This document describes an integrated device-to-cloud architecture featuring a Cortex A5 application processor with 256MB Flash and 128MB RAM. The architecture provides global cellular coverage from a single compact module and securely connects devices to the cloud with an ultra-low power design enabling new cellular applications.
The document discusses wireless connectivity options for device-to-cloud applications. It compares different wireless technologies like LTE-M, LTE Cat M1, and LTE Cat 0-6 in terms of speed, power consumption, bandwidth, and rollout timing. LTE Cat M1 offers the best combination of low cost, power efficiency, coverage enhancement, and speeds from 300kbps to 1Mbps. It is expected to see initial rollouts in 2016-2017, followed by mass build-out from 2017 onwards, making it very well suited for applications requiring long battery life and deep indoor coverage like package trackers, security systems, and industrial sensors.
The document discusses Project mangOHTM, an open hardware initiative from Sierra Wireless that aims to address IoT pain points. It introduces the mangOHTM reference design board, which provides 90% of a prototype out-of-the-box. It also introduces the IoT Module standard, which simplifies development by providing a common connector interface for cellular and wireless technologies. The project seeks to engage developers, partners, and the open hardware community to drive innovation in IoT solutions.
The Antenna Authority. Laird Connectivity is the Industry Leader in Antennas Performance and Reliability. Learn more about the antenna solutions and applications.
Presentation by Andres Escribano, Telefónica Director of IoT Connectivity Business, at MWC 2018. For more information, please visit: https://iot.telefonica.com
This document discusses the benefits of using IoT platforms when prototyping and developing IoT applications. It outlines key features platforms provide like standards, development kits, tutorials, and assistance getting products to market. The document also examines what components are needed in an IoT platform, including data acquisition, storage, analytics, security, connectivity management and more. It notes industry projections that the number of connected devices will grow significantly in coming years.
This document describes an integrated device-to-cloud architecture featuring a Cortex A5 application processor with 256MB Flash and 128MB RAM. The architecture provides global cellular coverage from a single compact module and securely connects devices to the cloud with an ultra-low power design enabling new cellular applications.
The document discusses wireless connectivity options for device-to-cloud applications. It compares different wireless technologies like LTE-M, LTE Cat M1, and LTE Cat 0-6 in terms of speed, power consumption, bandwidth, and rollout timing. LTE Cat M1 offers the best combination of low cost, power efficiency, coverage enhancement, and speeds from 300kbps to 1Mbps. It is expected to see initial rollouts in 2016-2017, followed by mass build-out from 2017 onwards, making it very well suited for applications requiring long battery life and deep indoor coverage like package trackers, security systems, and industrial sensors.
The document discusses Project mangOHTM, an open hardware initiative from Sierra Wireless that aims to address IoT pain points. It introduces the mangOHTM reference design board, which provides 90% of a prototype out-of-the-box. It also introduces the IoT Module standard, which simplifies development by providing a common connector interface for cellular and wireless technologies. The project seeks to engage developers, partners, and the open hardware community to drive innovation in IoT solutions.
The Antenna Authority. Laird Connectivity is the Industry Leader in Antennas Performance and Reliability. Learn more about the antenna solutions and applications.
Presentation by Andres Escribano, Telefónica Director of IoT Connectivity Business, at MWC 2018. For more information, please visit: https://iot.telefonica.com
This document discusses the benefits of using IoT platforms when prototyping and developing IoT applications. It outlines key features platforms provide like standards, development kits, tutorials, and assistance getting products to market. The document also examines what components are needed in an IoT platform, including data acquisition, storage, analytics, security, connectivity management and more. It notes industry projections that the number of connected devices will grow significantly in coming years.
Optima Networks is a small value-add distributor founded in 1999 that was bought in 2017. It focuses on 4 pillars of products: wireless networks, camera surveillance, network security, and optical networks. For wireless networks, they work with vendors like Aerohive, Edgewater Wireless, and Radwin. For camera surveillance, their main vendors are VIVOTEK and Arecont Vision. They offer network security solutions from vendors like Gdata, Stormshield, and Doqex. For optical networks, they work with MRV/ADVA and Opticonnect. Optima Networks uses iBanFirst for international payments due to the high costs of traditional banks and the fixed costs provided by iBanFirst.
BACnet continues to evolve as the preeminent building automation and control protocol. The next step - getting BACnet data out of the building and into the cloud. In this session, Sierra Monitor Corp presents 5 benefits of having BACnet data in the cloud and discuss how this has impacted their customers.
New microservices cloud architectures allow for on-demand network upgrades and patches within minutes, bringing SaaS agility to wireless networks. Wireless platforms now collect real-time state information from mobile devices so administrators can view coverage, throughput, and other metrics from the user's point of view. Dynamic packet capture starts collecting data when anomalies are detected and stores it in the cloud for easy analysis, eliminating the need to send technicians onsite with packet sniffers.
Movin' On Up to the Cloud: How to Migrate your Application Connectivityshira koper
Migrating applications to the cloud or to another data center is a complex and risky process. First, you need to understand the applications you are currently running (application discovery). Then, you need to define and map the existing application connectivity flows (pre-migration), so that you can easily reestablish them post-migration.
If done manually, this is a difficult and time-consuming process, and a single mistake can cause outages, compliance violations and create holes in your security perimeter.
Understanding the migration destination is just as important; cloud security architecture is fundamentally different from physical networks, and it is extremely difficult to translate the network connectivity flows to the cloud security controls and then manage network security policies cohesively across the entire hybrid enterprise environment. All in all, migrating application connectivity is a complex, tedious and error-prone process that can take months and often compromises security, compliance and business agility.
In this webinar, Avivi Siman-Tov, Product Manager at AlgoSec, will explore how to simplify and accelerate large-scale complex application migration projects, while making security a priority.
Attend this webinar to discover best practices to:
- Automatically discover applications and their existing connectivity flows
- Analyze, simulate and compute the necessary changes – even between different network security technologies such as traditional firewalls and cloud security groups
- Execute the necessary firewall rule changes, and mass-migrate relevant connectivity flows
- Assess the risk and ensure compliance throughout the migration process
- Deliver unified security policy management across the hybrid enterprise cloud environment
This document discusses the wireless communication technology Zigbee. It begins by defining Zigbee as a technological standard created for control and sensor networks, based on the IEEE 802.15.4 standard. It then contrasts Zigbee with other wireless technologies like WiFi and Bluetooth by noting that Zigbee is designed for low data rates and power consumption, and controlling physical devices. The document outlines Zigbee's architecture including coordinator, router, and end device roles. It provides examples of Zigbee applications in building automation, industrial control, home automation, and more.
This is the IoT path that we are building in Telefónica.
But we are not only talking about IoT.
We are talking about a future we can all create together.
This is the right moment to make it happen.
The Internet of Things… of the People.
Let’s make this future an actual reality.
Let’s do IoT.
Faster Device Development - GSMA @ CES 2019Jan Jongboom
Presentation about interesting open source developments that can be used in conjunction with LTE Cat-M1 and NB-IoT. Presentation from the GSMA IoT workshop at CES 2019.
For the full video of this presentation, please visit: https://www.edge-ai-vision.com/2021/08/iot-and-vision-why-its-a-security-minefield-and-how-to-navigate-it-a-presentation-from-arm/
Dr. Lyndon Fawcett, Principal Software Security Architect at Arm, presents the “IoT and Vision: Why It’s a Security Minefield and How to Navigate It" tutorial at the May 2021 Embedded Vision Summit.
Recent advancements in machine learning have enabled market innovators to build insights from IoT sensors in the wild. These insights can be used to solve complex real-world challenges. The lack of security in typical vision-based IoT solutions is especially concerning, as they are typically responsible for managing sensitive data (PID, CCTV) or critical systems (cars, machinery). Security is rarely the first thought for developers of new types of solutions, but making systems secure after the fact is difficult since a holistic approach is required.
Exacerbating this challenge of achieving end-to-end security, the development and deployment of IoT systems often involves multiple handovers of responsibility, which can make achieving end-to-end security difficult. And, due to the complexity and diversity of these systems, security bodies have been unable to prescribe “silver bullet” solutions. Based on first-hand experience, this presentation provides insights to help decision-makers better understand key challenges and potential solutions for providing secure vision-based IoT systems.
Zigbee is an open standard for home automation that allows for interoperable, low-cost devices that provide energy savings, comfort, and security for consumers without vendor lock-in. It uses a 16-bit network address for each device in a typical home automation network that includes smart devices for energy monitoring and load balancing, with demand response programs that can send text alerts to consumers.
This document discusses 5G and its enabling technologies from a European perspective. It begins with an agenda that covers 5G and cloud computing, autonomous driving, and cloud manufacturing. It then discusses 5G, cloud computing, and industry 4.0 as key enablers. The rest of the document covers specific 5G technologies and use cases, an urban test field for autonomous vehicles in Berlin, challenges of cloud manufacturing, and a proposed service discovery architecture.
The document discusses an Internet of Things (IoT) system that connects different types of devices. It describes the key components of the IoT system including small, simple devices; complex devices and gateways; and an IoT server that provides inventory, firmware updates, data analytics, and other functions through an admin portal. The system uses messaging protocols to transmit sensor data from devices to collectors, gateways, and the IoT server, and allows control of end devices. It connects various components including third party clouds, sensors, and applications.
Software defined networking is an approach that allows network administrators to programmatically control and manage network behavior dynamically through open interfaces. It provides an abstraction of lower-level network functionality. While OpenFlow was commonly used, many companies have adopted different techniques. The document also lists several free software tools that can be used to monitor and analyze networks, including GFI LanGuard, Microsoft Network Monitor, Nagios, and OpenNMS.
LoRaWAN is great, but it requires so much hardware. As I live on a plane I want something better. Presentation about simulating LoRaWAN devices. Here's a video of the simulator: https://www.youtube.com/watch?v=C1S8knMlX7w
Migrating applications to the cloud or another data center– without creating security holes or causing application outages– is far easier said than done.
For starters, mapping existing application flows across complex enterprise environments pre-migration – which is critical in order to re-establish the correct traffic flows post-migration – is extremely difficult. A single mistake can cause outages, compliance violations and create holes in your security perimeter. Moreover, cloud security architecture is fundamentally different from physical networks, making it extremely difficult to translate application connectivity flows to the cloud security controls, and then manage network security policies cohesively across the entire hybrid enterprise environment. All in all, migrating applications is a complex, tedious and error-prone process that takes months and often compromises security, compliance and business agility.
Presented by Edy Almer, AlgoSec’s VP of Product, this new webinar will explain how to simplify and accelerate large-scale complex application migration projects, while ensuring security and avoiding business application outages.
The webinar will cover best practices on how to:
- Automatically discover existing application connectivity flows
- Analyze, simulate and compute the necessary changes – even between different network security technologies such as traditional firewalls and cloud Security Groups
- Execute the necessary firewall rule changes, and mass-migrate relevant connectivity flows
- Deliver unified security policy management across the hybrid enterprise cloud environment
The document provides an overview of the Internet of Things (IoT). It defines IoT as connecting everyday devices to the internet to collect and exchange data. It discusses how IoT works using devices, gateways, cloud platforms and applications. It also describes common IoT domains like smart home, healthcare and transportation. Finally, it discusses IoT devices, boards, platforms and tools as well as example IoT projects.
HeliX is a product that modernizes corporate networks into an autonomous system through a proprietary protocol. It creates a single channel between all network points, eliminating hacker attacks and providing enhanced security. HeliX connects offices, users, and the cloud to ensure secure access to data from anywhere through a centralized management system. It aims to address challenges with traditional networks like gaps in security, mixed quality of service, and high costs of operation.
HiveMQ is a company founded in 2012 based outside of Munich that provides an enterprise MQTT platform to connect IoT devices and exchange data reliably and securely. It has over 130 customers using its solution for applications like smart factories, connected cars, home security, traffic control systems, and virtual battery networks. HiveMQ's platform offers lightweight and efficient connectivity, bidirectional communications, reliability at scale, and security. Case studies describe how HiveMQ has helped customers in industries like automotive, manufacturing, energy, and more.
El documento describe los riesgos para la salud de los trabajadores en la industria mostrados en la película. En el pasado, los trabajadores estaban expuestos a riesgos mecánicos y eléctricos sin equipo de protección, priorizando la producción sobre la salud. La película muestra la importancia de prevenir accidentes y proteger la salud, un factor clave para el éxito de la empresa. También presenta conceptos como medicina preventiva, higiene industrial y seguridad industrial para promover la salud de los empleados.
Las pruebas psicométricas miden muestras del comportamiento y aptitudes de las personas para compararlos con estándares. Se usan para la selección de personal, midiendo la inteligencia, aptitudes, personalidad y compatibilidad con los puestos. Proporcionan una evaluación objetiva que permite detectar puntos fuertes y débiles, y son útiles para la toma de decisiones en selección, diagnóstico e investigación.
Optima Networks is a small value-add distributor founded in 1999 that was bought in 2017. It focuses on 4 pillars of products: wireless networks, camera surveillance, network security, and optical networks. For wireless networks, they work with vendors like Aerohive, Edgewater Wireless, and Radwin. For camera surveillance, their main vendors are VIVOTEK and Arecont Vision. They offer network security solutions from vendors like Gdata, Stormshield, and Doqex. For optical networks, they work with MRV/ADVA and Opticonnect. Optima Networks uses iBanFirst for international payments due to the high costs of traditional banks and the fixed costs provided by iBanFirst.
BACnet continues to evolve as the preeminent building automation and control protocol. The next step - getting BACnet data out of the building and into the cloud. In this session, Sierra Monitor Corp presents 5 benefits of having BACnet data in the cloud and discuss how this has impacted their customers.
New microservices cloud architectures allow for on-demand network upgrades and patches within minutes, bringing SaaS agility to wireless networks. Wireless platforms now collect real-time state information from mobile devices so administrators can view coverage, throughput, and other metrics from the user's point of view. Dynamic packet capture starts collecting data when anomalies are detected and stores it in the cloud for easy analysis, eliminating the need to send technicians onsite with packet sniffers.
Movin' On Up to the Cloud: How to Migrate your Application Connectivityshira koper
Migrating applications to the cloud or to another data center is a complex and risky process. First, you need to understand the applications you are currently running (application discovery). Then, you need to define and map the existing application connectivity flows (pre-migration), so that you can easily reestablish them post-migration.
If done manually, this is a difficult and time-consuming process, and a single mistake can cause outages, compliance violations and create holes in your security perimeter.
Understanding the migration destination is just as important; cloud security architecture is fundamentally different from physical networks, and it is extremely difficult to translate the network connectivity flows to the cloud security controls and then manage network security policies cohesively across the entire hybrid enterprise environment. All in all, migrating application connectivity is a complex, tedious and error-prone process that can take months and often compromises security, compliance and business agility.
In this webinar, Avivi Siman-Tov, Product Manager at AlgoSec, will explore how to simplify and accelerate large-scale complex application migration projects, while making security a priority.
Attend this webinar to discover best practices to:
- Automatically discover applications and their existing connectivity flows
- Analyze, simulate and compute the necessary changes – even between different network security technologies such as traditional firewalls and cloud security groups
- Execute the necessary firewall rule changes, and mass-migrate relevant connectivity flows
- Assess the risk and ensure compliance throughout the migration process
- Deliver unified security policy management across the hybrid enterprise cloud environment
This document discusses the wireless communication technology Zigbee. It begins by defining Zigbee as a technological standard created for control and sensor networks, based on the IEEE 802.15.4 standard. It then contrasts Zigbee with other wireless technologies like WiFi and Bluetooth by noting that Zigbee is designed for low data rates and power consumption, and controlling physical devices. The document outlines Zigbee's architecture including coordinator, router, and end device roles. It provides examples of Zigbee applications in building automation, industrial control, home automation, and more.
This is the IoT path that we are building in Telefónica.
But we are not only talking about IoT.
We are talking about a future we can all create together.
This is the right moment to make it happen.
The Internet of Things… of the People.
Let’s make this future an actual reality.
Let’s do IoT.
Faster Device Development - GSMA @ CES 2019Jan Jongboom
Presentation about interesting open source developments that can be used in conjunction with LTE Cat-M1 and NB-IoT. Presentation from the GSMA IoT workshop at CES 2019.
For the full video of this presentation, please visit: https://www.edge-ai-vision.com/2021/08/iot-and-vision-why-its-a-security-minefield-and-how-to-navigate-it-a-presentation-from-arm/
Dr. Lyndon Fawcett, Principal Software Security Architect at Arm, presents the “IoT and Vision: Why It’s a Security Minefield and How to Navigate It" tutorial at the May 2021 Embedded Vision Summit.
Recent advancements in machine learning have enabled market innovators to build insights from IoT sensors in the wild. These insights can be used to solve complex real-world challenges. The lack of security in typical vision-based IoT solutions is especially concerning, as they are typically responsible for managing sensitive data (PID, CCTV) or critical systems (cars, machinery). Security is rarely the first thought for developers of new types of solutions, but making systems secure after the fact is difficult since a holistic approach is required.
Exacerbating this challenge of achieving end-to-end security, the development and deployment of IoT systems often involves multiple handovers of responsibility, which can make achieving end-to-end security difficult. And, due to the complexity and diversity of these systems, security bodies have been unable to prescribe “silver bullet” solutions. Based on first-hand experience, this presentation provides insights to help decision-makers better understand key challenges and potential solutions for providing secure vision-based IoT systems.
Zigbee is an open standard for home automation that allows for interoperable, low-cost devices that provide energy savings, comfort, and security for consumers without vendor lock-in. It uses a 16-bit network address for each device in a typical home automation network that includes smart devices for energy monitoring and load balancing, with demand response programs that can send text alerts to consumers.
This document discusses 5G and its enabling technologies from a European perspective. It begins with an agenda that covers 5G and cloud computing, autonomous driving, and cloud manufacturing. It then discusses 5G, cloud computing, and industry 4.0 as key enablers. The rest of the document covers specific 5G technologies and use cases, an urban test field for autonomous vehicles in Berlin, challenges of cloud manufacturing, and a proposed service discovery architecture.
The document discusses an Internet of Things (IoT) system that connects different types of devices. It describes the key components of the IoT system including small, simple devices; complex devices and gateways; and an IoT server that provides inventory, firmware updates, data analytics, and other functions through an admin portal. The system uses messaging protocols to transmit sensor data from devices to collectors, gateways, and the IoT server, and allows control of end devices. It connects various components including third party clouds, sensors, and applications.
Software defined networking is an approach that allows network administrators to programmatically control and manage network behavior dynamically through open interfaces. It provides an abstraction of lower-level network functionality. While OpenFlow was commonly used, many companies have adopted different techniques. The document also lists several free software tools that can be used to monitor and analyze networks, including GFI LanGuard, Microsoft Network Monitor, Nagios, and OpenNMS.
LoRaWAN is great, but it requires so much hardware. As I live on a plane I want something better. Presentation about simulating LoRaWAN devices. Here's a video of the simulator: https://www.youtube.com/watch?v=C1S8knMlX7w
Migrating applications to the cloud or another data center– without creating security holes or causing application outages– is far easier said than done.
For starters, mapping existing application flows across complex enterprise environments pre-migration – which is critical in order to re-establish the correct traffic flows post-migration – is extremely difficult. A single mistake can cause outages, compliance violations and create holes in your security perimeter. Moreover, cloud security architecture is fundamentally different from physical networks, making it extremely difficult to translate application connectivity flows to the cloud security controls, and then manage network security policies cohesively across the entire hybrid enterprise environment. All in all, migrating applications is a complex, tedious and error-prone process that takes months and often compromises security, compliance and business agility.
Presented by Edy Almer, AlgoSec’s VP of Product, this new webinar will explain how to simplify and accelerate large-scale complex application migration projects, while ensuring security and avoiding business application outages.
The webinar will cover best practices on how to:
- Automatically discover existing application connectivity flows
- Analyze, simulate and compute the necessary changes – even between different network security technologies such as traditional firewalls and cloud Security Groups
- Execute the necessary firewall rule changes, and mass-migrate relevant connectivity flows
- Deliver unified security policy management across the hybrid enterprise cloud environment
The document provides an overview of the Internet of Things (IoT). It defines IoT as connecting everyday devices to the internet to collect and exchange data. It discusses how IoT works using devices, gateways, cloud platforms and applications. It also describes common IoT domains like smart home, healthcare and transportation. Finally, it discusses IoT devices, boards, platforms and tools as well as example IoT projects.
HeliX is a product that modernizes corporate networks into an autonomous system through a proprietary protocol. It creates a single channel between all network points, eliminating hacker attacks and providing enhanced security. HeliX connects offices, users, and the cloud to ensure secure access to data from anywhere through a centralized management system. It aims to address challenges with traditional networks like gaps in security, mixed quality of service, and high costs of operation.
HiveMQ is a company founded in 2012 based outside of Munich that provides an enterprise MQTT platform to connect IoT devices and exchange data reliably and securely. It has over 130 customers using its solution for applications like smart factories, connected cars, home security, traffic control systems, and virtual battery networks. HiveMQ's platform offers lightweight and efficient connectivity, bidirectional communications, reliability at scale, and security. Case studies describe how HiveMQ has helped customers in industries like automotive, manufacturing, energy, and more.
El documento describe los riesgos para la salud de los trabajadores en la industria mostrados en la película. En el pasado, los trabajadores estaban expuestos a riesgos mecánicos y eléctricos sin equipo de protección, priorizando la producción sobre la salud. La película muestra la importancia de prevenir accidentes y proteger la salud, un factor clave para el éxito de la empresa. También presenta conceptos como medicina preventiva, higiene industrial y seguridad industrial para promover la salud de los empleados.
Las pruebas psicométricas miden muestras del comportamiento y aptitudes de las personas para compararlos con estándares. Se usan para la selección de personal, midiendo la inteligencia, aptitudes, personalidad y compatibilidad con los puestos. Proporcionan una evaluación objetiva que permite detectar puntos fuertes y débiles, y son útiles para la toma de decisiones en selección, diagnóstico e investigación.
Este documento presenta una lista de artículos de ropa para niños de la colección primavera, incluyendo vestidos, zapatos, conjuntos y otros artículos para bebés y niños pequeños de 2 a 4 años de edad y de 1 a 12 meses. Se proporcionan los nombres de los artículos, tallas disponibles y precios de contado.
Este documento presenta una serie de fotografías aéreas de diferentes lugares alrededor del mundo, incluyendo el Monte Everest en el Himalaya, un glaciar en Kirghizotan, el volcán Mutnovsky en Rusia, la ciudad de Jomson en Nepal, un santuario budista en Katmandú en Nepal, un glaciar en Canadá, y icebergs en la Antártica. El documento concluye invitando al lector a compartir las imágenes y a suscribirse a un servicio de powerpoints gratuitos.
Eroski: Compartiendo valores con el software libreLibreCon
Este documento resume los principales proyectos y aplicaciones desarrolladas por Eroski utilizando software libre. Entre ellos se encuentran el portal web de Eroski, una herramienta de eficiencia energética, auditorías internas automatizadas, gestión documental y tiendas online. El documento también describe el club Eroski y las tendencias futuras hacia sistemas en la nube independientes del tipo de software.
El documento describe diferentes aspectos de la actividad física y la aptitud física necesarios para llevar una vida saludable, incluyendo la actividad cardiovascular, resistencia muscular, flexibilidad y composición corporal. Explica que la aptitud física se desarrolla a través del ejercicio sistemático y cómo el cuerpo se adapta a la actividad física a través de mecanismos como el umbral del ejercicio y el síndrome general de adaptación. También analiza la resistencia cardiovascular y cardiorespiratoria.
Blog interactivo para el fortalecimiento de los procesosmariaorfe1031
Este documento discute si las TIC pueden fomentar el estudio y el desarrollo de competencias básicas como la lecto-escritura en estudiantes. Propone crear un blog para que estudiantes de primer grado utilicen herramientas informáticas para despertar su interés en la lecto-escritura de una manera lúdica. También describe algunos contenidos digitales como juegos, aplicaciones y videos que se usarán en actividades mediadas por TIC para que los estudiantes aprendan el abecedario de forma autónoma.
El documento describe un proyecto llamado "CONCENTRATE" que tiene como objetivo apoyar campañas importantes en la sociedad relacionadas con enfermedades como el SIDA y el cáncer de mama, así como problemas sociales como el aborto, la violencia contra los niños y la mujer, y el suicidio. El proyecto busca concientizar a niños, jóvenes y adolescentes sobre estos temas a través de información clara y directa con la ayuda de profesionales y fundaciones relacionadas.
El documento describe los riesgos físicos y químicos en la higiene industrial y la importancia de prevenir la exposición de los trabajadores a dichos riesgos. Regula la exposición a agentes químicos y establece valores límite ambientales. La higiene industrial reconoce, evalúa y controla factores ambientales que pueden causar enfermedades o deterioro de la salud. Se debe tener en cuenta riesgos mecánicos, eléctricos, químicos, climáticos y contaminantes al diseñar puestos de
Este documento descreve o que é uma horta suspensa, quais plantas podem ser cultivadas e os materiais necessários. Uma horta suspensa permite cultivar diversos vegetais e ervas em vasos pequenos pendurados na parede, economizando espaço. Alimentos como alface, couve e legumes podem ser plantados, usando garrafas, cordas e terra vegetal.
La bulimia nerviosa es un trastorno psicológico y alimentario caracterizado por atracones de comida seguidos de conductas compensatorias como el vómito o uso de laxantes para evitar ganar peso. Los factores que contribuyen incluyen factores biológicos como desequilibrios químicos en el cerebro, factores psicológicos como baja autoestima y trastornos emocionales, y factores sociales como la presión por mantener una figura delgada.
This document provides location details for filming in Doncaster Town Centre. The purpose of filming is to show the deserted town. Doncaster Council should be contacted for permissions. The best times for filming are early morning or Sunday evening when shops are closed. The location offers empty streets, shops, car parks, and toilets. Safety issues could include wires and cables as well as traffic noise.
In this deck, Greg Wahl from Advantech presents: Transforming Private 5G Networks.
Advantech Networks & Communications Group is driving innovation in next-generation network solutions with their High Performance Servers. We provide business critical hardware to the world's leading telecom and networking equipment manufacturers with both standard and customized products. Our High Performance Servers are highly configurable platforms designed to balance the best in x86 server-class processing performance with maximum I/O and offload density. The systems are cost effective, highly available and optimized to meet next generation networking and media processing needs.
“Advantech’s Networks and Communication Group has been both an innovator and trusted enabling partner in the telecommunications and network security markets for over a decade, designing and manufacturing products for OEMs that accelerate their network platform evolution and time to market.” Said Advantech Vice President of Networks & Communications Group, Ween Niu. “In the new IP Infrastructure era, we will be expanding our expertise in Software Defined Networking (SDN) and Network Function Virtualization (NFV), two of the essential conduits to 5G infrastructure agility making networks easier to install, secure, automate and manage in a cloud-based infrastructure.”
In addition to innovation in air interface technologies and architecture extensions, 5G will also need a new generation of network computing platforms to run the emerging software defined infrastructure, one that provides greater topology flexibility, essential to deliver on the promises of high availability, high coverage, low latency and high bandwidth connections. This will open up new parallel industry opportunities through dedicated 5G network slices reserved for specific industries dedicated to video traffic, augmented reality, IoT, connected cars etc. 5G unlocks many new doors and one of the keys to its enablement lies in the elasticity and flexibility of the underlying infrastructure.
Advantech’s corporate vision is to enable an intelligent planet. The company is a global leader in the fields of IoT intelligent systems and embedded platforms. To embrace the trends of IoT, big data, and artificial intelligence, Advantech promotes IoT hardware and software solutions with the Edge Intelligence WISE-PaaS core to assist business partners and clients in connecting their industrial chains. Advantech is also working with business partners to co-create business ecosystems that accelerate the goal of industrial intelligence."
Watch the video: https://wp.me/p3RLHQ-lPQ
* Company website: https://www.advantech.com/
* Solution page: https://www2.advantech.com/nc/newsletter/NCG/SKY/benefits.html
Sign up for our insideHPC Newsletter: http://insidehpc.com/newsletter
5G will provide significantly higher speeds, greater network capacity, and lower latency compared to previous generations of wireless networks. It will enable billions of connected devices and support applications requiring low latency like autonomous driving. Intel is developing the end-to-end silicon, software and infrastructure needed to power 5G networks, including 5G modems, RF chips, virtualized network solutions, and edge computing platforms. 5G will transform industries by enabling new applications in areas like smart cities, healthcare, manufacturing and more through ultra-reliable connectivity for the Internet of Things.
Driving Innovation: A Path to Digitization, Speed and Visibility in an Applic...Cisco Canada
The document discusses Cisco's vision for digitization, speed, and visibility in an application-centric world. It summarizes how applications are changing with big data, distributed apps, mobile, and cloud computing. It then outlines Cisco's hybrid cloud architecture and software-defined infrastructure solutions like ACI and UCS to provide policy-driven automation, security, and visibility across physical, virtual, and multi-cloud environments. The solutions aim to enhance IT agility while reducing costs and complexity.
This document provides an overview of Right! Systems, Inc. (RSI), a leading technology solutions provider in the Pacific Northwest focused on delivering data, voice, and video solutions. It summarizes RSI's areas of expertise and some of the solutions it offers, including Citrix XenDesktop, XenMobile, NetScaler, Storefront, ShareFile, AppDNA, Nvidia GRID, and Nutanix. The document outlines new features and capabilities in the latest versions of these solutions and provides guidance on monitoring, licensing, and other implementation details.
The document discusses the Internet of Things (IoT), which refers to connecting everyday objects to the internet. It explains that IoT enables communication between people and objects as well as between objects themselves. The document outlines how more devices are being connected through wireless sensor networks and IP-based services. It also discusses challenges and solutions for connecting constrained devices in IoT environments. Finally, it provides examples of building a Web of Things using technologies like CoAP, HTTP, and lightweight M2M.
The document is a specification sheet for the Motorola AP 8222 access point. It has a sleek design with internal antennas that allows it to be discretely installed in various environments. It provides dual-band 802.11ac and 802.11n wireless connectivity at speeds up to 1.3Gbps. It has advanced features such as beamforming, security, and quality of service to ensure robust and reliable connections for demanding applications. The AP 8222 is part of Motorola's WiNG 5 product line and can be easily managed through their controllers to seamlessly scale the wireless network.
Factors You Should Consider if Building an IIoT SolutionLaird Connectivity
Connected solutions can generate useful insights, but in between your things, the internet, and the insights are vast combinations of specialized technologies and complexities that you must navigate in order to deliver an effective, profitable, scalable system.
In this webinar, technical experts from Laird Connectivity will examine the top five factors you need to consider when implementing an enterprise-grade, revenue-generating IoT solution.
Learn about:
-Top IoT Challenges
-Architecting Your IoT Solution
-Choosing a Connectivity Option
-Selecting a Cloud Solution
-What Your Competitors are Doing – Live Demo
-Example Applications
Building a smart, connected product is complex, but it doesn’t have to be complicated. In the second part of our IOT technical webinar series, veteran Room 5 solution architects discuss what they’ve learned in the IOT, mobile and embedded industry while working with customers such as Amazon, Goji Smart Locks, Sony Ericsson, Qualcomm and DARPA.
Veteran Room 5 solution architects, Rocky Sheriff, Rickard Eneqvist and Warren Fox, along with CTO Erik Ljung help you understand the complexities, challenges and solutions created in designing and implementing smart, connected products, as well as the importance of co-creation between the hardware and software teams.
Our approach to security and management addresses real-world challenges that enterprises are faced with when it comes to mobility solutions. Most enterprises are offering a BYOD or COPE program today. And Android devices are heavily in demand by business users – in fact IDC estimates that this year, Android will sell more phones in business segment than Apple will sell in total.
And yet, there is a clear division of what is important to business users and IT when it comes to mobility.
IT wants devices that:
Provide strong security and control
Integrate easily with existing infrastructure
Keep deployment, maintenance and upgrade costs low
Users, on the other hand, want devices that:
- Make me productive
- Protect my privacy
- Give me a wide choice of features
In many cases, these requirements are working against each other. That is what makes KNOX so valuable in enterprise scenarios. Using KNOX, you get the best of both worlds – the security and control IT is looking for and the sleek design, productivity, and cutting edge features that users want in Galaxy smartphones and tablets.
Samsung knox the most secure android solutionJavier Gonzalez
1) Samsung's KNOX platform provides defense-grade mobile security for Android devices, including features like real-time protection, an isolated workspace container, and management solutions.
2) KNOX 2.6 includes new features for increased productivity, improved support for Android for Work, an expanded partner ecosystem, and advanced security capabilities.
3) KNOX works across many Samsung devices and integrates with leading MDM vendors to enable secure deployment and management in enterprises.
Low Power Wireless Sensor Network Technologies and Standards for the Internet...Duncan Purves
Presentation on Low Power Wireless Sensor Network Technologies and Standards for the Internet of Things given at Institute of Physics, Sensors & their Applications XVIII Conference, 12 September 2016
The "Internet of Things" (IoT) has been around a long time and is becoming an increasingly growing topic. It has already impacted on our everyday lives at the workplace and at home.
Come and dive in for a night of exploration as we speak about some amazing products, IoT trends, current landscape and what the future will hold
There will be short IoT presentations as well as a panel of IoT panel speakers for you to engage and ask questions.
This document provides an overview of Sigfox and its Internet of Things (IoT) network capabilities. Key points include:
- Sigfox operates a global IoT network in 32 countries using ultra-narrowband radio technology.
- It offers low-cost, low-power connectivity suitable for battery-powered devices with small data payloads. Devices can send small amounts of data up to 12 bytes every few hours for years on a single battery charge.
- The network supports a variety of use cases including asset tracking, home alarms, predictive maintenance, assisted living, agriculture, and more. Hardware modules and development kits are available from partners to help developers build Sigfox-connected solutions.
Silicon Labs is celebrating its 20th anniversary this year. Over the last two decades we’ve shipped more than 7 billion connected devices for products that are changing lives and transforming industries. We recognize the IoT as more than things; it’s about a world of connections.
Silicon Labs website: http://bit.ly/292MQAV
App to Cloud: Patrick Kerpan's DataCenter Dynamics Converged KeynoteCohesive Networks
App to Cloud: Patrick Kerpan's DataCenter Dynamics Converged Keynote
About the talk:
Customers don’t care where their cloud networks and infrastructure are, they just want apps to work. This session explains how overlay networks can help to do more networking at the IaaS level and how developers can build on top of overlay networking to extend traditional networks to the cloud.
Actility and Factory Systemes explain how IoT is transforming industry.Actility
Our latest webinar is about Industrial IoT and how to transform your business with LoRaWAN. You will learn how IoT is revolutionizing manufacturing; discover why “un-wiring” is a key trend in industry 4.0; understand why LoRaWAN is the industrial IoT network of choice; hear Factory Systemes explain real-world use cases and deployments; and take a guided tour of ThingPark Enterprise, Actility’s platform for industrial IoT networks.
Palo Alto Networks y la tecnología de Next Generation FirewallMundo Contact
Palo Alto Networks is a network security company founded in 2005 that provides next-generation firewalls and cloud-based malware analysis. It has over 1,000 employees globally and 11,000 enterprise customers. Palo Alto Networks firewalls can identify applications, users, and threats within network traffic through its single-pass parallel processing architecture. This allows fine-grained security policies to be applied based on applications rather than just ports. The company also operates a cloud-based malware analysis service called WildFire that automatically analyzes suspicious files and shares threat intelligence with customer firewalls.
Palo Alto Networks produces next-generation firewalls that can identify applications inside encrypted traffic and allow fine-grained security policies based on applications rather than just ports. The document discusses Palo Alto Networks' products including their firewall appliances of various sizes, their management platform Panorama, their cloud-based malware analysis service WildFire, and their VPN client GlobalProtect. It presents the advantages of the company's approach over traditional firewalls that cannot inspect encrypted traffic or apply policies based on application identification.
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