3 reasons your business can't ignore Two-Factor AuthenticationFortytwo
Login security breaches have become commonplace in recent years. We hear about phishing attacks, stolen passwords and malware that collects all of our keystrokes. Once these data breaches would have instigated a call to use stronger and more complex passwords, however research has shown that two-thirds of all breaches are specifically the result of weak or stolen passwords. The one-time reliable password has become the weakest link.
This is where two-factor authentication (2FA) steps in.
Two-factor authentication is a simple yet an extremely powerful way of increasing security via the user logon sequence by simply adding a second factor of authentication to the standard username and password.
TWO FACTOR AUTHENTICATION - COMPREHENSIVE GUIDECTM360
Most services nowadays require signup and login procedures that are based on usernames and passwords. Unfortunately, single-factor authentication is not enough to protect accounts especially at the rate at which technologies are evolving, as hackers become more sophisticated and are able to compromise accounts in a matter of seconds. To top it all off, every year billions of usernames and passwords are stolen and sold on dark web markets, and as a result, many users become victims to identity theft and data loss.
Two factor authentication presentation mcitmmubashirkhan
This document discusses two-factor authentication (2FA) as a method to strengthen user authentication beyond just a username and password. It describes how 2FA uses two different factors, something you know and something you have/are, to verify identity. Specifically, it evaluates using one-time passwords (OTPs) with hard tokens, mobile tokens, and SMS. While hardware tokens are very secure, they are also expensive and inconvenient. Mobile tokens are cheaper but still vulnerable to attacks. The best approach recommends sending the OTP via mobile token while sending transaction details via SMS to separate the factors and prevent SIM swap attacks. The document provides recommendations like using HTTPS and hashing to further improve security with 2FA.
Adding Two Factor Authentication to your App with AuthyNick Malcolm
This talk explains what two factor authentication is, and how to implement it in a Ruby on Rails app with Authy.
Originally presented at Auckland Ruby Nights on April 23 2015: http://www.meetup.com/aucklandruby/events/221958178/
Two-factor authentication provides a more secure method of authentication than simple passwords alone. It adds a second factor of authentication, such as a one-time password (OTP) generated on a user's device, in addition to a username and password. The white paper explores how OTPs delivered via software or text message can provide two-factor authentication without hardware tokens. It also discusses standards-based OTP generation algorithms and integrating two-factor authentication with remote access systems.
Two Factor Authentication Made Easy ICWE 2015Alex Q. Chen
This is the presentation slides for Two Factor Authentication Made Easy at ICWE 2015. You can download the paper at http://dx.doi.org/10.1007/978-3-319-19890-3_29
Two Factor Authentication: Easy Setup, Major ImpactSalesforce Admins
The document discusses two-factor authentication (2FA) and the Salesforce Authenticator app. It begins with an agenda and introduction to 2FA, explaining that 2FA provides an extra layer of security beyond a password. The bulk of the document then focuses on demonstrating the ease of setup of the Salesforce Authenticator app for 2FA, including a two-step setup process and features like viewing authentication requests and automating approvals. It concludes by noting additional security features and tools available for administrators.
3 reasons your business can't ignore Two-Factor AuthenticationFortytwo
Login security breaches have become commonplace in recent years. We hear about phishing attacks, stolen passwords and malware that collects all of our keystrokes. Once these data breaches would have instigated a call to use stronger and more complex passwords, however research has shown that two-thirds of all breaches are specifically the result of weak or stolen passwords. The one-time reliable password has become the weakest link.
This is where two-factor authentication (2FA) steps in.
Two-factor authentication is a simple yet an extremely powerful way of increasing security via the user logon sequence by simply adding a second factor of authentication to the standard username and password.
TWO FACTOR AUTHENTICATION - COMPREHENSIVE GUIDECTM360
Most services nowadays require signup and login procedures that are based on usernames and passwords. Unfortunately, single-factor authentication is not enough to protect accounts especially at the rate at which technologies are evolving, as hackers become more sophisticated and are able to compromise accounts in a matter of seconds. To top it all off, every year billions of usernames and passwords are stolen and sold on dark web markets, and as a result, many users become victims to identity theft and data loss.
Two factor authentication presentation mcitmmubashirkhan
This document discusses two-factor authentication (2FA) as a method to strengthen user authentication beyond just a username and password. It describes how 2FA uses two different factors, something you know and something you have/are, to verify identity. Specifically, it evaluates using one-time passwords (OTPs) with hard tokens, mobile tokens, and SMS. While hardware tokens are very secure, they are also expensive and inconvenient. Mobile tokens are cheaper but still vulnerable to attacks. The best approach recommends sending the OTP via mobile token while sending transaction details via SMS to separate the factors and prevent SIM swap attacks. The document provides recommendations like using HTTPS and hashing to further improve security with 2FA.
Adding Two Factor Authentication to your App with AuthyNick Malcolm
This talk explains what two factor authentication is, and how to implement it in a Ruby on Rails app with Authy.
Originally presented at Auckland Ruby Nights on April 23 2015: http://www.meetup.com/aucklandruby/events/221958178/
Two-factor authentication provides a more secure method of authentication than simple passwords alone. It adds a second factor of authentication, such as a one-time password (OTP) generated on a user's device, in addition to a username and password. The white paper explores how OTPs delivered via software or text message can provide two-factor authentication without hardware tokens. It also discusses standards-based OTP generation algorithms and integrating two-factor authentication with remote access systems.
Two Factor Authentication Made Easy ICWE 2015Alex Q. Chen
This is the presentation slides for Two Factor Authentication Made Easy at ICWE 2015. You can download the paper at http://dx.doi.org/10.1007/978-3-319-19890-3_29
Two Factor Authentication: Easy Setup, Major ImpactSalesforce Admins
The document discusses two-factor authentication (2FA) and the Salesforce Authenticator app. It begins with an agenda and introduction to 2FA, explaining that 2FA provides an extra layer of security beyond a password. The bulk of the document then focuses on demonstrating the ease of setup of the Salesforce Authenticator app for 2FA, including a two-step setup process and features like viewing authentication requests and automating approvals. It concludes by noting additional security features and tools available for administrators.
This document discusses two-factor authentication and its importance for securing PHIN systems. It analyzes different two-factor authentication methods like digital certificates, one-time passwords, and biometrics. Digital certificates support open standards and interoperability for automated B2B authentication and messaging. One-time passwords provide mobility but require digital certificates for server authentication. The document proposes two approaches: Approach A uses passwords and client certificates for users and Approach B uses key-fobs for users but requires managing two infrastructures. It concludes by emphasizing strong authentication, authorization, and identity management for perimeter security.
This document provides guidance on configuring two-factor authentication for the IBM Security SiteProtector system using various plug-ins, including RADIUS, certificates/smart cards, LDAP, and default passwords. It includes code examples for setting up authentication using a RADIUS token protocol or smart card with user principal name mapping. Requirements and considerations are discussed for smart card usage, certificate validation, and property encryption.
Design and Implementation of an IP based authentication mechanism for Open So...WilliamJohn41
Proxy servers are being increasingly deployed at organizations for performance benefits; however,
there still exists drawbacks in ease of client authentication in interception proxy mode mainly for Open
Source Proxy Servers.
Technically, an interception mode is not designed for client authentication, but implementation in
certain organizations does require this feature. In this paper, we focus on the World Wide Web, highlight
the existing transparent proxy authentication mechanisms, its drawbacks and propose an authentication
scheme for transparent proxy users by using external scripts based on the clients Internet Protocol
Address. This authentication mechanism has been implemented and verified on Squid-one of the most
widely used HTTP Open Source Proxy Server.
Combat the Latest Two-Factor Authentication Evasion TechniquesIBM Security
In the wake of 2005 FFIEC regulation calling for stronger security methods, financial institutions have adopted two-factor authentication (2FA) as a means to mitigate online fraud.
Historically 2FA measures such as security questions, one time passwords, physical tokens, SMS authentications and USB tokens have been able to effectively stop fraud attacks. However, in the fast paced arms race that is the war against financial crime, cybercriminals are starting to take the upper hand by developing increasingly sophisticated techniques that bypass 2FA.
In this presentation, Ori Bach, Senior Security Strategist at IBM Trusteer demonstrates several of the 2FA beating techniques and explains how cybercriminals:
- Highjack authenticated banking sessions by directly taking over victims computers
- Make use fake overlay messages to trick victims to surrender their tokens
- Beat one time passwords sent to mobile devices
- Purchase fraud tool-kits to bypass 2FA
View the on-demand recording: https://attendee.gotowebinar.com/recording/6080887905844019714
The document discusses two-factor authentication solutions for the City of High Point, including RSA Authentication Manager for centralized management of multiple authentication methods like hard tokens, soft tokens, certificates, PINs, and biometrics. It describes how the city uses an RSA appliance hosting the main database and managing authentication, with disaster recovery provided by replicating the database to a second appliance. The city also uses Checkpoint and Netmotion with RSA SecurID tokens for two-factor authentication of remote and mobile connections to its network.
An introduction to Solus - learn how Solus is combatting Cyber Crime and online security breaches with it's secure, easy-to-use, authentication platform. It's multifactor application uses biometric identification and scrambled pinpad technology and can be integrated with enterprise apps.
Two-factor authentication provides stronger security than single-factor authentication like usernames and passwords alone. It requires two factors: something you know (like a password) and something you have (like a token, smart card, or biometric). This makes hacking accounts more difficult as possessing just a password is not enough. While more secure, two-factor authentication has additional costs and may be inconvenient for users. However, as technology advances, the use of two-factor authentication is growing in industries like banking and online brokerages to better protect customers.
Extreme is the only company in the industry that takes an architectural approach to bringing products to market (from R&D to product release). Everything we do and create is a part of this Software Defined Architecture [SDA]. Wireless LAN, Wired LAN, Data Center -- It starts with highly reliable, high performance infrastructure. This is our heritage and we have always been outstanding at this: WiFi, Campus LAN all the way to the Data Center. (Ranging from your user to the applications they consume.)
ExtremeXOS -- On top of this, we use a single consistent and differentiated OS call EXOS. (next gen HW will run on EXOS). Lots of companies make high performance hardware, so to truly offer value added differentiation; we include an integrated layer of software into our architecture.
Network Management & BYOD -- We fully integrate management across our entire portfolio. We are very proud that in only 5 months, NetSight became the management platform for the entire portfolio. This was an emphatic message to the market that we take a different approach aligned to our SDA. NetSight has a single, integrated database for all aspects of management. This streamlines operations, enables dynamic management and removes the manual aspect of correlating information.
Application Analytics -- Purview offers application layer analytics, so you can understand what is happening on your network, you can optimize your environment, help increase productivity and measure adoption. Purview allows you to deliver both tactical and strategic information to make better more rapid business decisions.
Finally, we offer orchestration across the entire architecture. Whether that infrastructure is multi-vendor or not. Orchestration within the data center is available across virtualized workloads and consolidated storage and compute. Extreme is the only company in the industry committed to this type of integration, backward compatibility and openness to support technology partners and third party vendors. Many in the industry have grown through M&A, successfully so, however it has led to a portfolio with lots of products that are not integrated through management or orchestration. Each time you add a product, it increases your complexity with the introduction of a new disparate management tool.
PortalGuard is a software solution that provides five layers of authentication functionality including two-factor authentication. It can enforce two-factor authentication for accessing cloud applications directly, via VPN using RADIUS, or during self-service password resets. PortalGuard delivers one-time passwords (OTPs) for verification via SMS, email, voice call, printer, or transparent tokens. It has configurable OTP settings and supports standard RADIUS authentication for VPN access. Implementation requires server-side software installation on IIS servers and optional client-side software for additional features.
kicking your enterprise security up a notch with adaptive authentication sa...Sagara Gunathunga
This document discusses how adaptive authentication can improve security over traditional passwords and multi-factor authentication. It notes that passwords are often reused or weak, leading to many breaches. While multi-factor authentication adds security, it has low adoption rates due to usability issues. The document proposes that authentication should be dynamic, responsive to context like location, device and application risk level. It outlines how the WSO2 Identity Server supports adaptive authentication through scripting policies, connectivity to machine learning models, and a wide range of authentication connectors. Adaptive authentication can select steps dynamically based on the request, user attributes and behaviors, or a risk score to improve security and usability.
This document describes PortalGuard's two-factor authentication solution. It provides tokenless two-factor authentication through one-time passwords delivered via SMS, email, printer, or transparent token. The summary describes how it works by enrolling user mobile devices, validating credentials through the PortalGuard server, and delivering one-time passwords to grant access to applications.
Webinar - Easy multi factor authentication strategies and PCI DSSonionid12
In this webinar we will discuss the use of multi-factor authentication (MFA), and the new mandate in the latest version of PCI Data Security Standard, PCI DSS 3.2. MFA goes beyond traditional password-based approaches by combining multiple features, such as biometrics, behavioral patterns, and context information. In addition to covering these, the webinar will also address the problem of selecting the right combination of features for a business, given its unique priorities and circumstances. Learn how to comply with PCI DSS 3.2's MFA mandate for admin and user accounts.
This document discusses two-factor authentication and its benefits. It describes two-factor authentication as requiring two different types of evidence, such as something you know (a password) and something you have (a token or mobile device). Hard tokens generate one-time passwords on a physical device while mobile tokens use a mobile app to generate passwords. Using a mobile token is more flexible and cheaper than hard tokens but still vulnerable to active attacks. Sending a one-time password via SMS and requiring the user to enter a code for transactions adds an extra layer of security against man-in-the-middle attacks compared to other methods. The document recommends hashing passwords before sending and mutual authentication between clients and servers to improve security.
Two factor authentication-in_your_network_e_guideNick Owen
This document provides instructions for adding two-factor authentication to a corporate network using WiKID as the authentication server. It discusses configuring Radius clients like VPNs from Cisco and Juniper to communicate with an Active Directory server through a Radius server. The Active Directory server would authorize users while the WiKID server authenticates users with two-factor authentication. It provides step-by-step examples of configuring Network Policy Server and WiKID to enable two-factor authentication for remote access to a corporate network.
Solus is a biometric authentication software that provides multi-factor authentication through eye recognition and a scrambled PINpad entry. It integrates seamlessly with applications and can replace traditional login screens. Solus authentication is more secure than passwords as it is based on unique biometric identifiers and difficult for hackers to access. It also provides a simpler user experience compared to additional hardware tokens or security devices. Solus authentication can help reduce costs, improve security and compliance, lower support calls, increase customer retention and boost brand confidence for companies.
Stronger/Multi-factor Authentication for Enterprise ApplicationsRamesh Nagappan
This document discusses multi-factor authentication strategies for enterprise applications using PKI, smart cards, and biometrics. It provides an agenda that covers the identity dilemma, identity assurance vs security, multi-factor authentication strategies using OTPs, smart cards, PKI and biometrics, understanding real-world implementations including tools, standards, and the role of JAAS. It also discusses the role of Sun OpenSSO for single sign-on and multi-factor authentication, deployment architectures, and provides a demonstration of multi-factor SSO using PKI, smart cards and biometrics.
The document discusses two-factor authentication (2FA) as a more secure alternative to single-factor authentication using just a username and password. 2FA provides an additional layer of security beyond just one credential by requiring two separate factors, such as something you know (a password) plus something you have (a token, smart card, or biometrics). While 2FA is more secure, it can also be slower and require the user to have their second authentication factor available at all times. Popular services like Facebook and Dropbox have implemented 2FA options to better protect user accounts and data.
The document outlines several scenarios and design goals for a federated secure internet conferencing system. The scenarios describe different examples of secure video conferencing between users with varying identities, credentials, and network access. The design goals aim to provide end-to-end security, support federated trust models, be globally scalable, support privacy, have minimal impact on conferencing protocols, span multiple protocols, and be adjustable to different security needs.
This document summarizes a presentation on two-factor authentication (2FA). It discusses the different types of authentication factors including something you know (e.g. passwords), something you have (e.g. security tokens), and something you are (e.g. biometrics). Software token apps like Google Authenticator and Authy that generate one-time passwords for 2FA are also covered. The document outlines the security issues with passwords and why 2FA is needed based on recent data breaches. It provides an overview of standards like FIDO and implementation recommendations for adding a second authentication factor.
Going beyond MFA(Multi-factor authentication)-Future demands much moreindragantiSaiHiranma
Automated Onboarding, Identity
Verification and Strong Authentication
are all needed by future-readiness
businesses that demand rapid
evolution for their businesses
transformation and growth.
These 3 features form the core in
hyper volume-velocity with remote
working and BYO-focused workplace
for every business too. End users and
employee as understand the need for
efficient solid identity verification
security, but they expect technology
to be simple, convenient, and fast.
With decreased visibility and
increased complexity, IT is more
challenged than ever to manage
authentication across a hybrid
an environment without disrupting end-user
E-Lock AdaptAuth is an AI-powered, Adaptive, Multi-factor Authentication solution that provides an advanced layer of protection in the form of Adaptive MFA. Adaptive authentication utilizes information such as IP addresses, geo-locations, device signatures and user behavior patterns to assess the risk and accordingly adapts the authentication flow.This is achieved by building a risk profile for every user by analyzing past authentication attempts and behavioral patterns. The extent of deviation from such patterns invokes additional MFA factors until desired levels of identity assurance are achieved.
Capabilities provided by AdaptAuth:
Basic Authentication
Two-factor authentication- App based OTP, Email/SMS OTP, Digital Certificate, Fingerprint, FIDO2 authentication
Multi-factor Authentication
Adaptive Authentication
Single-Sign on
This document discusses two-factor authentication and its importance for securing PHIN systems. It analyzes different two-factor authentication methods like digital certificates, one-time passwords, and biometrics. Digital certificates support open standards and interoperability for automated B2B authentication and messaging. One-time passwords provide mobility but require digital certificates for server authentication. The document proposes two approaches: Approach A uses passwords and client certificates for users and Approach B uses key-fobs for users but requires managing two infrastructures. It concludes by emphasizing strong authentication, authorization, and identity management for perimeter security.
This document provides guidance on configuring two-factor authentication for the IBM Security SiteProtector system using various plug-ins, including RADIUS, certificates/smart cards, LDAP, and default passwords. It includes code examples for setting up authentication using a RADIUS token protocol or smart card with user principal name mapping. Requirements and considerations are discussed for smart card usage, certificate validation, and property encryption.
Design and Implementation of an IP based authentication mechanism for Open So...WilliamJohn41
Proxy servers are being increasingly deployed at organizations for performance benefits; however,
there still exists drawbacks in ease of client authentication in interception proxy mode mainly for Open
Source Proxy Servers.
Technically, an interception mode is not designed for client authentication, but implementation in
certain organizations does require this feature. In this paper, we focus on the World Wide Web, highlight
the existing transparent proxy authentication mechanisms, its drawbacks and propose an authentication
scheme for transparent proxy users by using external scripts based on the clients Internet Protocol
Address. This authentication mechanism has been implemented and verified on Squid-one of the most
widely used HTTP Open Source Proxy Server.
Combat the Latest Two-Factor Authentication Evasion TechniquesIBM Security
In the wake of 2005 FFIEC regulation calling for stronger security methods, financial institutions have adopted two-factor authentication (2FA) as a means to mitigate online fraud.
Historically 2FA measures such as security questions, one time passwords, physical tokens, SMS authentications and USB tokens have been able to effectively stop fraud attacks. However, in the fast paced arms race that is the war against financial crime, cybercriminals are starting to take the upper hand by developing increasingly sophisticated techniques that bypass 2FA.
In this presentation, Ori Bach, Senior Security Strategist at IBM Trusteer demonstrates several of the 2FA beating techniques and explains how cybercriminals:
- Highjack authenticated banking sessions by directly taking over victims computers
- Make use fake overlay messages to trick victims to surrender their tokens
- Beat one time passwords sent to mobile devices
- Purchase fraud tool-kits to bypass 2FA
View the on-demand recording: https://attendee.gotowebinar.com/recording/6080887905844019714
The document discusses two-factor authentication solutions for the City of High Point, including RSA Authentication Manager for centralized management of multiple authentication methods like hard tokens, soft tokens, certificates, PINs, and biometrics. It describes how the city uses an RSA appliance hosting the main database and managing authentication, with disaster recovery provided by replicating the database to a second appliance. The city also uses Checkpoint and Netmotion with RSA SecurID tokens for two-factor authentication of remote and mobile connections to its network.
An introduction to Solus - learn how Solus is combatting Cyber Crime and online security breaches with it's secure, easy-to-use, authentication platform. It's multifactor application uses biometric identification and scrambled pinpad technology and can be integrated with enterprise apps.
Two-factor authentication provides stronger security than single-factor authentication like usernames and passwords alone. It requires two factors: something you know (like a password) and something you have (like a token, smart card, or biometric). This makes hacking accounts more difficult as possessing just a password is not enough. While more secure, two-factor authentication has additional costs and may be inconvenient for users. However, as technology advances, the use of two-factor authentication is growing in industries like banking and online brokerages to better protect customers.
Extreme is the only company in the industry that takes an architectural approach to bringing products to market (from R&D to product release). Everything we do and create is a part of this Software Defined Architecture [SDA]. Wireless LAN, Wired LAN, Data Center -- It starts with highly reliable, high performance infrastructure. This is our heritage and we have always been outstanding at this: WiFi, Campus LAN all the way to the Data Center. (Ranging from your user to the applications they consume.)
ExtremeXOS -- On top of this, we use a single consistent and differentiated OS call EXOS. (next gen HW will run on EXOS). Lots of companies make high performance hardware, so to truly offer value added differentiation; we include an integrated layer of software into our architecture.
Network Management & BYOD -- We fully integrate management across our entire portfolio. We are very proud that in only 5 months, NetSight became the management platform for the entire portfolio. This was an emphatic message to the market that we take a different approach aligned to our SDA. NetSight has a single, integrated database for all aspects of management. This streamlines operations, enables dynamic management and removes the manual aspect of correlating information.
Application Analytics -- Purview offers application layer analytics, so you can understand what is happening on your network, you can optimize your environment, help increase productivity and measure adoption. Purview allows you to deliver both tactical and strategic information to make better more rapid business decisions.
Finally, we offer orchestration across the entire architecture. Whether that infrastructure is multi-vendor or not. Orchestration within the data center is available across virtualized workloads and consolidated storage and compute. Extreme is the only company in the industry committed to this type of integration, backward compatibility and openness to support technology partners and third party vendors. Many in the industry have grown through M&A, successfully so, however it has led to a portfolio with lots of products that are not integrated through management or orchestration. Each time you add a product, it increases your complexity with the introduction of a new disparate management tool.
PortalGuard is a software solution that provides five layers of authentication functionality including two-factor authentication. It can enforce two-factor authentication for accessing cloud applications directly, via VPN using RADIUS, or during self-service password resets. PortalGuard delivers one-time passwords (OTPs) for verification via SMS, email, voice call, printer, or transparent tokens. It has configurable OTP settings and supports standard RADIUS authentication for VPN access. Implementation requires server-side software installation on IIS servers and optional client-side software for additional features.
kicking your enterprise security up a notch with adaptive authentication sa...Sagara Gunathunga
This document discusses how adaptive authentication can improve security over traditional passwords and multi-factor authentication. It notes that passwords are often reused or weak, leading to many breaches. While multi-factor authentication adds security, it has low adoption rates due to usability issues. The document proposes that authentication should be dynamic, responsive to context like location, device and application risk level. It outlines how the WSO2 Identity Server supports adaptive authentication through scripting policies, connectivity to machine learning models, and a wide range of authentication connectors. Adaptive authentication can select steps dynamically based on the request, user attributes and behaviors, or a risk score to improve security and usability.
This document describes PortalGuard's two-factor authentication solution. It provides tokenless two-factor authentication through one-time passwords delivered via SMS, email, printer, or transparent token. The summary describes how it works by enrolling user mobile devices, validating credentials through the PortalGuard server, and delivering one-time passwords to grant access to applications.
Webinar - Easy multi factor authentication strategies and PCI DSSonionid12
In this webinar we will discuss the use of multi-factor authentication (MFA), and the new mandate in the latest version of PCI Data Security Standard, PCI DSS 3.2. MFA goes beyond traditional password-based approaches by combining multiple features, such as biometrics, behavioral patterns, and context information. In addition to covering these, the webinar will also address the problem of selecting the right combination of features for a business, given its unique priorities and circumstances. Learn how to comply with PCI DSS 3.2's MFA mandate for admin and user accounts.
This document discusses two-factor authentication and its benefits. It describes two-factor authentication as requiring two different types of evidence, such as something you know (a password) and something you have (a token or mobile device). Hard tokens generate one-time passwords on a physical device while mobile tokens use a mobile app to generate passwords. Using a mobile token is more flexible and cheaper than hard tokens but still vulnerable to active attacks. Sending a one-time password via SMS and requiring the user to enter a code for transactions adds an extra layer of security against man-in-the-middle attacks compared to other methods. The document recommends hashing passwords before sending and mutual authentication between clients and servers to improve security.
Two factor authentication-in_your_network_e_guideNick Owen
This document provides instructions for adding two-factor authentication to a corporate network using WiKID as the authentication server. It discusses configuring Radius clients like VPNs from Cisco and Juniper to communicate with an Active Directory server through a Radius server. The Active Directory server would authorize users while the WiKID server authenticates users with two-factor authentication. It provides step-by-step examples of configuring Network Policy Server and WiKID to enable two-factor authentication for remote access to a corporate network.
Solus is a biometric authentication software that provides multi-factor authentication through eye recognition and a scrambled PINpad entry. It integrates seamlessly with applications and can replace traditional login screens. Solus authentication is more secure than passwords as it is based on unique biometric identifiers and difficult for hackers to access. It also provides a simpler user experience compared to additional hardware tokens or security devices. Solus authentication can help reduce costs, improve security and compliance, lower support calls, increase customer retention and boost brand confidence for companies.
Stronger/Multi-factor Authentication for Enterprise ApplicationsRamesh Nagappan
This document discusses multi-factor authentication strategies for enterprise applications using PKI, smart cards, and biometrics. It provides an agenda that covers the identity dilemma, identity assurance vs security, multi-factor authentication strategies using OTPs, smart cards, PKI and biometrics, understanding real-world implementations including tools, standards, and the role of JAAS. It also discusses the role of Sun OpenSSO for single sign-on and multi-factor authentication, deployment architectures, and provides a demonstration of multi-factor SSO using PKI, smart cards and biometrics.
The document discusses two-factor authentication (2FA) as a more secure alternative to single-factor authentication using just a username and password. 2FA provides an additional layer of security beyond just one credential by requiring two separate factors, such as something you know (a password) plus something you have (a token, smart card, or biometrics). While 2FA is more secure, it can also be slower and require the user to have their second authentication factor available at all times. Popular services like Facebook and Dropbox have implemented 2FA options to better protect user accounts and data.
The document outlines several scenarios and design goals for a federated secure internet conferencing system. The scenarios describe different examples of secure video conferencing between users with varying identities, credentials, and network access. The design goals aim to provide end-to-end security, support federated trust models, be globally scalable, support privacy, have minimal impact on conferencing protocols, span multiple protocols, and be adjustable to different security needs.
This document summarizes a presentation on two-factor authentication (2FA). It discusses the different types of authentication factors including something you know (e.g. passwords), something you have (e.g. security tokens), and something you are (e.g. biometrics). Software token apps like Google Authenticator and Authy that generate one-time passwords for 2FA are also covered. The document outlines the security issues with passwords and why 2FA is needed based on recent data breaches. It provides an overview of standards like FIDO and implementation recommendations for adding a second authentication factor.
Going beyond MFA(Multi-factor authentication)-Future demands much moreindragantiSaiHiranma
Automated Onboarding, Identity
Verification and Strong Authentication
are all needed by future-readiness
businesses that demand rapid
evolution for their businesses
transformation and growth.
These 3 features form the core in
hyper volume-velocity with remote
working and BYO-focused workplace
for every business too. End users and
employee as understand the need for
efficient solid identity verification
security, but they expect technology
to be simple, convenient, and fast.
With decreased visibility and
increased complexity, IT is more
challenged than ever to manage
authentication across a hybrid
an environment without disrupting end-user
E-Lock AdaptAuth is an AI-powered, Adaptive, Multi-factor Authentication solution that provides an advanced layer of protection in the form of Adaptive MFA. Adaptive authentication utilizes information such as IP addresses, geo-locations, device signatures and user behavior patterns to assess the risk and accordingly adapts the authentication flow.This is achieved by building a risk profile for every user by analyzing past authentication attempts and behavioral patterns. The extent of deviation from such patterns invokes additional MFA factors until desired levels of identity assurance are achieved.
Capabilities provided by AdaptAuth:
Basic Authentication
Two-factor authentication- App based OTP, Email/SMS OTP, Digital Certificate, Fingerprint, FIDO2 authentication
Multi-factor Authentication
Adaptive Authentication
Single-Sign on
WYSE Biometrics Systems Pvt Limited is an Indian company that designs and manufactures electronic authentication devices. It has ISO-certified manufacturing facilities in Pune, India. The company is known for delivering reliable, accurate, and high-performance biometric products, including fingerprint devices. It serves customers across India as well as in East Africa and Oman. WYSE offers biometric attendance and access control systems, mobile apps, and cloud-based solutions.
This document discusses digitizing business processes during times of crisis. It emphasizes establishing trust in digital transactions through secure identities, devices, and transactions. It promotes using risk-based security approaches and legally binding online agreements to ensure compliance, prevent fraud, and verify identities throughout the digital journey. The document also provides examples of companies that have implemented e-signature solutions to improve processes, drive efficiency, and create fully digital experiences for customers.
IRJET-An Economical and Secured Approach for Continuous and Transparent User ...IRJET Journal
This document discusses an approach for continuous and transparent user identification for secure web services using biometrics. It proposes a framework called CASHMA (Context-Aware Security by Hierarchical Multilevel Architecture) that uses multi-modal biometrics for continuous authentication. CASHMA authenticates users using biometric traits instead of usernames and passwords, and periodically re-authenticates users during a session to ensure security. The document describes how CASHMA works, including how it issues authentication certificates to validate user identity on an ongoing basis and adaptively sets session timeouts. It concludes that CASHMA enhances security and usability for user sessions through continuous multi-modal biometric authentication and verification.
Dynamic Based face authentication using Video-Based MethodIRJET Journal
This document proposes a dynamic video-based face authentication system to address security issues with existing image-based systems. The proposed system uses video captured at entrances to premises compared frame-by-frame to videos stored in an AWS bucket database, rather than single images. This allows for more secure authentication by checking a live video stream against registered users' videos. If an unregistered user is detected, an alert is generated to security staff for verification before access is granted or denied, improving security over static image checks. The system aims to prevent unauthorized access through hacking of image profiles.
An Overview on Authentication Approaches and Their Usability in Conjunction w...IJERA Editor
The usage of sensitive online services and applications such as online banking, e-commerce etc is increasing day by day. These technologies have tremendously improved making our daily life easier. However, these developments have been accompanied by E-piracy where attackers try to get access to services illegally. As sensitive information flow through Internet, they need support for security properties such as authentication, authorization, data confidentiality. Perhaps static password (User ID & password) is the most common and widely accepted authentication method. Online applications need strong password such as a combination of alphanumeric with special characters. In general, having one password for a single service may be easy to remember, but controlling many passwords for different services poses a tedious task on users online applications . Usually users try to use same password for different services or make slight changes in the password which can be easy for attacker to guess adding increased security threat. In order to overcome this, stronger authentication solutions need to be suggested and adapted for services based network.
BeyondCorp is Google's implementation of a Zero Trust security model that eliminates the use of network-based controls like VPNs. It authenticates and authorizes access to resources based on dynamic factors like the user, device, location, and time. This provides stronger security, visibility, and a better user experience than traditional perimeter-based approaches. The presentation outlines how to achieve a similar BeyondCorp-inspired architecture by collecting relevant data, defining access policies, writing user scenarios, and implementing dynamic access controls and ephemeral credentials. Moving to this model will impact VPN and legacy security vendors and lead to converged access management categories.
Duo Platform provides visibility and control over user and device access to organizations' applications in the cloud or data center. It defines access policies for users, devices, networks, and applications. Device Insight gathers data about users' mobile and PC devices without installing MDM agents to identify non-compliant devices. Duo Access Gateway provides secure access to cloud apps using existing credentials like Active Directory usernames and passwords. Two-factor authentication is made easy through rapid provisioning and diverse authentication options that streamline the user experience without sacrificing security.
Cuckoo Tech is a cutting edge seamless Time & Attendance solution, it is a combination of Software+Hardware+Mobile on cloud. With all the features ranging from Biometric device, shift planing, mobile based solution, all data on real time
This document discusses internet banking and its advantages. It provides details on the features of internet banking such as viewing bank statements, paying bills electronically, and transferring funds between accounts. It lists benefits for both banks and consumers, including lower costs, increased convenience and flexibility. The document also outlines security risks and recommends controls for authentication, access, encryption, firewalls, and intrusion detection to mitigate threats.
BeyondCorp New York Meetup: Closing the Adherence GapIvan Dwyer
BeyondCorp is Google's approach to access management that eliminates the need for a VPN. It is based on zero-trust principles where access is granted based on who the user is and what device they are using rather than which network they connect from. Google implemented dynamic access policies that consider user identity, device security properties, and request context to determine access in real-time. The key aspects of BeyondCorp include redefining corporate identity as the user and device, making access decisions based on their current attributes and state, removing trust from networks by centralizing access controls, and issuing short-lived credentials to authenticate users and devices securely. The document provides guidance on starting with BeyondCorp by taking inventories, defining access use cases as job stories
The document discusses digital and electronic signatures, comparing their key differences and legal status in Canada. It provides an overview of the signature technologies, including what must be achieved (security, integrity, non-repudiation, etc.). Best practices for electronic signatures and records are outlined. Pricing models for on-premise versus cloud-based solutions are compared. The document aims to help organizations understand how digital and electronic signatures can improve business processes while ensuring compliance.
A cloud-based visitor management system provides various benefits for organizations in Dubai. It allows remote check-in for visitors using smartphones and QR codes, minimizing contact. Employees are instantly notified when visitors arrive. The system approves visits and only allows entry to recognized visitors, enhancing security. Data can be securely accessed from any device. Integration with access control and other systems allows automated entry based on authorization and tracking of visitor movements. A centralized dashboard provides efficient management of visitor logs across multiple locations. The system facilitates contactless check-in for employees and sending of emergency alerts.
This document introduces DocuSign and how it integrates with NetSuite CRM. It discusses how DocuSign helps address challenges in today's sales environment by allowing users to stay digital, mobile, easy to use, and increase execution speed. DocuSign automates electronic signature and transaction management. It can integrate with NetSuite via pre-built connectors or custom integrations. A demo is shown of how DocuSign streamlines contract execution from within NetSuite.
6 simple things to remember about kyc verificationShufti Pro
Global businesses need KYC for compliance with European Union Regulations. With Regulations getting stricter, KYC has become essential for all companies in the EU. KYC verification can be a tedious process for many. This document will help you see another side of the process.
This document discusses how to build trust in online transactions and services. It identifies three key areas to address: source identity integrity and authenticity, content provenance and integrity, and verification of identity and integrity. The document promotes Digiprove's technology as a way for online service providers to quickly and cost-effectively embed certifications and verifications into their software through a software development kit. This would allow end users and partners to independently verify identities and content integrity with one click.
Location based authentication new words approch secuiritySarath K
Authentication is accepting proof of identity given by a
credible person who has evidence on the said identity or on the
originator and the object under assessment as his artifact
respectively. Traditional authentication technique generally
requires an id and password to verify the identity of user. By
nature, user is looking for a password that is easy to remember
and secured from any attack. However, remembering many
complicated passwords, especially when user has different
accounts, is not an easy task. Earlier two factor authentication
technique is common in use. In the two factor authentication
individual can be identified by his user name and password. If
username and password is matched then process of
authentication is done and user can access the data. But in this
technique anyone can hack password and access information.
In many cases, users' passwords are stored in plain-text form on
the server machine. Anyone who can gain access to the server's
database has access to enough information to impersonate any
authenticable user. In cases in which users' passwords are stored
in encrypted form on the server machine, plain-text passwords
are still sent across a possibly-insecure network from the client to
the server. Anyone with access to the intervening network may
be able to "snoop” pairs out of conversations and replay them to
forge authentication to the system. Each separate system must
carry its own copy of each user's authentication information. As a
result, users must maintain passwords on each system to which
they authenticate, and so are likely to choose less-than-secure
passwords for convenience. Knowledge based authentication
uses secret information. When user provides some information to
authenticate himself as a legitimate user, the system processes
this information and suggests whether the user is legitimate or
not
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truMe - Global Digital Identity and Access Management
1. TruMe
❖ MoBiCo Comodo
Redefine the way we move
Copyright – Mobico Comodo Pvt.
Ltd.
Copyright 2017 Mobico Comodo Pvt. Ltd.
Global Identity and Access Management
Redefine the way we move
3. 3
OurPurpose
Why does truMe exist
Offer a digital platform for Identity
Management that works and is
accepted across borders, that
allows management of access to
physical and digital locations in
most secure and convenient way
without compromising usier privacy
4. 4
Security Privacy Efficient
Convenience
What problems do we solve
One of the biggest
concerns that is
bothering every
individual and
nation
Most of us feel
insecure when we
have to divulge our
personal
information to
anyone whom we
don’t know
We would rather
spend time with our
family or do
something that we
like rather than
standing in a Queue
just waitingg for our
turn
5. True Secure Identity on mobile
❖ Create Digital Identity
❖ Build Identity Profile by
verifications
Mobile No
Email
Aadhar Number
Aadhar Biometric
PAN Card
Drivers License
Vehicle Registration Number
Crowd sourcing
6. Use Secure Identity Profile on Mobile Device
Secured Convenient
Access
No Identity Footprint at
access points
7. Access Point-Key Features
QR Code Scanner
NFC Enabled
Aadhaar Based Bio Scanner
No data stored on kiosk
Real Time Communication with
Server
Rule Based Access
No Manual Setup Required
Auto Upgradable
12. 12
How does it work
Process
Digital Footprint
Bind Identity to
verified Mobile
Number & Email
Biometric
Link digital
footprint with
Individual
Biometric
Facial Recognition
Use facial images from validated
source and current use case for
verification
Validation of Identity by humans is neither most reliable nor very efficient
but combination of humans and machine is a much better bet
Identity Redefined
24. truMe for Visitors
➔Access can be allowed on the basis of profile scan or invite
only scan in the restricted areas.
➔Easy and quick on the spot registration for users without
mobile app.
➔Real time monitoring of visitors.
➔Emergency response
25. truMe for Temp workers
➔Monthly/Daily/Custom duration passes can be issued to
temp workers.
➔eKYC of Temp workers.
➔Configurable access control.
➔Passes can be easily renewed and cancelled.
27. Deployment Strategy
➔On Premise or Cloud Based implementation.
➔Network Requirement : Internet Connectivity and LAN.
➔Easy integration with existing access gates.
➔Deployment Time : 1-2 working days.
32. How truMe will help
➔ Easy and Quick e-KYC.
➔ Go ‘Paperless’.
➔ Detailed e-KYC status reports.
➔ Integrate with Access Gates.
➔ Integration with another System to share e-KYC details.
33. truMe for Temp Staff & Employees
➔Do e-KYC of new Joinees.
➔Onboarding of Temp staff using e-KYC for quick verification.
➔Employee verification using e-KYC.
➔Bulk upload process to do e-KYC of existing staff in one go.
➔Employees and Temp Staff can verify themselves against the
generated e-KYC requests as per their convenience using self
service kiosk.
35. Deployment Strategy
➔On Premise or Cloud Based implementation.
➔Centralised server for multiple locations for effective controlling
and reporting.
➔Network Requirement : Internet Connectivity and LAN.
➔Easy integration with existing access gates.
➔Deployment Time : 1-2 working days.
36. Airports Access
Integrate with Airports to get ticket information
Get Ticket Information from Email/SMS on User
Mobile
Generate Access Card (QR Code) with Idenity and
Access Information
Use Case 3
38. Events And Exhibitions
Convenient and secure access.
Efficient and controlled access for visitors and delegates
Reliable solution for big events and exhibitions.
Entry point access control
Real time information availability of occupants
Use Case 5
39. Use Case 6
Stadiums
Convenient and secure access.
Efficient and controlled access for visitors and
delegates
Sport events entry point access control
Real time information availability of occupants
40. Clubs & Recreation Centres
Membership based access
Easy age verification.
Verify Identity before access.
Use Case 7