Before ordering an SSL certificate, you need to generate a CSR. Find the creation instructions for most web server platforms and software here. Learn how to configure an SSL certificate for Exchange Server 2010. Portable remote client generator process. Learn how you can easily create a desktop computer client using the portable remote client generator provided by TSplus. SSL VPNs. Dray. Tek SSL VPNVPNs (Virtual Private Networks) enable you to link two remote computers or networks securely using the public Internet with an encrypted tunnel carrying your private data between the two points. Tunnels making use of PPTP, L2. This document describes how to set up an IOS Router to perform SSL VPN on a stick with Cisco AnyConnect VPN client. This setup applies to a specific case where the. There are many reasons for you to install VPN on your home router. Here I will show you how to setup a VPN on your router. FileMaker Pro 16. FileMaker Pro is simply powerful sofware used to create custom apps that work seamlessly across IPad, IPhone, Windows, Mac and the web. TP and IPSec protocols have been available on Vigor routers for many years and provide a simple to set up solution for your site- to- site or teleworker VPNs. SSL VPNs provide a new method for teleworker to central site VPN, providing great convenience, low TCO and simplicity where other methods may not be possible. SSL VPN is supported on selected Dray. Tek models, including the Dray. Tek Vigor 2. 96. 0 Series. There is no licensing limit or 'per user' licence on the number of SSL clients on Dray. Tek routers up to the maximum capacity of the respective product, as shown in the Product Comparison chart. Install Client Ssl Certificate Ipad Pro ReviewsDray. Tek's SSL VPN uses standard TLS encryption and operates similarly to HTTPS (used for online banking & shopping) to securely tunnel data from remote users to the Dray. Tek Vigor router (VPN Endpoint) and the network it's connected to. Multi- Platform SSL VPN Tunnel support. The Dray. Tek Smart VPN Client Application is available for Windows, mac. OS, i. OS (i. Pad, i. Phone) and Android. Stronger security than PPTPDray. Tek's SSL VPN operates with TLS security, supporting TLS versions 1. AES- 2. 56 bit encryption. Easier to configure and manage than IPsec or L2. TP with IPsec. Dray. Tek's SSL VPN authenticates with a Username and Password which can use the router's VPN user list or authenticate with an external LDAP / RADIUS server. Two Factor Authentication with Mobile One- Time Passwords. MOTP support on Dray. Tek Vigor routers enables two- factor authentication using a PIN in place of a password, with a phone (or other device, with a unique secret key) used to generate a time sensitive, single use key in place of a static password. Uses standard Trusted SSL certificates for Server verification. The router's identity is verified with an HTTPS certificate, which can be signed by a Trusted Certificate Authority or self- signed with details to identify the router. Ensuring that the VPN the client is connecting to is legitimate and secure. No VPN Pass- Through Issues. Unlike other types of VPN (PPTP, IPsec or L2. TP) that require VPN Pass- Through or NAT Traversal support on the networks they connect through, Dray. Tek's SSL VPN tunnel operates over HTTPS, which is much simpler to pass through any network and cannot easily be differentiated from normal HTTPS internet traffic. SSL Applications - HTTPS Web Based proxy & network access. Dray. Tek's SSL VPN also offers a web based interface to access the network remotely through a secure, browser based HTTPS session. This makes it possible to access specified Internal sites via a web- proxy, access specified Computers with RDP / VNC (via Java) or access specified Network resources using SMB / Samba. Each user or group can be configured with their own specific allowances in the Dray. Tek SSL Portal. Dray. Tek Smart VPN Client. The Dray. Tek Smart VPN Client is a free multi- platform application to link remote users and mobile clients to your network by creating the TLS encrypted SSL VPN tunnel. Providing secure connectivity to the local network across the internet to access network resources such as an internal Intranet. It can additionally be used to provide Internet access through the SSL VPN Tunnel if the client is configured to pass all network traffic through the SSL VPN tunnel. Microsoft Windows. The Dray. Tek Smart VPN Client for Microsoft Windows provides SSL VPN Tunnnel support and additionally supports PPTP, L2. TP, IPsec, L2. TP over IPsec with profiles for each VPN Tunnel. It supports Windows 7, Windows 8. Windows 1. 0 and Windows XP. Available in the Router Tools section of the Dray. Tek UK Downloads page. Apple Mac OS X & mac. OSThe Dray. Tek Smart VPN Utility for Apple's Mac OS X (now called mac. OS) is available through the Apple Mac App Store and provides SSL VPN Tunnel support, with profiles for each SSL VPN Tunnel. Available in the Mac App Store. Apple i. OS - i. Pad, i. Phone & i. Pod. The Dray. Tek Smart VPN Utility for Apple's i. OS operating system used by the i. Pad, i. Phone and i. Pod Touch, is available through the App Store and provides SSL VPN Tunnel support, with profiles for each SSL VPN Tunnel. Android - Phones and Tablets. The Dray. Tek Smart VPN Utility for Google's Android operating system used by Android tablets, phones and other devices, is available through the Google Play Store and provides SSL VPN Tunnel support, with profiles for each SSL VPN Tunnel. How to configure CA certificates for i. Pad and i. Phone. Apple i. Pads and i. Phones can communicate with back- end servers securely in many ways, but IT has to configure the devices to accept valid CA certificates. Luckily, there are many different methods for adding the certificates to i. OS devices. Every secure connection to the network starts with authentication to verify the server's identity. Most i. Pads and i. Phones are configured to accept valid certificates issued by a trusted certification authority (CA) so the devices can tell which network servers are legitimate. IT needs to follow a few simple steps to configure CA certificates for i. Pads and i. Phones. What are CA certificates? X. 5. 09 certificates are electronic credentials used by devices (e. Each certificate binds the subject identity (for instance, the server's hostname or IP address) to a public or private key pair. The subject's identity and public key are included in the certificate, along with the issuing CA's name and signature. CAs are responsible for confirming subject identity before issuing requested CA certificates. They are also responsible for renewing and - - when appropriate - - revoking certificates. In effect, CAs operate like passport offices, handing out official passports to authorized individuals who have proven their identity. Once a person has been issued a passport - - or a server has been issued a certificate - - these credentials can be presented with a signature as proof of identity. This kind of CA certificate validation occurs every time a user browses a Secure- Sockets- Layer- protected website. When validating the Web server's certificate, the browser also checks the issuing CA's signature. This check usually passes because public- facing websites tend to have CA certificates from one of the trusted root CAs that are configured by default into every operating system. The importance of trusted CA certificates. CA certificates from trusted root CAs are essential for public- facing servers such as e- commerce sites, but many companies prefer to use their own CA to issue certificates to corporate email, Web, virtual private network (VPN) and other servers not intended for public use. Applications running on i. Pads and i. Phones can authenticate corporate servers using privately issued certificates that are given instructions to trust them. One high- risk option is to simply let users accept unknown CA certificates. By making such exceptions, however, users can fall for self- signed certificates and those issued by untrustworthy CAs, exposing devices not just once but forevermore to a litany of man- in- the- middle attacks. A far better option is for IT to explicitly add a trusted CA certificate to employee devices, configuring applications to recognize and trust servers that prove their identity using your company's CA certificates. In this way, IT can permit secure connections to trustworthy servers without throwing the door wide open. Adding CA certificates to i. Pads and i. Phones. All Apple i. Pads and i. Phones support PKCS1- formatted X. You can use these certificates to identify CAs, servers or individual users and devices. Here's how to add CA certificates used during enterprise Web, email, VPN or wireless LAN (WLAN) server authentication: Email distribution: The least secure method is to simply email your trusted CA certificates to employees. Any user that clicks on this attachment launches an Install Profile dialog that warns that the CA certificate about to be installed is not trusted. If the user clicks Install, he will be further warned that the authenticity of the subject cannot be verified and that installing the profile will add it to the list of trusted certificates on that i. Pad or i. Phone. When using this method, counsel users to make a one- time exception and never install any other CA certificates, even if they appear to be from the IT department. Web distribution: Direct employees to a Web page where your CA certificate is posted. Any user who clicks on the certificate file URL will launch a dialog similar to that described above. Although this method is also vulnerable to phishing, it can be strengthened by hosting the CA certificate on a secure website, and you can advise users to ensure that they reach the legitimate website before downloading your certificate by logging into a corporate Web portal first, for example. Configuration profiles: A more automated and robust method of adding CA certificates is to usei. OS configuration profiles. Configuration profiles are files that deliver settings to i. OS devices. Each profile consists of XML- formatted payloads, which include the certificates and the settings for applications that use those certificates. No matter how profiles are deployed, their XML payload content has the same format. Three types of profile payloads carry certificate settings: Exchange Payloads, which are used to configure Transport Layer Security (TLS) protected email access; Internet Protocol Security VPN payloads, which are for configuring certificate- authenticated VPN access; and Wi- Fi Payloads, which are used to configure Extensible Authentication Protocol authenticated WLAN access. A list of TLS Trusted Server Names may also be included to tell i. OS devices specifically which WLAN servers they should trust, and . Apple i. OS devices can use SCEP to remotely request certificates from your company's CA for subsequent device and user authentication, including enrollment with your company's mobile device management (MDM) server. You can associate any certificates obtained via SCEP with Exchange, VPN or Wi- Fi configuration payloads described above, and it's done by including SCEP Payloads in configuration profiles to retrieve client certificates from SCEP servers. A SCEP payload includes your company's SCEP server URL, along with any optional values such as the name of the CA and the client's X. Once a CA certificate is added to an i. Phone or i. Pad, it can be removed at any time, either by MDM or by users themselves. The i. OS operating system also uses the Online Certificate Status Protocol (OCSP) to check for possible revocation of OSCP- enabled certificates. Organizations that intend to issue certificates from their own CA should consider supporting OCSP for on- going management of trust relationships.
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