Dotcom burst in 2000-2001 was the worst time for IT professionals. It hit almost all big IT companies throughout the world. That dot-com burst or IT bubble burst wiped away as much as $5 trillion from IT companies. Among worst hits, professionals were leading the hierarchy.
The current scenario reflects more or less the same situation. US economy is recessing and IT world is again facing a setback. At this moment, you are left with lesser options or excuses to defend yourself for a kick throwing you out of the job.
In such turmoil, businesses just look for the alternatives that can save them money and cut on costs. Management does not care to give you a moment’s notice and you are out of the scene. Besides recessions, the other factors forcing the people to lose their jobs are the mergers and acquisitions. The restructuring done after every merger or acquisition wipes away jobs of many.
But Here is One of the best way to cut your cost through well known technologies of 21st century...
Virtual private network(VPN): A secure connection between two parts of a private network that uses a public network such as the Internet to reduce costs.
You work even when you're out of the office. While you're on the road or working from home, you need access to your files, e-mail, and databases. Dialing directly into your office's server is one solution, but it's expensive and comes with perennial support problems. Sending files over the Internet is easy, but you never know who might be snooping. So why not take your network with you? You can have secure access to your business network for the cost of a local phone call, using the Internet and a virtual private network. And forget about installation headaches--you can just get an Internet service provider to manage the VPN for you. A VPN:
Creates a secure connection to your business network for branch offices and telecommuters.
Costs as much as 70 percent less than traditional dial-up and modem access.
Can run over a variety of networks, including the Internet.
A VPN is a secure connection between two segments of a network, with one end being your office's network gateway (an entrance to the network, such as a router), and the other end being your PC or a gateway to another network, say, in a remote office. Those two segments connect over a public network, usually the Internet. A VPN requires two technologies to create such a secure connection: tunneling and encryption.
Tunneling lets the two ends of the VPN communicate across the Internet. Since the Internet doesn't speak the same language as your network does, a tunnel packages the data you're sending so that the Internet can understand it.
Pratyush is right. even IPSec has vulerabilities. And all of this because Identity (the labels of end points) are all absolute. We have a mechanisms to authenticate before identity credentials are shared, based on existing mathematical frameworks such as DH. We call it Relative Identity and it has an interesting property - It authenticates any two end points, established a RelID tunnel through which TCP/IP is routed incl. SSL.
YES, VIRTUAL PRIVATE NETWORK.
A NETWORK SHOULD HAVE DOMAIN CONTROLLER, DNS, DHCP (SOMETIMES STATIC) AND VPN SERVER WITH 2 PHYSICAL LAN CARDS.
NETWORK DIAGRAM FOR VPN
(STATIC IP)
DC, DNS VPN SERVER VPN CLIENT
| | |
_ _ _ _ _ _ _ _ _ _ _ _ |
| |10.0.0.2 | 10.0.0.3
DC 10.0.0.1 | _ __ _ _|_ _ _ _ _ _ | _ _ _ _ _ |
_ _ _ _ _ _ | |(2ND INTERFACE) |
| 200.0.0.196 (PUBLIC IP) |
|_ _ _ _ _ _ |
THE ABOVE DIAGRAM JUST FOR VPN SERVER 2003, IF YOU GO FOR VPN 2008 THE CONFIGURATIONS MAY VARY, SINCE IT NEEDS CERTIFICATE SERVER TO AUTHENTICATE VPN CLIENTS, ITS A LONG PROCESS WHERE YOU CAN CONFIGURE WINDOWS VISTA VPN CLIENT MACHINE (SERVICE PACK 1) WITH THE HELP OF SSTP PROTOCOL (SECURE SOCKET TUNNELING PROTOCOL) FOR THE NETWORK. SSTP IS MUCH SECURED THEN L2TP/IPSec.
NICE ONE THANKS FOR SHARING......
CERT SYS ADMN....
Pratyush is right. even IPSec has vulerabilities. And all of this because Identity (the labels of end points) are all absolute. We have a mechanisms to authenticate before identity credentials are shared, based on existing mathematical frameworks such as DH. We call it Relative Identity and it has an interesting property - It authenticates any two end points, established a RelID tunnel through which TCP/IP is routed incl. SSL.
I also think same! Considering Social Networking shifted all aspects included from Business to Social Awareness about specific/general concerns! Also being direct mediator one can easily approach to Employer on right time, when there is job...
YES, VIRTUAL PRIVATE NETWORK. A NETWORK SHOULD HAVE DOMAIN CONTROLLER, DNS, DHCP (SOMETIMES STATIC) AND VPN SERVER WITH 2 PHYSICAL LAN CARDS. NETWORK DIAGRAM FOR VPN (STATIC IP) DC, DNS VPN SERVER VPN CLIENT | | | _ _ _ _ _ _ _ _ _ _ _ _ | | |10.0.0.2 | 10.0.0.3 DC 10.0.0.1 | _ __ _ _|_ _ _ _ _ _ | _ _ _ _ _ | _ _ _ _ _ _ | |(2ND INTERFACE) | | 200.0.0.196 (PUBLIC IP) | |_ _ _ _ _ _ | THE ABOVE DIAGRAM JUST FOR VPN SERVER 2003, IF YOU GO FOR VPN 2008 THE CONFIGURATIONS MAY VARY, SINCE IT NEEDS CERTIFICATE SERVER TO AUTHENTICATE VPN CLIENTS, ITS A LONG PROCESS WHERE YOU CAN CONFIGURE WINDOWS VISTA VPN CLIENT MACHINE (SERVICE PACK 1) WITH THE HELP OF SSTP PROTOCOL (SECURE SOCKET TUNNELING PROTOCOL) FOR THE NETWORK. SSTP IS MUCH SECURED THEN L2TP/IPSec. NICE ONE THANKS FOR SHARING...... CERT SYS ADMN....