductores pueden entender. FTS combina tarjetas de puntuación con DriveShield por lo que la formación es más rápida, más justa y más fácil de aplicar a toda la flota.
La normativa federal (49 CFR Parte 396) exige que los vehículos comerciales que los conductores revisen su vehículo antes y después de cada viaje, y notificar formalmente cualquier defecto. Los formularios DVIR en papel generan brechas de cumplimiento: formularios perdidos, anotaciones ilegibles, vehículos sin inspeccionar. El DVIR digital sustituye el papel por un flujo de trabajo a través de una aplicación móvil: el conductor realiza la inspección, fotografía los defectos y envía el informe, lo que deriva automáticamente las notificaciones de reparación al departamento de mantenimiento y crea un registro de cumplimiento auditable.
DriveShield es un aplicación automatizada de autoformación para conductores. En lugar de esperar a que un supervisor revise las grabaciones y programe una sesión de coaching, los conductores disponen de su propia ficha de evaluación: revisan los incidentes, cuestionan las imprecisiones y se autoevaluan en cuanto a comportamientos menores. La intervención del supervisor se reserva para patrones graves. Este enfoque reduce el resentimiento de los conductores, acelera el cambio de comportamiento y permite ampliar el coaching a flotas de gran tamaño sin sobrecargar a los responsables de seguridad.
La fatiga del conductor provoca accidentes que parecen idénticos a los causados por el consumo de alcohol: salida repentina del carril, falta de frenado, salida de la carretera. Las normas tradicionales sobre horas de servicio (HOS) intentan prevenir la fatiga mediante límites de tiempo, pero no pueden detectar cuándo un conductor está realmente somnoliento. FleetCam Pro utiliza un sistema de gestión de datos (DMS) con seguimiento ocular real para detectar signos fisiológicos de somnolencia —ojos cerrados, parpadeos lentos, cabeza inclinada— y activar una alerta en la cabina antes de que el conductor pierda el control.
El deber de diligencia es la obligación legal y ética que tienen los operadores de flotas de proteger a sus conductores —y al público— de cualquier daño previsible. Los tribunales han considerado a los empleadores responsables de accidentes que se habrían podido evitar con un programa de seguridad adecuado. A sistema telemático y de cámara de salpicadero No es solo una herramienta de eficiencia; es una prueba documentada de que identificaste los riesgos, orientaste sobre los comportamientos y mantuviste los vehículos. Esa documentación cobra una importancia enorme cuando una reclamación llega a los tribunales.
Most telematics data takes a round trip to the cloud before anything happens with it — which works fine for reporting but is too slow for real-time safety alerts. Edge computing moves the processing to the device itself: the dashcam’s onboard processor runs AI detection locally, generating an in-cab alert in milliseconds without waiting for a cloud round-trip. FleetCam uses edge AI processing to deliver instant distraction and ADAS alerts, even when cellular coverage is spotty.
As fleet electrification accelerates, EVSPs — companies that manage EV charging infrastructure — become part of the fleet management ecosystem. EVSPs handle charging network management, billing, maintenance, and energy procurement. For fleet operators transitioning to electric vehicles, integrating EVSP data with your telematics platform gives you a complete picture of energy costs and vehicle availability.
EVSE is the charging hardware and infrastructure that powers your electric fleet — from Level 1 wall outlets to Level 3 DC fast chargers. Getting EVSE right means right-sizing charger capacity to your fleet’s daily mileage requirements and scheduling charging around off-peak electricity rates. For fleet operators, EVSE planning is as critical as fueling depot planning was for diesel fleets.
Electric Vehicles are rewriting fleet operating economics. Lower per-mile energy costs, reduced brake and engine maintenance, and immunity to diesel price spikes make EVs financially attractive for many fleet cycles. The telematics considerations are different: range planning, charging status, state of charge monitoring, and energy consumption reporting replace MPG and fuel card data.
eDVIR is the digital, paperless version of the Driver Vehicle Inspection Report — completed on a smartphone or tablet, not on a clipboard. Drivers tap through a checklist, add photos of any defects, and sign electronically. The submission instantly notifies maintenance, creates a timestamped compliance record, and prevents the “I filed it” ambiguities that plague paper-based systems. Field Warrior includes full eDVIR functionality integrated with IntelliHub’s maintenance tracking.
The FMCSA ELD mandate requires most commercial drivers to record hours of service electronically rather than on paper logs. Electronic Logging Devices (ELD) sync directly with the vehicle’s engine ECM to capture driving time automatically — eliminating the manipulation possible with paper logs and protecting drivers from being pressured to drive beyond legal limits. FTS offers FMCSA-registered ELDs with full HOS compliance, violation warnings, and roadside inspection mode.
Your vehicle is constantly talking about its own health — if you’re listening. Engine diagnostics pulls fault codes, temperature readings, RPM data, and sensor status through the OBD-II or J1939 connection, giving maintenance teams a remote window into vehicle health without waiting for the driver to notice a warning light. Catching a DTC early means a $200 repair instead of a $2,000 breakdown.
Miles don’t tell the whole story for equipment-heavy fleets. A concrete mixer or aerial lift accumulates wear through engine time, not road distance — making engine hours the right maintenance trigger for many vehicles and types of equipment. Telematics tracks engine hours alongside mileage, so your maintenance schedule reflects how the vehicle is actually being used, not just how far it’s driven.
“Where’s my driver?” is the question every dispatcher and customer wants answered in real time. Dynamic ETA calculates predicted arrival from current GPS location, route, traffic conditions, and remaining stops — and updates continuously as conditions change. Live ETA visibility reduces inbound calls, improves customer satisfaction, and lets dispatchers proactively reroute when delays appear.
Your fleet isn’t static — routes change, vehicles get added, regulations evolve, and new sensor types hit the market. Expandability means your telematics platform can grow with you: adding cameras, sensors, trailers, and integrations without ripping out existing hardware or switching platforms. FTS is built on an open, expandable architecture that supports everything from basic GPS to full AI video telematics.
When a vehicle’s OBD-II system detects a problem, it generates a DTC — a standardized error code like P0300 (engine misfire) or P0420 (catalytic converter issue). Fleet management platforms read these codes remotely and push alerts to fleet managers before a small problem becomes a roadside breakdown. Common codes are translated into plain English so maintenance staff don’t need a manual to know what the truck is telling them.
En Administración Federal de Seguridad de Autotransportes (FMCSA) is the US federal agency that writes and enforces the rules governing commercial motor vehicles and their drivers — hours of service, ELD mandates, DVIR requirements, driver qualification standards, and CSA scoring. Every commercial fleet in the US operates under FMCSA jurisdiction. Your telematics platform should make FMCSA compliance automatic, not an afterthought.
Guerrero de campo is a mobile workforce management app for drivers and field technicians. Running on Android and iOS, it delivers turn-by-turn commercial navigation, electronic logbooks, digital DVIR, signature capture, proof-of-delivery, driver messaging, and two-way communication with dispatch — all integrated with IntelliHub so the office and the road are always in sync.
Fleet compliance means meeting every legal and regulatory requirement that applies to your operation — HOS and ELD rules, DVIR requirements, IFTA reporting, CARB emissions standards, and more. Non-compliance isn’t just a fine risk; it’s a CSA score hit, an insurance liability, and a reputational issue with shippers who vet carrier safety records. A connected telematics platform makes compliance a byproduct of normal operations.
The transition from diesel and gasoline to electric vehicles isn’t hypothetical anymore — it’s a capital planning decision most fleet operators are actively making. Fleet electrification involves vehicle procurement, charging infrastructure, grid capacity upgrades, driver training, and telematics adaptation. Fleets that plan the transition carefully reduce operating costs; fleets that rush it often underestimate range requirements and charging logistics.
No fleet runs on a single software system. Fleet integration connects your telematics platform to the other tools your operation depends on — fuel cards, ERP systems, payroll software, maintenance platforms, dispatching tools, and customer portals — so data flows automatically and your team isn’t re-entering the same information in three places. IntelliHub’s API and native integrations make fleet integration practical, not a custom development project.
When fleet data lives in separate spreadsheets, maintenance tools, and dispatch apps, simple questions turn into scavenger hunts. An FMIS is the broader system used to manage vehicle records, operating costs, maintenance history, utilization, and compliance data across the fleet. IntelliHub serves as the operational core for fleets that want FMIS-level visibility without the usual software sprawl.
What gets measured gets managed — but only if someone actually looks at the numbers. Informes de gestión de flotas compile GPS mileage, fuel consumption, harsh events, utilization rates, maintenance costs, driver safety scores, and compliance data into the dashboards and summaries that fleet managers, CFOs, and operations directors need to make informed decisions. FTS IntelliHub includes 60+ standard reports with custom scheduling and export options.
Fleet management software is the central platform where all your telematics data comes together — GPS tracking, driver behavior, ELD compliance, maintenance scheduling, dispatching, and reporting — in a single interface. Without a unified FMS, you’re stitching together data from five different systems to answer a question a good platform answers in one click. IntelliHub is a browser-based FMS built for fleets that need real-time visibility and deep operational control.
If you manage many customer accounts or locations, critical alerts can get buried fast. Fleet Monitor is a centralized monitoring center, giving authorized users a single dashboard for alerts across customer accounts, with status, company, vehicle, driver, time, and map context in one place. It works with Notification Hub so alerts configured in IntelliHub can also feed a partner-side monitoring workflow.
Fleet optimization is the ongoing process of squeezing more productivity out of the same assets — reducing idle time, right-sizing vehicle assignments, improving routing, and cutting fuel waste. Telematics data is the raw material; fleet optimization is what you do with it. Operators who actively use their data for optimization typically see 10–20% reductions in fuel and labor costs in year one.
A vehicle parked 40% of the time is a depreciating asset generating no return. Fleet utilization tracks the percentage of vehicles that are actively deployed and generating value versus sitting idle. Low utilization signals an oversized fleet; high utilization may mean deferred maintenance and driver burnout. The goal is understanding what “right” looks like for your specific operation — and telematics gives you the data to know.
FleetCam is a complete video telematics solution. It combines real-time GPS tracking with AI-powered camera systems — capturing road-facing and driver-facing video, detecting unsafe behaviors, providing ADAS warnings, delivering in-cab coaching alerts, and making live or historical footage accessible from any browser. Up to eight cameras per vehicle provide true 360° coverage. FleetCam integrates directly with DriveShield for a complete safety-to-coaching workflow.
Fuel is your fleet’s largest variable cost — and without a fuel card, it’s also one of your hardest to audit. Tarjetas de combustible restrict purchases to authorized vendors and fuel types, capture transaction data automatically, and flag suspicious purchases. Integrated with your telematics platform, fuel card data connects spend to specific vehicles, drivers, and routes so you can spot fuel theft, inefficient routing, and excessive idling in context.
Fuel is typically 25-35% of total fleet operating costs — which means even small inefficiencies add up fast. Fuel usage tracking connects miles driven, idle time, and route efficiency to actual fuel consumption, identifying which drivers, vehicles, and routes are burning the most fuel relative to the work being done. For a 50-vehicle fleet, cutting idle time alone often saves $30,000-$60,000 per year.
G-Force measures the physical force a vehicle and its occupants experience during acceleration, braking, or cornering — expressed as multiples of standard gravity. A harsh braking event at -0.5g is hard enough to throw unsecured cargo and strain drivers. Fleet telematics uses G-Force thresholds to automatically flag and log harsh events, creating an objective record of comportamiento al volante that correlates directly with accident risk and vehicle wear.
Leaderboards, streaks, and scoring aren’t just for video games — they’re powerful tools for changing driver behavior. Gamification in fleet safety programs turns driving performance into a competition: drivers track their scores, compare themselves to peers, and earn recognition for improvement. DriveShield’s scorecard system uses this principle to drive behavior change without mandatory manager involvement in every coaching interaction.
A geofence is a virtual perimeter drawn on a map that triggers an automated alert when a vehicle or asset crosses it. Use geofences to receive arrival and departure notifications at customer sites, detect after-hours vehicle movement, verify that drivers are actually stopping at required locations, and track how much time is spent at each job site. IntelliHub supports unlimited geofences with custom alert rules for each.
GAVDA advocates for open access to vehicle telematics data — opposing manufacturer efforts to lock data behind proprietary systems. For fleet operators, open data access means the ability to choose your telematics vendor based on features and value, not which automaker built your trucks. FTS supports open platform principles that give fleet managers control of their own data.
GPS is one GNSS constellation — but not the only one. GNSS is the umbrella term for all satellite positioning systems: GPS (US), GLONASS (Russia), Galileo (EU), and BeiDou (China). Modern telematics devices use multi-constellation GNSS receivers to triangulate position from multiple satellite networks simultaneously, delivering faster location fixes and better accuracy in urban canyons and areas where a single constellation has limited sky visibility.
GPS is the US Department of Defense satellite network that provides precise location data — latitude, longitude, altitude — anywhere on Earth, accurate to approximately 3 meters under open sky. It’s the foundation of every vehicle and asset tracking system. Without GPS, “real-time tracking” is just a marketing phrase with nothing behind it.
Seguimiento de flotas por GPS is the real-time monitoring of vehicle locations, routes, stops, speed, and movement history. It answers the fundamental question every fleet manager has: where is my fleet, what is it doing, and is it doing what it’s supposed to? IntelliHub delivers live GPS tracking with breadcrumb trails, route replay, geofencing, and activity alerts for every vehicle in your fleet.
A green fleet prioritizes environmental impact alongside operational performance — through vehicle electrification, alternative fuels, idle-reduction programs, and route optimization that cuts total miles driven. For many fleets, green initiatives also deliver direct cost savings: less fuel burned, lower maintenance costs on EVs, and reduced carbon reporting obligations. Telematics is the measurement layer that proves — and quantifies — your sustainability progress.
A harsh event is any sudden driving maneuver that exceeds a defined G-force threshold: harsh braking, harsh acceleration, or harsh cornering. These events are measurable predictors of accident risk — drivers with frequent harsh events have statistically higher collision rates. Every harsh event is logged with GPS location, timestamp, and (with dashcam) video, giving fleet managers objective data to coach from.
HOS regulations set the maximum time commercial drivers can operate a vehicle within a given period to prevent fatigue-related accidents. The current rules limit most property-carrying drivers to 11 hours of driving within a 14-hour window, with required rest breaks. ELDs enforce HOS automatically by syncing with the vehicle’s engine, eliminating the paper log manipulation that HOS regulations were designed to prevent.
HEVs combine a traditional internal combustion engine with an electric motor and battery, improving fuel efficiency without the range anxiety of a pure EV. For fleets not yet ready to go fully electric, HEVs offer a practical transition — lower fuel costs and emissions without requiring charging infrastructure. Fleet telematics for HEVs tracks both fuel consumption and electric energy use to give a complete efficiency picture.
An in-cab alert is an audio, visual, or haptic warning delivered inside the vehicle in real time — not a manager email review three days later. When an AI system detects a risk (tailgating, drowsiness, lane departure, phone use), the in-cab alert interrupts the behavior immediately, when it can still prevent an incident. This is what separates active AI safety systems from passive dashcam recorders.
In-vehicle coaching delivers real-time feedback to drivers through dashboard displays and audio alerts — reinforcing safe driving behaviors in the moment rather than in a scheduled review. Research consistently shows that immediate feedback produces faster and more lasting behavior change than delayed coaching. FleetCam y DriveShield work together to deliver both in-the-moment in-vehicle coaching and structured post-event review workflows.
is a browser-based fleet management command center. It brings real-time GPS tracking, live camera access, driver behavior data, ELD compliance, dispatching, activity alerts, maintenance tracking, and 60+ reports into a single interface that works on any device with a browser. No separate apps, no data silos, no need to toggle between five systems to answer one question.
ICE vehicles run on fossil fuels — gasoline, diesel, natural gas — burning them in a combustion chamber to generate mechanical power. Despite electrification trends, ICE vehicles will make up the majority of most commercial fleets for years to come. Modern telematics provides just as much value for ICE fleet management as it does for EV fleets: engine diagnostics, fuel optimization, and maintenance scheduling are core ICE use cases.
If your vehicles cross state lines, IFTA reporting is mandatory. IFTA requires commercial carriers to report fuel purchases and miles driven in each US state and Canadian province, with taxes owed or credited based on where fuel was actually consumed versus where it was purchased. Manual IFTA is error-prone and time-consuming; GPS-based telematics calculates state mileage automatically and generates audit-ready IFTA reports.
IoT in fleet management means connecting physical equipment — temperature sensors, door switches, PTO monitors, fuel level sensors, tire pressure systems — to the same cloud platform that manages your GPS and video data. Instead of a driver manually checking refrigerated trailer temperature, an IoT sensor does it automatically and alerts you if it drifts. FTS’ advanced IoT integration supports temperature, door, compressor, siren, PTO, and custom sensor monitoring.
J1939 is the heavy-duty vehicle communication standard — the CAN bus protocol used in Class 6–8 trucks, buses, and large equipment. Unlike OBD-II (which is standard in light and medium-duty vehicles), J1939 provides access to heavy-duty-specific data: transmission gear position, axle load, engine torque, and emissions system status. FTS telematics devices support J1939 for complete data access in heavy commercial vehicles.
For electric fleets, kWh/mi is the equivalent of MPG — measuring how efficiently a vehicle converts stored energy into miles traveled. Tracking kWh/mi across routes, drivers, and vehicle types reveals where energy is being wasted: aggressive acceleration, excessive speeds, and HVAC use all show up clearly in energy consumption data. Lower kWh/mi means lower operating costs and longer range per charge.
Level 1 EV charging uses a standard 120V household outlet — the slowest option, adding roughly 3–5 miles of range per hour. It’s practical for low-mileage vehicles that can charge overnight but inadequate for commercial fleet vehicles with significant daily mileage requirements.
Level 2 charging (240V/208V) is the workhorse of fleet charging infrastructure, adding 10–30 miles of range per hour depending on vehicle and charger specifications. Most fleet depot charging uses Level 2 stations, which can fully charge a typical commercial EV overnight during off-peak hours when electricity rates are lowest.
DC Fast Charging delivers rapid charge capability — adding 100–200+ miles of range in 20–40 minutes from a 480V power source. Level 3 is essential for route-service vehicles that need a mid-shift top-up and can’t wait overnight. The higher equipment and electricity cost per kWh makes Level 3 a complement to Level 2 depot charging, not a replacement.
Buying the cheapest truck or telematics package up front can cost more over the life of the asset. Lifecycle costing looks beyond purchase price to fuel, maintenance, downtime, insurance, resale value, and replacement timing so managers can compare options on total business impact. It is one of the clearest ways to justify safety and maintenance investments to finance teams.
LTE (Long-Term Evolution) is the cellular standard that powers real-time fleet telematics — transmitting GPS updates, video, ELD data, and alerts between vehicles and the cloud via embedded SIM cards. Coverage quality, latency, and data plan costs vary by carrier. FTS devices use multi-carrier SIM technology to connect to the strongest available network, reducing dead zones that leave drivers untracked and unprotected.
Machine learning is the AI technology that gets better at detecting patterns the more data it sees. In fleet management, ML models analyze millions of driving events to identify which behaviors predict accidents, which routes cause the most wear, and which vehicles are heading toward a breakdown — before the driver or manager notices anything. Every FTS AI detection model is trained on real-world fleet video data, not synthetic datasets.
Reactive maintenance is expensive. Waiting for a breakdown means emergency repair rates, towing costs, lost revenue from an out-of-service vehicle, and driver downtime. Maintenance scheduling uses GPS mileage, engine hours, and fault code data to trigger PM reminders before failures happen — automatically creating work orders and tracking completion through FTS IntelliHub’s maintenance module.
You can’t improve what you don’t measure. Management by measurement applies this principle to fleet operations: setting clear KPIs for fuel efficiency, safety scores, vehicle uptime, and on-time performance, then tracking performance against those benchmarks consistently. Telematics platforms provide the measurement infrastructure; fleet managers provide the management decisions.
Maximum range is the distance an electric vehicle can travel on a full charge under real-world conditions. Actual range varies from manufacturer specs based on load, temperature, speed, and HVAC use. For fleet route planning, conservative range estimates and buffer charging strategies prevent the stranded-vehicle scenario that makes EV skeptics of even open-minded fleet managers.
GPS-based mileage tracking records precise distance driven by each vehicle for Informes IFTA, maintenance scheduling, depreciation accounting, driver reimbursement, and payroll verification. GPS odometry is more accurate than physical odometer readings, which can drift over time — important for fleets where mileage directly affects billing or regulatory compliance.
MPGe is the standardized metric for comparing electric vehicle efficiency to traditional gasoline vehicles. Calculated by the EPA, it allows fleet managers to make apples-to-apples comparisons between ICE and EV operating costs when building a business case for electrification. Higher MPGe means more miles per dollar of energy cost.
Monarch is a mobile-first fleet tracking app, designed for fleet managers and dispatchers who need live vehicle visibility on the go. Monarch puts real-time GPS tracking, alerts, and reporting in your pocket — so you’re not anchored to a desktop to stay informed about your fleet. It’s the companion to IntelliHub for operators who manage on the move.
NMFTA develops and maintains the freight classification standards (NMFC codes) that govern how commercial cargo is categorized and priced for shipping. For fleet operators running for-hire trucking operations, NMFC codes directly affect freight billing and rate negotiations. NMFTA also plays a role in developing cybersecurity standards for commercial vehicle communications.
NFC enables wireless data exchange between devices within a few centimeters — used in fleet management for driver ID authentication, keyless vehicle access, and rapid data pairing. An NFC-enabled driver ID card tapped against a reader logs the driver into the vehicle, linking all subsequent driving behavior data to that specific driver’s record rather than just the vehicle.
Nearest vehicle functionality automatically identifies which vehicle in your fleet is closest to a given location or job — the most fundamental dispatching optimization. Instead of mentally scanning a map or calling drivers one by one, dispatchers get an instant answer: this vehicle, this driver, this ETA. Reduces response time for service calls and emergency dispatch situations.
Programa de vigilancia continua de Nevada lets eligible business and government fleet vehicles report OBD emissions data electronically to the Nevada DMV instead of undergoing traditional smog inspections. The program captures DTCs, emissions sensor data, and vehicle behavior — and FTS supports enrollment, making it a practical compliance option for Nevada-registered commercial fleets.
Email and SMS alerts get missed, especially when teams are juggling dispatch, maintenance, and customer calls. Notification Hub is FTS’ in-app alert center inside IntelliHub, giving users a live feed of recent notifications, click-to-navigate workflows, mute controls, and response-required alerts that stay visible until someone acknowledges them. It brings urgent fleet events into the platform where people are already working instead of hoping an inbox gets checked in time.
The odometer records total distance a vehicle has traveled — the foundational mileage figure used for maintenance scheduling, depreciation, resale valuation, and regulatory reporting. GPS-based telematics captures mileage continuously and more accurately than a physical odometer, which is valuable for fleet managers who need mileage data without requiring drivers to manually report it.
Some vehicle manufacturers embed telematics hardware directly at the factory — providing built-in connectivity without third-party hardware. OEM telematics offers convenience but often lacks the depth of features, cross-brand compatibility, and AI capabilities that fleet operators need. Most serious fleet managers supplement or replace OEM telematics with specialized platforms like IntelliHub.
OmniPass es un dispositivo que proporciona validación automatizada y en tiempo real de pasajeros para autobuses. El escáner de pasajeros multimodal utiliza RFID, códigos QR, NFC o códigos de teclado para supervisar y contar los pasajeros que suben y bajan de autobuses, trenes y otros métodos de transporte. Gracias a los datos precisos y en tiempo real del recuento de pasajeros, las empresas de transporte pueden optimizar sus flotas para mejorar la comodidad de los pasajeros y aumentar los ingresos.
OmniPass is FTS’ automated passenger validation system for bus and transit fleets. A multi-modal scanner — supporting RFID, QR codes, NFC, or keypad codes — monitors and counts passengers boarding and disembarking in real time. Accurate ridership data lets transit operators optimize fleet deployment for passenger load and improve revenue accountability.
An EV’s on-board charger converts the AC power delivered by Level 1 and Level 2 charging stations into the DC power the battery stores. On-board charger capacity (measured in kW) determines the maximum Level 2 charging speed — a 7.2 kW on-board charger can’t use the full capacity of a 19.2 kW Level 2 station. Understanding your vehicles’ on-board charger specs is essential for sizing fleet charging infrastructure correctly.
The OBD-II port is the standard gateway to a vehicle’s onboard computer — typically located under the dashboard, accessible without tools. Plug-in telematics dongles connect directly to OBD-II for instant access to GPS, engine data, fault codes, and mileage without hardwiring. Standard on virtually all vehicles built after 1996, OBD-II makes basic telematics installation as simple as plugging in a USB drive.
An open platform gives fleet operators unfiltered access to their own vehicle data — without manufacturer locks, proprietary data silos, or forced integrations with the OEM’s preferred vendors. Open platforms support API integrations, third-party device connectivity, and data export in standard formats. FTS is built on open platform principles: your data belongs to you.
OCR technology reads text from images — in fleet management, this means automatically capturing data from fuel receipts, license plates at yard entry points, and inspection documents without manual data entry. AI dashcam systems increasingly use OCR to log plate numbers at gates and verify driver credentials, reducing the administrative burden on dispatchers and security staff.
OEM refers to the companies that manufacture vehicles and vehicle components. In the telematics context, OEM telematics means systems installed by the vehicle manufacturer at the factory — as opposed to aftermarket solutions installed post-production. Fleet operators often have both OEM and aftermarket devices in mixed fleets, making platform integration capabilities critical.
OTA updates deliver software patches, firmware upgrades, and new features to telematics devices and cameras without requiring a physical recall or shop visit. For a fleet with 500 devices spread across three states, the alternative to OTA updates is a very expensive field service operation. FTS uses OTA to keep all connected devices current without fleet downtime.
PHEVs offer the best of both worlds for fleets in transition: electric-only operation for short urban routes, plus a conventional engine for longer runs where charging infrastructure is limited. PHEVs reduce fuel costs without the range limitation risk of pure BEVs. For mixed-duty fleets, PHEVs provide a practical electrification path while charging networks mature.
PTO is the mechanism that transfers engine power to auxiliary equipment — dump truck beds, refuse compactors, concrete mixers, aerial lifts, street sweepers, and lift gates all run on PTO. Fleet telematics tracks PTO engagement by time and duration, giving managers verified data on equipment use for job billing, fuel accounting, and verifying that work was actually performed at each stop.
Every breakdown that grounds a vehicle could have been predicted — and prevented. Mantenimiento preventivo uses mileage thresholds, engine hours, calendar intervals, and fault code monitoring to schedule inspections and repairs before failures happen. FTS integrates DVIR defect reports, DTC alerts, and PM scheduling in IntelliHub so maintenance managers have one place to manage the entire vehicle health picture.
Video protects fleets, but privacy still matters — especially in union environments, passenger transport, and jurisdictions with stricter recording rules. A privacy module lets fleets control when inward-facing video is obscured, disabled, or access-restricted based on policy while still preserving the safety and exoneration value of the overall camera system. The right setup balances driver trust, legal compliance, and usable evidence when a serious event happens.
Fleet productivity measures how much value each vehicle and driver generates relative to the cost of operating them — runs completed per day, deliveries per vehicle, jobs per shift. Telematics exposes the productivity killers: excessive idle time, inefficient routing, unnecessary stops, and extended break times. Understanding where productivity is being lost is the first step to recovering it.
Yard inventories break down when crews move tools and trailers faster than paperwork can keep up. QR code asset check-in uses scannable labels to confirm asset identity, handoff, or service status from a phone in seconds, reducing manual entry errors and lost equipment disputes. It pairs well with asset tags when fleets need both quick field verification and ongoing location visibility.
Real-time tracking delivers GPS position updates every few seconds — giving dispatchers an accurate live picture of every vehicle’s location, speed, and heading. The difference between real-time and “near-real-time” (30–60 second updates) matters significantly for dispatching accuracy, ETA communication, and theft response time. IntelliHub provides real-time tracking with fast map refreshes for dispatch, customer service, and theft response.
RODS is the formal term for a driver’s hours of service log — the record of time spent driving, on-duty not driving, off-duty, and in the sleeper berth. ELDs generate RODS automatically and electronically, replacing handwritten paper logs that were easily falsified and difficult to audit. RODS must be available for roadside inspection and must be retained for six months under FMCSA regulations.
Remote diagnostics gives fleet managers real-time visibility into vehicle health without requiring a driver to bring the vehicle in for a check — or waiting for a warning light to appear on the dash. Fault codes, battery voltage, coolant temperature, and fuel level are continuously monitored and pushed as alerts when they cross threshold values. Catching a developing issue remotely versus after a breakdown can mean the difference between a scheduled repair and an emergency tow.
Route replay lets fleet managers reconstruct exactly where a vehicle was and what it was doing at any point in history — speed, stops, harsh events, PTO engagement, and driving path overlaid on a map with timestamps. When a customer claims a delivery wasn’t made, a driver disputes a harsh event, or an accident needs to be investigated, replay provides the objective record.
Matriz de rutas is FTS’ fleet routing software. It automatically optimizes multi-stop routes for time, distance, service windows, and driver HOS availability — turning a manual routing task that takes 90 minutes into a 90-second automated calculation. Route Matrix integrates with IntelliHub so dispatchers can push optimized routes directly to drivers in Guerrero de campo.
Optimización de rutas calculates the most efficient sequence and path for completing multiple stops — minimizing miles driven, fuel cost, driver time, and late deliveries. For a fleet doing 20 daily deliveries per truck, a 10% route efficiency improvement can save thousands in fuel and labor costs per month. FTS Route Matrix handles multi-stop optimization with real-world constraints: traffic, time windows, vehicle capacity, and HOS limits.
Rear-end collisions are the most common commercial vehicle accident — and almost all of them are preventable with adequate following distance. NHTSA recommends a minimum 3–4 second gap at highway speeds; loaded trucks need more. AI dashcams detect tailgating in real time and trigger an immediate in-cab alert when following distance drops below the safe threshold, giving drivers a chance to correct before a collision happens.
Satellite tracking transmits vehicle location via satellite communication rather than cellular networks — used for vehicles operating where there’s no cell coverage: remote construction, mining, offshore, mountain routes. While more expensive per unit than cellular trackers, satellite tracking provides universal coverage that cellular networks can’t match. FTS offers satellite tracking options for fleets that work beyond the cellular footprint.
A telematics platform that works for 10 vehicles should also work for 1,000 — without requiring a new vendor, new hardware, or a new contract negotiation. Scalability means your platform can grow alongside your fleet, adding vehicles, users, cameras, sensors, and integrations without hitting architectural walls. IntelliHub scales from small single-location fleets to large enterprise operations with thousands of assets.
A converts raw behavior data — speeding frequency, harsh event counts, following distance averages, seatbelt compliance — into a single performance rating that’s easy to understand and act on. Scorecards work best when drivers can see their own scores and compare them to peers, creating self-accountability without requiring a manager to initiate every coaching conversation. FTS DriveShield is built around a transparent, driver-visible scorecard system.
Seatbelt violations are an FMCSA compliance issue, a CSA score risk, and — most importantly — a life-safety concern. Dashcam systems with DMS detect seatbelt status automatically, logging violations and triggering alerts without requiring self-reporting by the driver. Real seatbelt compliance monitoring requires camera detection; driver self-reporting is unreliable by definition.
When a device needs a reboot, a fresh GPS request, or another hardware action, waiting for a shop visit wastes time and visibility. Send Device Command lets authorized IntelliHub users trigger supported remote commands from the vehicle activity view and track whether the command was sent, acknowledged, completed, or failed. It shortens troubleshooting time and gives support teams a faster way to recover data flow without taking the vehicle out of service.
SOC 2 is the cybersecurity compliance standard that defines how software companies must protect customer data — covering security, availability, processing integrity, confidentiality, and privacy. For fleet operators, choosing a SOC 2-compliant telematics vendor means your driver records, location history, and operational data are protected by independently audited security controls.
An SDK is the developer toolkit that lets third-party software teams build integrations with a telematics platform — custom mobile apps, dispatch workflow tools, industry-specific add-ons, and more. FTS’s open platform approach includes SDK access for companies that need to build deeply customized integrations into their own operational software.
State of Charge is the EV equivalent of a fuel gauge — the percentage of battery capacity remaining. For fleet route planning, SOC monitoring is critical: dispatchers need to know which vehicles have enough charge to complete assigned routes and which need to return for charging before departure. FTS telematics monitors SOC for electric vehicles alongside fuel levels for hybrid and ICE vehicles in the same dashboard.
Fleet operations are major contributors to corporate carbon footprints — and sustainability programs are increasingly a business requirement, not just a PR initiative. Telematics supports sustainability goals by reducing fuel consumption through idle alerts and route optimization, enabling fleet electrification tracking, and generating the emissions data required for ESG reporting and carbon accounting.
A tachograph is a device that records vehicle speed and distance for regulatory compliance — primarily used in commercial vehicles operating in the European Union and United Kingdom, where tachographs are legally required in trucks over 3.5 tonnes. Unión Europea (UE) y el Reino Unido (UK) tachograph regulations are equivalent to HOS and ELD requirements in the United States.
Telematics is the transmission of vehicle and asset data — GPS location, speed, engine health, driver behavior, and sensor readings — over wireless networks to a cloud platform where it can be monitored and acted on. The word combines telecommunications and informatics. Modern fleet telematics platforms like IntelliHub integrates GPS, cellular connectivity, AI cameras, IoT sensors, and compliance tools into a single operational picture.
The telematics gateway is the hardware device installed in a vehicle that collects data from the CAN bus, OBD-II port, GPS receiver, and connected sensors — then transmits it to the cloud over cellular networks. Think of it as the vehicle’s brain: it reads everything the truck is doing, compresses and packages that data, and sends it to your fleet management platform continuously. Quality of the gateway hardware directly affects data reliability, refresh rate, and sensor support.
No single telematics provider builds every sensor, camera, or workflow tool a complex fleet operation needs. Third-party device integration allows fleet management platforms to connect with external hardware — temperature sensors, fuel monitors, PTO trackers, RFID readers, and industry-specific devices — so specialized equipment data flows into the same platform as GPS and driver behavior data. FTS supports a broad range of third-party IoT integrations.
The purchase price of a vehicle or telematics system is the beginning of the cost conversation, not the end. Total Cost of Ownership accounts for every dollar a fleet asset will consume over its working life: acquisition, insurance, fuel, maintenance, tires, financing, downtime, and eventual disposal. Telematics directly reduces multiple TCO components — fuel costs through route optimization, maintenance costs through preventive scheduling, insurance costs through safety improvements. Fleet operators who evaluate telematics through a TCO lens consistently find the ROI case compelling.
Trailers spend most of their lives disconnected from tractors — sitting in customer yards, loading docks, and distribution centers. Without trailer tracking, you don’t know where your trailers are, how long they’ve been there, or whether they’ve been moved without authorization. Battery or solar-powered trailer trackers report location via cellular, giving fleet managers visibility into every trailer — not just the ones with a tractor attached.
ULEZ is London’s emissions control program — vehicles that don’t meet minimum emissions standards are charged a daily fee to operate within the zone. While US fleet operators aren’t directly subject to ULEZ, it represents the direction of urban fleet regulation globally: cities increasingly using financial penalties to accelerate fleet electrification and emissions reduction.
Vehicle uptime is the percentage of time each unit is available and operational for deployment. Unplanned downtime — a breakdown on the road, an emergency repair — is far more expensive than scheduled maintenance: you pay for emergency service rates, lose revenue from the out-of-service vehicle, and scramble to cover missed commitments. Proactive maintenance scheduling powered by telematics data is the most reliable strategy for maximizing fleet uptime.
Urban analytics applies telematics data to optimize operations in dense, congested environments — where traffic patterns, parking constraints, delivery windows, and pedestrian activity create operational challenges that don’t exist in suburban or rural settings. Heat maps of dwell time, bottleneck analysis at high-traffic stops, and optimized delivery sequencing for urban routes all fall under urban analytics.
A utilization report shows how much — or how little — each vehicle was actually working during a given period: hours in operation, miles driven, idle time, active vs. parked percentage. Utilization data drives the most impactful fleet management decisions: identifying vehicles to redeploy, making the case for new equipment, justifying disposals, and right-sizing the fleet to match actual operational demand.
Vehicle dwell time measures how long a vehicle is stopped at a specific location — a customer site, a fueling stop, a rest break. Excessive dwell time is often the hidden driver of missed delivery windows and overtime costs: the truck that should make 12 stops makes 9 because drivers are spending 40 minutes at each stop instead of 20. Dwell reporting identifies where time is actually going.
Your vehicles are telling you when they’re going to break down — most fleet operators just aren’t listening. Vehicle health monitoring uses OBD-II and J1939 data to track battery voltage, coolant temperature, fuel level, engine fault codes, and sensor readings in real time, pushing alerts when readings drift toward failure thresholds. IntelliHub’s vehicle health module turns reactive maintenance into proactive prevention.
A VIN is the 17-character unique identifier assigned to every vehicle at the factory — encoding the manufacturer, vehicle type, model year, plant, and serial number. Fleet management systems use VINs to link GPS devices, maintenance history, registration records, and compliance documents to specific vehicles. When a device swaps between vehicles, the VIN ensures historical data stays attached to the right asset.
Video telematics combines GPS fleet tracking with camera systems to add visual context to operational data. Where traditional telematics tells you a harsh braking event happened at a specific location and time, video telematics shows you exactly what happened and why. FleetCam is a full video telematics platform with AI-powered event detection, live streaming, dual-channel recording, and integrated driver coaching — giving fleet managers the complete picture, not just the data points.
Maintenance falls apart when repairs live in text messages, sticky notes, and hallway conversations. A work order is the formal record of a repair or service task — what needs to be done, who is responsible, parts used, labor time, and completion status. Linking telematics alerts and DVIR defects to work orders helps fleets move faster and prove nothing got missed.
Manual monitoring doesn’t scale. Workflow automation uses rules-based or AI-driven triggers to take action automatically when fleet events occur: sending a maintenance work order when a fault code appears, notifying a customer when a driver is near the stop, escalating a harsh event to a manager if the driver doesn’t self-review within 48 hours. IntelliHub’s automation rules reduce the reactive workload on dispatchers and safety managers so they can focus on the exceptions that actually need human judgment.
Some fleets still run older ERP, maintenance, or dispatch systems that exchange data in XML instead of newer JSON formats. An XML API makes it possible to move vehicle, driver, and event data into those systems without manual re-entry or brittle file uploads. It matters most in complex enterprise environments where one legacy platform still runs a critical business process.
A vehicle you cannot find in your own yard is not available, no matter what the spreadsheet says. Yard management uses live asset location, geofences, dwell reporting, and check-in workflows to reduce trailer hunts, improve dock flow, and speed up dispatch. It is one of the quickest ways to cut wasted labor in high-volume operations.
Zero-emissions vehicles (ZEVs) produce no tailpipe pollutants — battery electric vehicles and hydrogen fuel cell vehicles both qualify. Multiple states are moving toward ZEV mandates for commercial fleets, and major shippers are increasingly requiring zero-emission last-mile delivery as part of their supplier sustainability commitments. Fleets that plan their ZEV transition now will be ahead of mandates rather than scrambling to comply.
Zones in fleet telematics are defined geographic areas used for reporting, alerting, and operational control. Different from simple geofences (which trigger entry/exit alerts), zones enable time-in-zone analysis, multi-vehicle zone tracking, and jurisdiction-based compliance reporting. Zones help fleet managers understand how time and mileage are distributed across service territories, customer regions, or regulatory boundaries.
