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Fortinet's Connected Network uses FortiGate as the central control point to enforce network security and provision/manage other Fortinet devices like FortiAnalyzer, FortiAuthenticator, FortiManager, FortiAP, FortiSwitch, FortiClient, and FortiRAP.
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NetSafe_Fortinet - 13martie2012
- Fortinet is a global cybersecurity company founded in 2000 with over 1,500 employees and 5,000 channel partners serving over 100,000 customers worldwide.
- They pioneered an integrated, consolidated approach to security bringing together multiple security functions into a single high-performance platform using specialized ASIC processors.
- This consolidated approach provides overlapping defenses, easy management, and better performance than standalone or mixed vendor solutions at a lower total cost of ownership.
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Fortinet Ürün ailesine dair her tür bilgiyi edinebilirsiniz.
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NetSafe_Fortinet - 13martie2012
- Fortinet is a global cybersecurity company founded in 2000 with over 1,500 employees and 5,000 channel partners serving over 100,000 customers worldwide.
- They pioneered an integrated, consolidated approach to security bringing together multiple security functions into a single high-performance platform using specialized ASIC processors.
- This consolidated approach provides overlapping defenses, easy management, and better performance than standalone or mixed vendor solutions at a lower total cost of ownership.
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Fortinet Ürün Ailesi
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This document summarizes the key features and specifications of the FortiGate/FortiWiFi 90D Series of network security appliances. The appliances provide unified threat management, including firewall, VPN, intrusion prevention and web filtering capabilities. They integrate wireless access points and support up to 32 managed access points. The appliances are compact and easy to deploy and manage remotely. They include multiple network interfaces, optional wireless connectivity and power over Ethernet ports on some models.
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Consumer and IoT devices are susceptible to hardware hacking based attacks such as firmware dumping, re-flashing with a custom firmware, and getting low level access using the physical management interfaces such as SPI, JTAG and UART. Low level access obtained can be used to modify device behaviours or their initial states. This helps attackers to debug consumer devices and operator services, to find new vulnerabilities, and to obtain the device configuration which may contain credentials for the service infrastructure.
Embedded device and hardware hacking is a rising skill set for penetration testers. It is required to understand targeted attacks which may include hardware implants, modified hardware attacking their own infrastructure or compromised devices that target the human factor. Some of advanced testing examples to be discussed are preparing a custom hardware for persistent access during a red teaming exercise, preparing a compromised consumer device for human factor pen-testing, attacking TR-069 services of a provider using smart home modems or altering the security controls of a device to abuse the service.
The presentation focuses on how the existing security testing techniques should be evolved with hardware and IoT hacking, and how service providers can make their infrastructure secure for cutting-edge attacks. Essential hardware hacking information, identifying and using physical management interfaces, hardware hacking toolset, well-known hardware attacks and hardware testing procedure will be presented in a road map for consumer devices security testing. Also a security testing approach will be explained to develop new security testing services and to improve existing ones such as red teaming, human factor pen-testing and infrastructure pen-testing.
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Kaip nuo jų apsisaugoti? Kaip susijusios kompiuterių apsaugos sistemos ir vartotojų reputacija?
Pranešimo autorius – Rainer Baeder. Įmonės „Fortinet“ sprendimų konsultacijų centro vadovas (Vokietija).
Pranešimas skaitytas konferencijoje – INFORMACINIŲ SISTEMŲ SAUGUMAS, vykusioje 2013 m. balandžio 11d., skirtoje valstybės institucijų ir valstybinės reikšmės organizacijoms.
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This document summarizes a presentation on IPTV security. It provides an overview of IPTV, describing its history and features. It outlines the IPTV architecture and services. It then discusses various security threats to IPTV, including threats to content, services, infrastructure, and users. Specific threats mentioned include viruses, worms, flooding attacks, and unauthorized access. The presentation emphasizes the need to secure all components of the IPTV system, from the headend and servers to the set-top boxes and home gateways.
Anyfi.net Mobile™
Anyfi.net Mobile™ is a mobile Wi-Fi solution that lets an MNO or MVNO offload mobile data onto existing home gateways, with authentication directly against the SIM card and end-to-end encryption all the way from the device to your core network. This means untrusted residential gateways can be transformed into a trusted non-3GPP access and mobile data securely offloaded, with centralized control and active quality management, without investment in femtocells.
Security Landscape Presentation
This document outlines an organization's security policies and standards. It discusses the perimeter security including firewalls from Checkpoint, Palo Alto, and Juniper. It also covers remote access methods and perimeter applications. Internally, it details applications for patching, antivirus, and authentication. Workstation and server standards are provided around antivirus, operating systems, and backups. The security policy addresses password requirements and software management. Questions are asked at the end to discuss any other security topics.
Fortinet ixia ottawa, june 2013
What's next in next generation firewalls and testing. Fortinet / Ixia presentation, Ottawa, June 20, 2013.
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The document discusses vulnerabilities in VoIP implementations and protocols. It begins with an overview of finding bugs through fuzzing implementations and exploiting protocol issues. It then covers specific implementation bugs like buffer overflows that can be discovered through fuzzing VoIP software and protocols. Examples are provided of mutating SIP requests to crash VoIP phones through fuzzing. While hard phones are more difficult to exploit than softphones, they still have vulnerabilities through services like web servers that are open to various attacks.
Hacking SIP Like a Boss!
This is my Athcon 2013 slide set. I also demonstrated that attacking mobile applications via SIP Trust, scanning via SIP proxies and MITM fuzzing in Live Demo.
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Fortinet broch
Fortinet is a global network security company founded in 2000. It pioneered an integrated network security solution using unified threat management (UTM) and next-generation firewall (NGFW) technologies. Fortinet offers a wide range of high performance network security appliances and is a worldwide leader in the UTM and NGFW markets according to analysts like IDC and Gartner. Fortinet has over 2,200 employees and annual revenue of over $500 million in 2012.
FortiGate-40C
The FortiGate/FortiWiFi-40C Series are compact all-in-one security appliances that provide firewall, IPS, VPN, web filtering and other unified threat management capabilities. They are designed for small offices, homes and retail outlets, offering integrated network security and connectivity at an attractive entry-level price. By consolidating multiple security functions into a single device, the FortiGate/FortiWiFi-40C Series simplifies security management and reduces costs compared to separate hardware and software solutions.
Fortigate Modelo 90d
This document summarizes the key features and specifications of the FortiGate/FortiWiFi 90D Series of network security appliances. The appliances provide unified threat management, including firewall, VPN, intrusion prevention and web filtering capabilities. They integrate wireless access points and support up to 32 managed access points. The appliances are compact and easy to deploy and manage remotely. They include multiple network interfaces, optional wireless connectivity and power over Ethernet ports on some models.
Fortinet FortiOS 5 Presentation
This document introduces Fortinet's new FortiOS 5, which provides over 150 new security features and enhancements across three main areas: more security, more control, and more intelligence. Key new features include client reputation for advanced threat detection, advanced anti-malware protection with local and cloud-based scanning, device identification and policy control for BYOD, identity-based enforcement of security policies, secured guest access, and enhanced visibility and reporting. FortiOS 5 will support Fortinet's mid-range and desktop firewall platforms.
Hardware Hacking Chronicles: IoT Hacking for Offence and Defence
Enterprise companies are using consumer and IoT devices to complete (or expand) their services such as broadband, IPTV, media streaming, satellite, voice and 3G/4G services. Although the devices are owned by the service providers, subscribers have limited (or full) access to them with service agreements. In addition to that, some of consumer devices also have roles on corporate communications, environment security or employee services. Consumer devices are located at subscriber premises; therefore, the traditional security testing approach only covers backend services security, not the devices.
Consumer and IoT devices are susceptible to hardware hacking based attacks such as firmware dumping, re-flashing with a custom firmware, and getting low level access using the physical management interfaces such as SPI, JTAG and UART. Low level access obtained can be used to modify device behaviours or their initial states. This helps attackers to debug consumer devices and operator services, to find new vulnerabilities, and to obtain the device configuration which may contain credentials for the service infrastructure.
Embedded device and hardware hacking is a rising skill set for penetration testers. It is required to understand targeted attacks which may include hardware implants, modified hardware attacking their own infrastructure or compromised devices that target the human factor. Some of advanced testing examples to be discussed are preparing a custom hardware for persistent access during a red teaming exercise, preparing a compromised consumer device for human factor pen-testing, attacking TR-069 services of a provider using smart home modems or altering the security controls of a device to abuse the service.
The presentation focuses on how the existing security testing techniques should be evolved with hardware and IoT hacking, and how service providers can make their infrastructure secure for cutting-edge attacks. Essential hardware hacking information, identifying and using physical management interfaces, hardware hacking toolset, well-known hardware attacks and hardware testing procedure will be presented in a road map for consumer devices security testing. Also a security testing approach will be explained to develop new security testing services and to improve existing ones such as red teaming, human factor pen-testing and infrastructure pen-testing.
Forti cloud
FortiCloud is Fortinet's cloud-based solution for provisioning, managing, and analyzing security and wireless devices. It provides a single pane of glass to remotely manage FortiGate firewalls, FortiAP access points, and other Fortinet devices from any location without incurring additional expenses. FortiCloud offers zero-touch provisioning, integrated security policies and firmware updates, wireless settings management, and reporting and visibility capabilities to help organizations reduce costs, improve operations, and strengthen security across distributed networks.
Rainer Baeder. Sudėtingos tikslinės ir ilgai išliekančios grėsmės
Kaip nuo jų apsisaugoti? Kaip susijusios kompiuterių apsaugos sistemos ir vartotojų reputacija?
Pranešimo autorius – Rainer Baeder. Įmonės „Fortinet“ sprendimų konsultacijų centro vadovas (Vokietija).
Pranešimas skaitytas konferencijoje – INFORMACINIŲ SISTEMŲ SAUGUMAS, vykusioje 2013 m. balandžio 11d., skirtoje valstybės institucijų ir valstybinės reikšmės organizacijoms.
IPTV Security
This document summarizes a presentation on IPTV security. It provides an overview of IPTV, describing its history and features. It outlines the IPTV architecture and services. It then discusses various security threats to IPTV, including threats to content, services, infrastructure, and users. Specific threats mentioned include viruses, worms, flooding attacks, and unauthorized access. The presentation emphasizes the need to secure all components of the IPTV system, from the headend and servers to the set-top boxes and home gateways.
Anyfi.net Mobile™
Anyfi.net Mobile™ is a mobile Wi-Fi solution that lets an MNO or MVNO offload mobile data onto existing home gateways, with authentication directly against the SIM card and end-to-end encryption all the way from the device to your core network. This means untrusted residential gateways can be transformed into a trusted non-3GPP access and mobile data securely offloaded, with centralized control and active quality management, without investment in femtocells.
Security Landscape Presentation
This document outlines an organization's security policies and standards. It discusses the perimeter security including firewalls from Checkpoint, Palo Alto, and Juniper. It also covers remote access methods and perimeter applications. Internally, it details applications for patching, antivirus, and authentication. Workstation and server standards are provided around antivirus, operating systems, and backups. The security policy addresses password requirements and software management. Questions are asked at the end to discuss any other security topics.
Fortinet ixia ottawa, june 2013
What's next in next generation firewalls and testing. Fortinet / Ixia presentation, Ottawa, June 20, 2013.
VoIP security: Implementation and Protocol Problems
The document discusses vulnerabilities in VoIP implementations and protocols. It begins with an overview of finding bugs through fuzzing implementations and exploiting protocol issues. It then covers specific implementation bugs like buffer overflows that can be discovered through fuzzing VoIP software and protocols. Examples are provided of mutating SIP requests to crash VoIP phones through fuzzing. While hard phones are more difficult to exploit than softphones, they still have vulnerabilities through services like web servers that are open to various attacks.
Hacking SIP Like a Boss!
This is my Athcon 2013 slide set. I also demonstrated that attacking mobile applications via SIP Trust, scanning via SIP proxies and MITM fuzzing in Live Demo.
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Hardware Hacking Chronicles: IoT Hacking for Offence and Defence
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Rainer Baeder. Sudėtingos tikslinės ir ilgai išliekančios grėsmės
Rainer Baeder. Sudėtingos tikslinės ir ilgai išliekančios grėsmės
VoIP security: Implementation and Protocol Problems
VoIP security: Implementation and Protocol Problems
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- 1. Fortinet Connected Network FortiAnalyzer FortiAuthenticator FortiManager FortiAP FortiSwitch FortiGate FortiClient FortiRAP FortiGate As Control Point - Enforcing network security - Provisioning/Managing other devices 1 Fortinet Confidential