The document discusses wireless security best practices for PCI compliance. It covers the evolution of the PCI DSS standard and wireless threats over time. The key recommendations are to securely segment wireless networks from cardholder data environments using firewalls, use strong encryption like WPA2-AES for wireless traffic, and authenticate both devices and users on the network. Aruba's integrated wireless intrusion prevention system and policy-based enforcement approach is presented as an effective solution.
This document discusses the importance of physically securing wireless network infrastructure components. It notes that several industries and standards, such as those for federal government, retail, and healthcare, mandate physical security of wireless networks. Securing wireless access points, antennas, and cables is important to protect investments in the wireless network and prevent theft, tampering, accidental disruption, or disconnects. The document recommends using locking solutions to securely mount access points, antennas, and cabling in various environments like suspended ceilings, walls, warehouses, and outdoors to meet physical security needs.
This document discusses a layered approach to securing wireless communications. It covers 6 layers:
Layer 0 discusses why security matters and risks like rogue access points and data loss. Layer 1 covers securing the physical and wireless environment. Layer 2 focuses on protecting data by securing the 802.11 protocol, authenticating devices and users, and encrypting traffic. Layer 3 is about securing the network layer through segmentation, application control, and role-based access policies. Layer 4 involves securely managing the network through monitoring, configuration control, and user access management. Finally, Layer 5 discusses auditing activities, configurations, and keeping records to ensure compliance.
This document provides an overview of wireless network design challenges for retail stores, warehouses, manufacturing facilities, and outdoor areas. It discusses key considerations for planning a wireless deployment such as inventorying devices, quantifying coverage needs, modeling access point placement, and performing site surveys. The document also covers RF fundamentals including characterizing materials' absorption properties, managing access point interference, and the difference between coverage and reliable coverage. Troubleshooting techniques and a question and answer section are also included on the agenda.
The document discusses deploying bring your own device (BYOD) programs through onboarding, provisioning, policy, and reporting. It outlines the challenges of BYOD including maintaining visibility and control over untrusted devices. The key components for a BYOD solution are described as device profiling, enrollment workflows, context-aware policies, policy enforcement at the network access layer, and lifecycle management. Specific capabilities are highlighted, such as automatic device detection and credential provisioning through a captive portal, as well as centralized policy definition and distributed enforcement across network infrastructure.
The document discusses the Aruba SE Enablement Lab, which provides partner engineers access to demo Aruba technologies. It details the history and evolution of previous partner labs, and describes the current lab's infrastructure and capabilities. These include technologies like ClearPass, controllers, access points, AirWave, and AOS. The document also provides guidance on deploying your own lab, including recommended hardware and software, financial resources for partners, and how to get support.
This document discusses myths and realities about wireless network security. It begins by addressing common misconceptions, such as that wireless networks cannot be secured, wired networks are more secure, and that simple techniques like disabling the SSID broadcast provide adequate security. It then explains why these views are myths and why proper security requires centralization, authentication, encryption, authorization, and other best practices. The document advocates an approach following principles of defense in depth and least privilege to provide robust security for wireless networks.
This document summarizes a presentation given by Keith Mataranglo of Aruba Networks on optimizing wireless LANs for mobile devices. It discusses six principles of optimization: device configuration, airtime optimization, roaming optimization, IP mobility configuration, IP multicast optimization, and interference resistance. For each principle, it provides examples of techniques like load balancing, fast roaming, and multicast rate optimization that can be used to improve performance for mobile devices on the wireless network. It also covers topics like device profiling, role-based access policies, and when to use mobile device access control versus mobile device management.
The document discusses Aruba's Policy Enforcement Firewall (PEF) which allows for centralized policy enforcement across wireless networks. PEF identifies users upon network access and assigns them roles which determine their access privileges and policies for security, QoS, and performance. It enforces these policies as users roam across the network to balance user mobility with network security. PEF integrates with other systems like NAC to provide continuous threat mitigation for both managed and unmanaged devices on the network.
This document discusses the importance of physically securing wireless network infrastructure components. It notes that several industries and standards, such as those for federal government, retail, and healthcare, mandate physical security of wireless networks. Securing wireless access points, antennas, and cables is important to protect investments in the wireless network and prevent theft, tampering, accidental disruption, or disconnects. The document recommends using locking solutions to securely mount access points, antennas, and cabling in various environments like suspended ceilings, walls, warehouses, and outdoors to meet physical security needs.
This document discusses a layered approach to securing wireless communications. It covers 6 layers:
Layer 0 discusses why security matters and risks like rogue access points and data loss. Layer 1 covers securing the physical and wireless environment. Layer 2 focuses on protecting data by securing the 802.11 protocol, authenticating devices and users, and encrypting traffic. Layer 3 is about securing the network layer through segmentation, application control, and role-based access policies. Layer 4 involves securely managing the network through monitoring, configuration control, and user access management. Finally, Layer 5 discusses auditing activities, configurations, and keeping records to ensure compliance.
This document provides an overview of wireless network design challenges for retail stores, warehouses, manufacturing facilities, and outdoor areas. It discusses key considerations for planning a wireless deployment such as inventorying devices, quantifying coverage needs, modeling access point placement, and performing site surveys. The document also covers RF fundamentals including characterizing materials' absorption properties, managing access point interference, and the difference between coverage and reliable coverage. Troubleshooting techniques and a question and answer section are also included on the agenda.
The document discusses deploying bring your own device (BYOD) programs through onboarding, provisioning, policy, and reporting. It outlines the challenges of BYOD including maintaining visibility and control over untrusted devices. The key components for a BYOD solution are described as device profiling, enrollment workflows, context-aware policies, policy enforcement at the network access layer, and lifecycle management. Specific capabilities are highlighted, such as automatic device detection and credential provisioning through a captive portal, as well as centralized policy definition and distributed enforcement across network infrastructure.
The document discusses the Aruba SE Enablement Lab, which provides partner engineers access to demo Aruba technologies. It details the history and evolution of previous partner labs, and describes the current lab's infrastructure and capabilities. These include technologies like ClearPass, controllers, access points, AirWave, and AOS. The document also provides guidance on deploying your own lab, including recommended hardware and software, financial resources for partners, and how to get support.
This document discusses myths and realities about wireless network security. It begins by addressing common misconceptions, such as that wireless networks cannot be secured, wired networks are more secure, and that simple techniques like disabling the SSID broadcast provide adequate security. It then explains why these views are myths and why proper security requires centralization, authentication, encryption, authorization, and other best practices. The document advocates an approach following principles of defense in depth and least privilege to provide robust security for wireless networks.
This document summarizes a presentation given by Keith Mataranglo of Aruba Networks on optimizing wireless LANs for mobile devices. It discusses six principles of optimization: device configuration, airtime optimization, roaming optimization, IP mobility configuration, IP multicast optimization, and interference resistance. For each principle, it provides examples of techniques like load balancing, fast roaming, and multicast rate optimization that can be used to improve performance for mobile devices on the wireless network. It also covers topics like device profiling, role-based access policies, and when to use mobile device access control versus mobile device management.
The document discusses Aruba's Policy Enforcement Firewall (PEF) which allows for centralized policy enforcement across wireless networks. PEF identifies users upon network access and assigns them roles which determine their access privileges and policies for security, QoS, and performance. It enforces these policies as users roam across the network to balance user mobility with network security. PEF integrates with other systems like NAC to provide continuous threat mitigation for both managed and unmanaged devices on the network.
The document discusses implementing personalized network security using Aruba Networks products. It describes how traditional network security models are no longer effective due to factors like mobility and BYOD. Personalized, context-aware security which identifies users, devices, applications and locations is presented as a better approach. The Aruba security architecture is described, which uses ClearPass for policy management and enforcement across wireless, wired and VPN connections. Methods for strong authentication, device profiling, role-based access controls and guest access are covered to implement personalized security network-wide.
This document discusses Aruba's Mobility Switch Security Architecture and products. It provides an overview of the Aruba S3500 and S2500 Mobility Access Switches, including their capabilities and features. Key points include their support for role-based user access policies through integration with ClearPass Policy Manager, as well as their ability to tunnel traffic to an Aruba Mobility Controller for centralized policy enforcement. The document also covers how user roles can be implemented through traditional AAA services or user derivation rules based on attributes like MAC address OUIs or DHCP fingerprints.
The document discusses deploying voice over wireless LAN (VoWLAN) technology. It describes best practices for VoWLAN design including conducting a site survey, selecting channels, adjusting power settings and implementing quality of service measures. It also outlines Spectralink and Aruba Networks' Voice over Wireless LAN certification program which tests interoperability between their products. New Spectralink handset models with additional safety features are highlighted.
The document provides directives and instructions for securing wireless infrastructure in Department of Defense (DoD) and federal facilities. It discusses various DoD directives, instructions, and standards that require validated encryption, physical security of access points, and compliance with the Wireless Security Technical Implementation Guide. The directives specify using FIPS 140-2 validated encryption at a minimum of Level 2 to protect wireless networks and devices. Physical security of access points is required, such as locking enclosures, tamper evidence seals, or pick-resistant locks to restrict unauthorized access.
This document discusses solutions for enabling commercial devices on classified networks using Suite B cryptography. It describes implementing two independent encryption layers - one at the network layer with IPsec and one at the application layer with TLS. It also outlines Aruba's offerings for securing wireless access on classified networks, including Remote Access Points that use credentials stored on secure USB keys and provide two factors of authentication with a wired Ethernet connection and Suite B encryption at both the network and application layers.
The document provides tips for troubleshooting issues with Aruba networking products before opening a support ticket. It recommends checking online resources and enabling PhoneHome on controllers to automatically send logs and reports to Aruba support. It also advises simplifying configurations if possible and being ready to provide detailed logs, software versions and other relevant information to help support representatives diagnose issues more quickly.
The document discusses best practices for securing wireless networks. It recommends using a centralized wireless architecture with a mobility controller for better visibility and control. It emphasizes the importance of detecting and containing rogue access points, controlling uncontrolled wireless devices, using WPA2 encryption with 802.1x authentication, and implementing network access control with identity-based policies and health assessments to authorize devices and enforce security.
The document discusses Aruba's converged wired and wireless network solutions. It describes how Aruba provides unified access and role-based policies across wireless, wired, and VPN connections. This is achieved through Aruba's mobility switches, controllers, and ClearPass policy management platform, which allow for centralized configuration and enforcement of security and access policies. The document also outlines how Aruba's solutions provide visibility and compliance through its AirWave network management system.
This document summarizes an Aruba Networks presentation on outdoor wireless networking. It discusses using Aruba's outdoor APs and mesh routers to implement layer 2 bridging and layer 3 routing networks for campus extensions, municipal networks, and industrial applications. Specific case studies are presented on using outdoor bridging to provide wireless access for portable classrooms and courtyards on a school campus. Best practices are covered for capacity planning, installation, and ensuring high availability in outdoor wireless networks.
This document provides instructions for integrating Aruba wireless controllers with ClearPass Policy Manager version 6.0.1. The 10 step process includes configuring the Aruba controller for RADIUS authentication, adding ClearPass as a RADIUS server, creating authentication profiles on the controller for an 802.1x SSID and guest SSID, and configuring guest access settings in ClearPass. Advanced features like controller management login authentication with ClearPass are also described.
This document discusses Aruba's ClearPass guest access solution. It provides automated guest onboarding with sponsor approval, guest self-registration without IT involvement, and enterprise-grade security. ClearPass allows non-IT staff to manage guest access through an intuitive interface and offers compliance reporting, third-party integrations, and advertising capabilities.
The document discusses challenges and strategies for deploying bring your own device (BYOD) programs. It recommends defining an access policy, using a device-aware network to profile devices and enforce an enrollment workflow, creating granular policies that are enforced at the network layer, allowing for a user-managed onboarding process, and having a method to revoke device access. The document provides examples of how different device types from executives and employees could be onboarded and have their access policies enforced.
This document discusses fundamentals of mobile device networking. It covers characteristics of mobile devices including portability and applications used. Infrastructure must support roaming, quality of service, and security. The document outlines six design pillars for supporting mobile devices on a wireless LAN: device configuration, airtime optimization, roaming optimization, IP mobility configuration, reducing IP multicast traffic, and interference resistance. Each pillar is described in 1-2 sentences.
The document discusses a product overview presentation by Dima Kumets of OpenDNS about their Umbrella security service. Umbrella provides cloud-based web filtering, malware protection, and security for devices both on and off a company's network. It addresses challenges organizations face with increasing bandwidth usage, BYOD policies, and roaming laptops. Umbrella integrates with other security solutions and has a global network of data centers to provide protection without performance impacts. The presentation highlights Umbrella's dashboard for configuring policy, identities, categories, and viewing reports. Customer case studies show how Umbrella has helped organizations like schools improve security scalability.
The document discusses Aruba Instant for providing remote networking capabilities. It outlines key applications and verticals that would benefit, requirements and challenges, and how Aruba Instant addresses them. Aruba Instant allows for remote networks to be set up with few on-site components, no special expertise required, full functionality, resiliency, and centralized management. It provides zero-touch provisioning, automatic whitelisting, scalability, site survivability, and centralized configuration and management while retaining local control and data planes for performance and resilience.
The document discusses ClearPass access management and network access control capabilities. It describes how ClearPass profiles connecting devices, prevents MAC spoofing, provides simple guest access and seamless BYOD, enables posture compliance checks, and can be used with TACACS for network auditing and access control. ClearPass uses services, roles, and policies to control network access based on attributes of the device and user. The document provides examples of configuring basic wired and guest access services in ClearPass.
The document discusses security fundamentals for wireless networks. It outlines why security matters given the availability of cheap wireless equipment and the difficulty of enforcing no wireless policies. It summarizes common wireless vulnerabilities like failing to encrypt traffic, using outdated protocols like WEP, and not properly authenticating and authorizing users. The document provides recommendations for securing wireless networks through practices like enabling WPA2 encryption, using 802.1X authentication, implementing network access control, and monitoring for rogue devices.
This document discusses software defined networking (SDN) and traffic engineering. It begins with an introduction to SDN, describing how it decouples network control and topology. It then covers the evolution of SDN and traffic engineering, discussing different categories of SDN and challenges in home versus enterprise networks. Several use cases are presented showing how SDN enables personalized networks through dynamic topologies. The document concludes by discussing opportunities for SDN to simplify network designs.
This document discusses optimizing Vocera deployments on Aruba wireless networks. It covers common mission critical applications used in hospitals that require wireless connectivity like electronic patient records and telemetry. Elements that impact Vocera deployments are discussed like badge types, encryption standards, roaming settings and AP hardware. Common challenges with Vocera like voice quality, push-to-talk functionality and network searches are also outlined. The presentation provides guidance on optimizing a Vocera network through techniques like RF management, client roaming optimization, and QoS configuration. Application guides for matching Aruba profiles to Vocera badges and optimizing roaming are referenced.
ClearPass is a solution for managing Bring Your Own Device (BYOD) networks. It combines network access control, mobile device management, and mobile application management into a single system. This allows organizations to onboard personal devices, detect and profile devices on the network, set policies based on device attributes from MDM integrations, and control access to applications. The presentation discusses how ClearPass streamlines BYOD deployment by automating device provisioning and policy enforcement across networks, devices, and apps.
The document is a presentation on network design fundamentals by Andy Logan from Aruba Networks. It discusses the wireless LAN lifecycle including requirements definition, site surveys, network design, RF design, security design, quality of service design, staging and provisioning, installation and validation, administration, monitoring, and troubleshooting. It provides information on validated reference designs, defining mobility requirements, conducting site surveys, mounting access points, network and controller deployment, remote access solutions, and operating the network including monitoring, troubleshooting, and the full wireless LAN lifecycle.
1. This document provides instructions for configuring MAC address authentication using a RADIUS server on an Aruba wireless controller and Amigopod RADIUS server.
2. It describes configuring a firewall policy, user role, RADIUS server, server group, MAC address profile, AAA configuration, SSID, virtual AP, and AP group profile on the controller.
3. It also includes instructions for testing the authentication by adding a MAC address to the RADIUS server and monitoring logs to verify authentication success.
The document discusses implementing personalized network security using Aruba Networks products. It describes how traditional network security models are no longer effective due to factors like mobility and BYOD. Personalized, context-aware security which identifies users, devices, applications and locations is presented as a better approach. The Aruba security architecture is described, which uses ClearPass for policy management and enforcement across wireless, wired and VPN connections. Methods for strong authentication, device profiling, role-based access controls and guest access are covered to implement personalized security network-wide.
This document discusses Aruba's Mobility Switch Security Architecture and products. It provides an overview of the Aruba S3500 and S2500 Mobility Access Switches, including their capabilities and features. Key points include their support for role-based user access policies through integration with ClearPass Policy Manager, as well as their ability to tunnel traffic to an Aruba Mobility Controller for centralized policy enforcement. The document also covers how user roles can be implemented through traditional AAA services or user derivation rules based on attributes like MAC address OUIs or DHCP fingerprints.
The document discusses deploying voice over wireless LAN (VoWLAN) technology. It describes best practices for VoWLAN design including conducting a site survey, selecting channels, adjusting power settings and implementing quality of service measures. It also outlines Spectralink and Aruba Networks' Voice over Wireless LAN certification program which tests interoperability between their products. New Spectralink handset models with additional safety features are highlighted.
The document provides directives and instructions for securing wireless infrastructure in Department of Defense (DoD) and federal facilities. It discusses various DoD directives, instructions, and standards that require validated encryption, physical security of access points, and compliance with the Wireless Security Technical Implementation Guide. The directives specify using FIPS 140-2 validated encryption at a minimum of Level 2 to protect wireless networks and devices. Physical security of access points is required, such as locking enclosures, tamper evidence seals, or pick-resistant locks to restrict unauthorized access.
This document discusses solutions for enabling commercial devices on classified networks using Suite B cryptography. It describes implementing two independent encryption layers - one at the network layer with IPsec and one at the application layer with TLS. It also outlines Aruba's offerings for securing wireless access on classified networks, including Remote Access Points that use credentials stored on secure USB keys and provide two factors of authentication with a wired Ethernet connection and Suite B encryption at both the network and application layers.
The document provides tips for troubleshooting issues with Aruba networking products before opening a support ticket. It recommends checking online resources and enabling PhoneHome on controllers to automatically send logs and reports to Aruba support. It also advises simplifying configurations if possible and being ready to provide detailed logs, software versions and other relevant information to help support representatives diagnose issues more quickly.
The document discusses best practices for securing wireless networks. It recommends using a centralized wireless architecture with a mobility controller for better visibility and control. It emphasizes the importance of detecting and containing rogue access points, controlling uncontrolled wireless devices, using WPA2 encryption with 802.1x authentication, and implementing network access control with identity-based policies and health assessments to authorize devices and enforce security.
The document discusses Aruba's converged wired and wireless network solutions. It describes how Aruba provides unified access and role-based policies across wireless, wired, and VPN connections. This is achieved through Aruba's mobility switches, controllers, and ClearPass policy management platform, which allow for centralized configuration and enforcement of security and access policies. The document also outlines how Aruba's solutions provide visibility and compliance through its AirWave network management system.
This document summarizes an Aruba Networks presentation on outdoor wireless networking. It discusses using Aruba's outdoor APs and mesh routers to implement layer 2 bridging and layer 3 routing networks for campus extensions, municipal networks, and industrial applications. Specific case studies are presented on using outdoor bridging to provide wireless access for portable classrooms and courtyards on a school campus. Best practices are covered for capacity planning, installation, and ensuring high availability in outdoor wireless networks.
This document provides instructions for integrating Aruba wireless controllers with ClearPass Policy Manager version 6.0.1. The 10 step process includes configuring the Aruba controller for RADIUS authentication, adding ClearPass as a RADIUS server, creating authentication profiles on the controller for an 802.1x SSID and guest SSID, and configuring guest access settings in ClearPass. Advanced features like controller management login authentication with ClearPass are also described.
This document discusses Aruba's ClearPass guest access solution. It provides automated guest onboarding with sponsor approval, guest self-registration without IT involvement, and enterprise-grade security. ClearPass allows non-IT staff to manage guest access through an intuitive interface and offers compliance reporting, third-party integrations, and advertising capabilities.
The document discusses challenges and strategies for deploying bring your own device (BYOD) programs. It recommends defining an access policy, using a device-aware network to profile devices and enforce an enrollment workflow, creating granular policies that are enforced at the network layer, allowing for a user-managed onboarding process, and having a method to revoke device access. The document provides examples of how different device types from executives and employees could be onboarded and have their access policies enforced.
This document discusses fundamentals of mobile device networking. It covers characteristics of mobile devices including portability and applications used. Infrastructure must support roaming, quality of service, and security. The document outlines six design pillars for supporting mobile devices on a wireless LAN: device configuration, airtime optimization, roaming optimization, IP mobility configuration, reducing IP multicast traffic, and interference resistance. Each pillar is described in 1-2 sentences.
The document discusses a product overview presentation by Dima Kumets of OpenDNS about their Umbrella security service. Umbrella provides cloud-based web filtering, malware protection, and security for devices both on and off a company's network. It addresses challenges organizations face with increasing bandwidth usage, BYOD policies, and roaming laptops. Umbrella integrates with other security solutions and has a global network of data centers to provide protection without performance impacts. The presentation highlights Umbrella's dashboard for configuring policy, identities, categories, and viewing reports. Customer case studies show how Umbrella has helped organizations like schools improve security scalability.
The document discusses Aruba Instant for providing remote networking capabilities. It outlines key applications and verticals that would benefit, requirements and challenges, and how Aruba Instant addresses them. Aruba Instant allows for remote networks to be set up with few on-site components, no special expertise required, full functionality, resiliency, and centralized management. It provides zero-touch provisioning, automatic whitelisting, scalability, site survivability, and centralized configuration and management while retaining local control and data planes for performance and resilience.
The document discusses ClearPass access management and network access control capabilities. It describes how ClearPass profiles connecting devices, prevents MAC spoofing, provides simple guest access and seamless BYOD, enables posture compliance checks, and can be used with TACACS for network auditing and access control. ClearPass uses services, roles, and policies to control network access based on attributes of the device and user. The document provides examples of configuring basic wired and guest access services in ClearPass.
The document discusses security fundamentals for wireless networks. It outlines why security matters given the availability of cheap wireless equipment and the difficulty of enforcing no wireless policies. It summarizes common wireless vulnerabilities like failing to encrypt traffic, using outdated protocols like WEP, and not properly authenticating and authorizing users. The document provides recommendations for securing wireless networks through practices like enabling WPA2 encryption, using 802.1X authentication, implementing network access control, and monitoring for rogue devices.
This document discusses software defined networking (SDN) and traffic engineering. It begins with an introduction to SDN, describing how it decouples network control and topology. It then covers the evolution of SDN and traffic engineering, discussing different categories of SDN and challenges in home versus enterprise networks. Several use cases are presented showing how SDN enables personalized networks through dynamic topologies. The document concludes by discussing opportunities for SDN to simplify network designs.
This document discusses optimizing Vocera deployments on Aruba wireless networks. It covers common mission critical applications used in hospitals that require wireless connectivity like electronic patient records and telemetry. Elements that impact Vocera deployments are discussed like badge types, encryption standards, roaming settings and AP hardware. Common challenges with Vocera like voice quality, push-to-talk functionality and network searches are also outlined. The presentation provides guidance on optimizing a Vocera network through techniques like RF management, client roaming optimization, and QoS configuration. Application guides for matching Aruba profiles to Vocera badges and optimizing roaming are referenced.
ClearPass is a solution for managing Bring Your Own Device (BYOD) networks. It combines network access control, mobile device management, and mobile application management into a single system. This allows organizations to onboard personal devices, detect and profile devices on the network, set policies based on device attributes from MDM integrations, and control access to applications. The presentation discusses how ClearPass streamlines BYOD deployment by automating device provisioning and policy enforcement across networks, devices, and apps.
The document is a presentation on network design fundamentals by Andy Logan from Aruba Networks. It discusses the wireless LAN lifecycle including requirements definition, site surveys, network design, RF design, security design, quality of service design, staging and provisioning, installation and validation, administration, monitoring, and troubleshooting. It provides information on validated reference designs, defining mobility requirements, conducting site surveys, mounting access points, network and controller deployment, remote access solutions, and operating the network including monitoring, troubleshooting, and the full wireless LAN lifecycle.
1. This document provides instructions for configuring MAC address authentication using a RADIUS server on an Aruba wireless controller and Amigopod RADIUS server.
2. It describes configuring a firewall policy, user role, RADIUS server, server group, MAC address profile, AAA configuration, SSID, virtual AP, and AP group profile on the controller.
3. It also includes instructions for testing the authentication by adding a MAC address to the RADIUS server and monitoring logs to verify authentication success.
This document discusses Aruba's guest access management solution. It provides automated onboarding of guests through a sponsor approval process. Guests can also self-register through customizable captive portals. The solution offers enterprise-grade security with authentication and provides advanced reporting and auditing of all guest access and activity. Network administrators can control guest access and devices on the network through role-based administration tools without requiring IT involvement.
This document provides an overview of remote networking deployments using Aruba Instant and remote access points. It defines remote APs as Aruba access points deployed at remote sites and plugged into a router connected to a modem. The document discusses the different modes remote APs can operate in, including tunnel mode where all traffic is forwarded through an IPsec tunnel, split-tunnel mode where corporate traffic uses the tunnel and local traffic is forwarded locally, and bridge mode where only control traffic uses the tunnel. It also provides an overview of the Aruba Instant architecture and features, such as the virtual controller, dynamic RADIUS proxy, guest access using a captive portal, mesh capabilities, and deployment guidelines.
Enterprise Wi-Fi in less than five minutes with Aruba Instant which provides:
- No software or service licenses required
- Scalable Wi-Fi for businesses of all sizes
- Enterprise-grade security including WPA2 encryption and access control policies
The document provides steps to configure an 802.1X wireless network on an Aruba controller, including:
1) Creating firewall, user role, and AAA profiles; adding a RADIUS server; and configuring an 802.1X authentication profile.
2) Defining an SSID profile and virtual AP profile to associate them.
3) Creating an AP system profile and new AP group to deploy the virtual AP profiles to connected APs.
4) Validation steps to check the authentication process and user connectivity on the wireless network.
The document provides tips from Aruba Technical Assistance Center (TAC) engineers for troubleshooting issues with Aruba wireless networks. It recommends checking online resources and enabling PhoneHome before opening a support ticket. It also advises being ready to provide controller logs and notes common issues seen with upgrading to version 6.1.x, including the need to double upgrade older controller software and upgrade provisioning images on remote access points. Additional tips cover mesh network radio frequency issues, the use of Online Certificate Status Protocol checks by browsers, and techniques for mitigating broadcast and multicast traffic in wireless networks.
This document summarizes key aspects of 802.11ac including:
- 802.11ac aims to support wireless speeds over 1Gbps for multi-station throughput and 500Mbps for single links.
- It utilizes wider 80/160MHz channels, more spatial streams up to 8, 256-QAM, and downlink multi-user MIMO.
- These new features and techniques are aimed at supporting bandwidth-intensive applications like wireless display and distribution of high-definition video content.
The document discusses the design and implementation of a new wireless network in dormitories at Drexel University to address challenges of supporting a growing number of wireless devices. Key aspects included deploying Aruba AP105 access points in student rooms rather than hallways to get signals closer to users, conducting on-site surveys to evaluate signal propagation between rooms and floors, implementing the design in stages on select floors to test performance, and engaging with students and residence life staff throughout the process. The new microcell design improved wireless coverage and supported the university's goal of high quality wireless service in dormitories.
The document provides instructions for creating a guest captive portal on an Aruba wireless LAN controller to allow guest access via a login portal. It describes setting up user roles, policies, and profiles to distinguish between guests who login with an email and those with authorized credentials stored in the internal database. These include creating AAA, captive portal and SSID profiles and assigning them to a virtual AP profile for the guest network. Finally it details adding the new guest SSID to an existing AP group to enable guest access via the captive portal.
This document summarizes a presentation on practical cryptography, certificates, and 802.1X. It begins with an overview of cryptography basics like symmetric and asymmetric encryption. It then covers public key infrastructure concepts such as certificates, certificate authorities, and how they establish trust. The presentation concludes by explaining how certificates and cryptography are used together to enable 802.1X authentication.
This document provides an overview and agenda for an Aruba Networks workshop on enabling bring your own device (BYOD) programs using ClearPass Onboard for policy-based device onboarding and provisioning. The agenda covers planning a BYOD policy, configuring ClearPass Onboard settings like the certificate authority and network settings, the user experience of the onboarding lifecycle, and troubleshooting. It also discusses topics like detecting BYOD devices, building a BYOD policy, the onboarding workflow and architecture, integrating with mobile device management (MDM) systems, and deploying onboarding in different network configurations.
The document discusses Aruba Instant, a wireless solution that aims to provide easy and self-managing wireless networks. It describes the key aspects of an "easy" wireless network including redundancy, scalability, and self-optimization. It then covers the various components of Aruba Instant including the virtual controller, physical access points, architectural highlights, wireless features, security, resiliency, management and other capabilities.
The document discusses a case study of Aruba Networks implementing a wireless network for Regional Medical Center at Memphis. The medical center needed a network that could support a high density of wireless devices, provide continuous connectivity, and have high availability. Aruba implemented a solution using 700 access points, wireless LAN controllers, and management software. Benchmark testing showed the Aruba network maintained consistent performance and zero connection drops even with high device density and during controller failovers. The new wireless network provided the reliability and scalability required to support the medical center's current and future needs.
The document discusses the migration of the University of San Diego's wireless network from Aruba AP 125, 135, and 175 controllers to Aruba 7200 series controllers. It provides an overview of the university and current wireless network statistics. It then outlines the requirements, pre-migration steps, and migration process for the controller upgrade. This includes backing up configuration, licenses, and wireless data from the existing controllers before and after a software upgrade. The new 7200 controllers would then be configured and licensed before cutting over the network.
This document summarizes Aruba Instant, a controllerless wireless system for small to medium enterprises. It consists of self-organizing access points that elect a master AP for centralized management and configuration. The system provides distributed data and control planes along with centralized management. Key features include adaptive radio management, spectrum analysis, mobility, security, guest access, resiliency, and management through a local web UI, Aruba Central, or AirWave management platform.
The document discusses Aruba's network management solutions, including AirWave and Aruba Central. AirWave is an on-premise network management platform that provides visibility and control across the full lifecycle of a network. Aruba Central is a cloud-based management solution that provides a single point of management for networks across multiple sites without requiring on-site servers or ongoing maintenance. The presentation provides overviews of the features and capabilities of each solution.
This document provides an overview of advanced RF troubleshooting techniques for WiFi networks. It discusses various tools that can be used, including spectrum analysis tools, heatmaps, site surveys, and understanding client network interface cards. It also covers performance testing using tools like iperf, packet capture techniques, and examples of useful commands in the Aruba controller CLI for troubleshooting issues.
This document appears to be a presentation on ClearPass access management from Aruba Networks. The presentation covers ClearPass basics, including how it controls access through authentication, authorization, and different types of users like guests. It also discusses advanced ClearPass features, such as location-based access and role controls. The agenda indicates there will be demonstrations and a question and answer session.
The document discusses Aruba's Amigopod product for wireless access and guest management in retail environments. It describes use cases like guest WiFi access, registration kiosks, and wireless scanners. Amigopod allows sponsored and self-registration of guests, bulk user import, and integrates with third-party systems. It also provides features like targeted advertising, location services, and reports on visitor demographics.
Wireless Device and Network level securityChetan Kumar S
This document provides an overview of security at the device, network, and server levels for wireless systems. It discusses security requirements and challenges for mobile devices, networks, and servers. It also summarizes common wireless network security standards and protocols like WEP, WPA, and WPA2. Specific security threats and potential solutions are outlined for each level.
IJCER (www.ijceronline.com) International Journal of computational Engineerin...ijceronline
The document discusses Wi-Fi security and proposes using a proxy server to improve Wi-Fi security. It first provides background on Wi-Fi and proxy servers, describing how proxy servers act as intermediaries and can provide caching, filtering, and authentication. It then reviews various existing Wi-Fi security methods like WEP, WPA, WPA2, AES, and TKIP. The proposed approach is to add a proxy server to the Wi-Fi network in the same way it is used in wired LANs, which could potentially increase Wi-Fi security and performance by 5-10% by providing filtering, caching, and unique user authentication through the proxy server.
This document discusses WiFi security and provides information on various topics related to securing wireless networks. It begins with an introduction to wireless networking and then covers security threats like eavesdropping and man-in-the-middle attacks. The document analyzes early security protocols like WEP that were flawed and discusses improved protocols like WPA and WPA2. It provides tips for securing a wireless network and examines potential health effects of WiFi radiation. The conclusion emphasizes that wireless security has improved greatly with new standards but work remains to be done.
Pentesting Your Own Wireless Networks, June 2011 IssueIshan Girdhar
This document discusses wireless network security. It begins with an introduction to IEEE 802.11 wireless LAN standards and the different wireless architectures used in home, small office/home office, and enterprise networks. It then covers wireless encryption and authentication methods like WEP, WPA, WPA2, and WPA2 Enterprise. The document also describes vulnerabilities in wireless networks and methods for penetration testing networks, including reconnaissance, exploiting authentication protocols, attacking guest networks, and specific attacks against WEP encryption. It provides examples of capturing packets to crack WEP keys and discusses rogue access points and tools to create them like Airsnarf.
Viable means using which Wireless Network Security can be JeopardizedIRJET Journal
This document discusses various ways in which the security of wireless networks can be compromised. It begins by providing background on wireless network security and protocols such as WEP, WPA, and WPA2. While these protocols aimed to improve security over their predecessors, they still had vulnerabilities that allowed unauthorized access. The document then describes eight common methods that malicious attackers use to gain control of wireless networks, such as exploiting ad-hoc networks, traffic analysis, and spoofing. It concludes by noting that while security has improved, experienced attackers will still attempt to find loopholes to hack networks.
The document discusses wireless security threats and countermeasures. It introduces the Wireless Security Operation Center (WiSec) which aims to detect illegal access points and stations, analyze weak encryption keys, and detect denial of service attacks on wireless networks. It also discusses the Secure Wireless Overlay Observation Network (SWOON) project which will build upon WiSec to further study security across heterogeneous wireless networks.
Wi-Fi technology refers to wireless local area network (WLAN) standards for devices to connect to the Internet wirelessly. The document discusses Wi-Fi standards including 802.11b, 802.11a, and 802.11g. It describes Wi-Fi network components, topologies, configurations, applications, security techniques and threats. Wi-Fi provides mobility and flexibility but has limitations such as potential interference, performance degradation, and limited range.
Wireless Security Best Practices for Remote Monitoring Applicationscmstiernberg
Wireless network security continues to be an area of intense research and development, particularly in applications where wireless sensors are extending the reach of traditional monitoring and control systems. While the IT sector has embraced the IEEE 802.11i standard for corporate networks, engineers have many more options available to them for their industrial network designs. This presentation will provide an overview of IEEE 802.11i, IEEE 802.15.4, ZigBee, and other security protocols as they relate to measurement and automation applications. In addition, network design and commissioning best practices will provide attendees with a set of recommendations for guarding against the most common security attacks.
Wifi Security for SOHOs: Cyberoam UTM CR15winiravmahida
Cyberoam CR15wi is the latest Wifi Appliance featuring Cyberoam's "Identity-based" Architecture for SOHOs. This small appliance can act as a router/firewall/antispam/antimalware/bandwidthmangement/webfilter and much more.
Wi-Fi technology uses radio waves to transmit and receive data wirelessly. It uses standards such as 802.11b, 802.11a, and 802.11g. A Wi-Fi network consists of access points that broadcast a wireless signal to connect devices like computers, phones and tablets. Security measures for Wi-Fi include encrypting data transmission and authenticating users and servers to prevent eavesdropping, spoofing and denial of service attacks. Common configurations and applications of Wi-Fi include home and office networks, as well as use by travelers.
NetFlow is a network monitoring technology that collects IP traffic data from network devices and analyzes it to provide visibility into network usage, problems, and threats. It helps plug security loopholes that exist in current network security systems like IDS/IPS. NetFlow data can be used to detect hacking attempts, stop zero-day malware infections, monitor internal network threats, and provide effective monitoring of high-speed and complex meshed networks. ManageEngine NetFlow Analyzer is a software solution that leverages NetFlow data to provide granular traffic reporting, conversation details, protocol distribution details, and anomaly detection capabilities.
The document discusses various 802.11 wireless networking standards including 802.11a, 802.11b, 802.11g, 802.11e, 802.11i, 802.11n and the developing 802.11ac. It also covers wireless network modes of infrastructure and ad-hoc, security threats like eavesdropping, man-in-the-middle attacks and denial of service. Additional topics include WEP, WPA, WPA2 and techniques to improve wireless security.
Build A Solid Foundation For Industrial Network Security - Cybersecurity Webi...Jiunn-Jer Sun
Agenda
- The unknown truth of cyber threats
- The myths of network security
- Attack and defense analysis
- IEC 62443 standard and how it impacts on you
- IT vs. OT security and the golden rule of defense
- A foundation where technology meets humanity
The document discusses security issues with IEEE 802.11b wireless local area networks (WLANs). It outlines 7 main security problems: 1) easy access to networks, 2) unauthorized access points, 3) unauthorized use of services, 4) constraints on service and performance, 5) MAC spoofing and session hijacking, 6) traffic analysis and eavesdropping, 7) higher level attacks once access is gained. It then analyzes weaknesses in the Wired Equivalent Privacy (WEP) encryption used by 802.11b and outlines improvements made in later standards like Wi-Fi Protected Access (WPA) and 802.11i.
Seminar Paper on Security Issues of 802.11b based on IEEE Whitepaper by Boland, H. and Mousavi, H., Carleton University, Ottawa, Ont., Canada, IEEE Canadian Conference on Electrical and Computer Engineering, 2-5 May 2004
The document summarizes a presentation on wireless security. It discusses wireless standards like 802.11b, 802.11a, and 802.11g and security standards like WEP, WPA, and WPA2. It describes vulnerabilities in WEP like weak IVs and keys. It also explains attacks like identity theft through MAC spoofing and defenses like strong encryption, authentication, and regular key changes.
The document summarizes a presentation on wireless security. It discusses wireless standards like 802.11b, 802.11a, and 802.11g and security standards like WEP, WPA, and WPA2. It describes vulnerabilities in WEP like weak IVs and keys. It also explains attacks like identity theft through MAC spoofing and defenses like strong encryption, authentication, and monitoring.
The document discusses wireless LAN security and the evolution of standards over time. It describes common wireless threats and how authentication, encryption, and intrusion prevention systems help mitigate risks. Early security protocols like WEP had weaknesses, while newer standards including 802.1X, WPA, and WPA2/802.11i provide improved encryption and dynamic key management. Wireless access points broadcast their network name and clients associate by authenticating with the strongest signal access point using the appropriate security standard.
Similar to Airheads vail 2011 pci 2.0 compliance (20)
Aruba Central user may need a centralized web-server to host captive portal page for their distributed networks across the globe like coffee shops, restaurant or hotels. Aruba central 2.0 has a new feature called Cloud Guest or Guest Management that allows administrator to create a splash page for guest users using Web server and radius server running in the cloud.
Check out the webinar recording where this presentation was used:
https://community.arubanetworks.com/t5/Cloud-Managed-Networks/Airheads-Tech-Talks-Cloud-Guest-SSID-on-Aruba-Central/td-p/524320
ClearPass OnGuard agents perform endpoint posture assessment and ensure that compliance is met before granting access to the network. This session will cover the ClearPass OnGuard Agent components and work-flow in detail.
Check out the webinar recording where this presentation was used:
https://community.arubanetworks.com/t5/Security/Airheads-Tech-Talks-Understanding-ClearPass-OnGuard-Agents/td-p/524288
Clustering is a new feature introduced in AOS 8.0 that enables seamless roaming of clients between APs, hitless client failover and load balancing of users across Mobility Controllers in the cluster. This solution provides the configuration required to create a cluster of Mobility Controllers that are managed by the same Mobility Master.
Check out the webinar recording where this presentation was used:
https://community.arubanetworks.com/t5/Wired-Intelligent-Edge-Campus/Airheads-Tech-Talks-Advanced-Clustering-in-AOS-8-x/td-p/506441
During this presentation, we will cover a deep dive into Aruba Central and its features. Check out the webinar recording where this presentation was used:
https://community.arubanetworks.com/t5/Cloud-Managed-Networks/Technical-Webinar-Advance-Aruba-Central/m-p/496064
During this webinar, we will cover AppRF - a suite of application visibility and control features that are part of Aruba's Policy Enforcement Firewall. AppRF is a PEF feature that is designed to give network administrators insight into the applications that are running on their network, and who is using them. Check out the webinar recording where this presentation was used:
https://community.arubanetworks.com/t5/Wireless-Access/Technical-Webinar-Aruba-AppRF-AOS-6-x-amp-8-x/td-p/490800
This document discusses ArubaOS switch stacking, including:
- Backplane stacking allows connecting multiple switches together to simplify operations and optimize uplink usage.
- Topologies supported are chain, ring, and mesh, with ring and mesh recommended for redundancy.
- Key functions of stacking include topology discovery, electing a commander and standby, managing members, and handling splits.
- Specific switch models like the 3800 and 2900 series support backplane stacking of up to 10 units in ring topology with stacking throughput of up to 160Gbps.
In this presentation, we will discuss how IEEE standard 802.3ad and its implications allow third-party devices such as switches, servers, or any other networking device that supports trunking to interoperate with the distributed trunking switches (DTSs) seamlessly. Check out the webinar recording where this presentation was used: http://community.arubanetworks.com/t5/Wired-Intelligent-Edge-Campus/Technical-Webinar-LACP-and-distributed-LACP-ArubaOS-Switch/td-p/458170
Register for the upcoming webinars: https://community.arubanetworks.com/t5/Training-Certification-Career/EMEA-Airheads-Webinars-Jul-Dec-2017/td-p/271908
In this presentation, e will discuss AirWave 10, a new software build that lets us streamline code, add performance, clustering. Check out the webinar recording where this presentation was used: http://community.arubanetworks.com/t5/Network-Management/Technical-Webinar-Introduction-to-AirWave-10/td-p/454762
Register for the upcoming webinars: https://community.arubanetworks.com/t5/Training-Certification-Career/EMEA-Airheads-Webinars-Jul-Dec-2017/td-p/271908
In this presentation, we will discuss how Virtual Switching Framework (VSF) allows supported switches connected to each other through Ethernet connections (copper or fibre) to behave like a single chassis switch. Check out the webinar recording where this presentation was used: http://community.arubanetworks.com/t5/Controllerless-Networks/Technical-Webinar-Virtual-Switching-Framework-ArubaOS-Switch/td-p/445696
Register for the upcoming webinars: https://community.arubanetworks.com/t5/Training-Certification-Career/EMEA-Airheads-Webinars-Jul-Dec-2017/td-p/271908
In this presentation, we will cover the Central platform which provides a standard Web-based interface that allows you to configure and monitor multiple Aruba Instant networks / Switches from anywhere with a connection to the Internet. Check out the webinar recording where this presentation was used: http://community.arubanetworks.com/t5/Cloud-Managed-Networks/Technical-Webinar-Aruba-Central-with-Instant-AP/td-p/429366
Register for the upcoming webinars: https://community.arubanetworks.com/t5/Training-Certification-Career/EMEA-Airheads-Webinars-Jul-Dec-2017/td-p/271908
In this presentation, we will discuss how AirGroup configurations have changed to support hierarchical configuration in release 8.2. AirGroup configs will now be profile based and can be applied at any node. Check out the webinar recording where this presentation was used: http://community.arubanetworks.com/t5/Wireless-Access/Technical-Webinar-AirGroup-profiling-changes-across-8-1-amp-8-2/td-p/417153
Register for the upcoming webinars: https://community.arubanetworks.com/t5/Training-Certification-Career/EMEA-Airheads-Webinars-Jul-Dec-2017/td-p/271908
In this presentation, we will explore the RESTApi as the ClearPass API integrations and further developments are more focused to RESTApi than the other existing API services like xml-rpc, SOAP, etc.Check out the webinar recording where this presentation was used: http://community.arubanetworks.com/t5/Security/Technical-Webinar-Getting-Started-with-the-ClearPass-REST-API/td-p/410214
Register for the upcoming webinars: https://community.arubanetworks.com/t5/Training-Certification-Career/EMEA-Airheads-Webinars-Jul-Dec-2017/td-p/271908
During this webinar, we will discuss how starting from ArubaOS 8.2.0.0, selected APs can run in both controller-based mode and controller-less mode and the implications tied to that. Check out the webinar recording where this presentation was used: http://community.arubanetworks.com/t5/Wireless-Access/Technical-Webinar-AP-Discovery-amp-Deployment-Policy-ArubaOS-8-x/m-p/394540/
Register for the upcoming webinars: https://community.arubanetworks.com/t5/Training-Certification-Career/EMEA-Airheads-Webinars-Jul-Dec-2017/td-p/271908
In this presentation, we will discuss the L3 Redundancy Requirement which primarily comes from customers who want to handle the complete Data Center Failure during natural disasters or other catastrophic events. Check out the webinar recording where this presentation was used: http://community.arubanetworks.com/t5/Wireless-Access/Technical-Webinar-Layer-3-Redundancy-for-Mobility-Master-ArubaOS/td-p/382029
Register for the upcoming webinars: https://community.arubanetworks.com/t5/Training-Certification-Career/EMEA-Airheads-Webinars-Jul-Dec-2017/td-p/271908
This document discusses managed device deployment at branch offices using Aruba branch controllers. It provides an overview of how branch controllers connect to a master controller via an internet modem and establish communication. It also covers branch controller and VPN concentrator configuration in Aruba OS versions 6.x and 8.x, including initial setup, zero touch provisioning, and debugging tools. Additional topics include address pool management for VLANs, tunnels, NAT, and DHCP to allow for dynamic IP assignment at branch office deployments.
The existing channel and power assignment functions in ARM support channel scanning, channel assignment and power adjustments, locally. Decisions are made locally at the AP without looking at the entire network. Thanks to the dynamic machine learning techniques, AirMatch centralises this function in the Mobility Master while dynamically learning the network and adapting the RF planning for the entire network. Check out the webinar recording where this presentation was used: http://community.arubanetworks.com/t5/Wireless-Access/Technical-Webinar-Recording-Slides-What-does-AirMatch-do/td-p/314413
This document provides an overview and introduction to the Aruba 8400 switch, which is designed for campus core and aggregation applications. It describes the hardware architecture including line cards, management modules, fabric modules, and power supplies. It also discusses the software architecture of ArubaOS-CX running on the 8400 and its high availability, programmability, security, and analytics capabilities. Example deployments of the 8400 as a campus core and aggregation solution are shown.
These slides were used during our Airheads Meetup Event at Jaarbeurs Utrecht on October 27th 2017.
If you have ideas, new speaker topics and recommendations for the events, please help us to improve for next year’s event by commenting on the community page: http://community.arubanetworks.com/t5/Wireless-Access/Airheads-Technical-Event-The-Netherlands-October-27th-2017/m-p/313566#M75870
These slides were used during our Airheads Meetup Event at Jaarbeurs Utrecht on October 27th 2017.
If you have ideas, new speaker topics and recommendations for the events, please help us to improve for next year’s event by commenting on the community page: http://community.arubanetworks.com/t5/Wireless-Access/Airheads-Technical-Event-The-Netherlands-October-27th-2017/m-p/313566#M75870
These slides were used during our Airheads Meetup Event at Jaarbeurs Utrecht on October 27th 2017.
If you have ideas, new speaker topics and recommendations for the events, please help us to improve for next year’s event by commenting on the community page: http://community.arubanetworks.com/t5/Wireless-Access/Airheads-Technical-Event-The-Netherlands-October-27th-2017/m-p/313566#M75870
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