by

Port Forward Network Utilities Serial Key


    • Version: 6.38
    • Supported OSes:
      Windows 7, 8, 8.1, 10,
      Server 2008 R2, Server 2012,
      Server 2012 R2, Server 2016,
      Server 2019

    • NOTE: The Basic (free) edition has to be activated with a free serial key. See the product edition chart for details.

Features 30-day Trial Basic
 Pro
 Ultimate
Maximum number of rules331050
Works as a Windows service
without modification of
Windows networking settings 		yesyesyesyes
Activity monitoringyesyesyesyes
Filtering/editing TCP/UDP portsyesyesyesyes
Rule description editingyesnoyesyes
Filtering/editing IP addressyesnoyesyes
Filtering/editing MAC addressyesnonoyes
Filtering/editing Network Adapteryesnonoyes
Traffic cloningyesnonoyes
Traffic reflectionyesnonoyes
Import/Export of rules into a fileyesnoyesyes
Complimentary technical support for 1 year
*See end user license agreement for details.		nonoyesyes
Background without a watermarknonoyesyes
License to use for more than 30-daysnoyesyesyes
Price (in USD)-Free$14.95$19.95
Purchase

Port Forward Network Utilities Serial Key Automatically update your port forwards with a single click. Increase security — forward ports when you need them, prevent forwarding when you don’t. Optimize your router for faster, more reliable connections. Save hours by letting PFConfig do all the work.

Technical Specifications

Latest release 6.38 , 18 Jan 2021 , [Change Log, Previous Releases]
Supported networking Ethernet, IPv4, IPv6, TCP, UDP.
Traffic transformation engine Kernel-mode network driver.
Prerequisites .NET 4.5.2, up-to-date root certificates (or it will take 2 minutes to start).
Supported OSes Windows 7*, 8, 8.1, 10, Server 2008 R2*, Server 2012, Server 2012 R2, Server 2016, Server 2019.
*For Windows 2008 R2 and 7, required Service Pack 1 + KB3033929 (SHA-2 digital signing).
*For Windows 8.1, Server 2012 R2, required KB2995730.
Recommended hardware CPU 1GHz and above, modern graphics card.
Additional hardware requirednone

Overview

This is a Swiss Army knife of port forwarding. It transforms network traffic whichever way imaginable. The traffic for forwarding is selected by a combination of: direction (incoming/outgoing), protocol (TCP/UDP), Port, IP (IPv4, IPv6, DNS name), MAC, and Network Adapter. Any of the above traffic addresses can be selected together or individually. The program goes beyond just forwarding and offers reflection of traffic back to the source on a local or a remote computer, with or without transposing the addresses. An activity indicator associated with each rule conveniently shows the traffic being processed. The program provides high performance and efficient use of resources on computers running even the old operating systems.

What is a port forwarding in general ?

Port forwarding functionality is similar to the network address translation (NAT) except that it performs translation of only the port numbers. To illustrate the concept, two computers on the Internet that communicate with each other via TCP/IP or UDP/IP protocols utilize ports to identify the opposite connection points of each other where the data packets supposed to go to. In order to communicate, each computer knows the port of another computer (in addition to IP address) and sends data to that port. Multi Port Forwarder forwards these ports in such a way that when one computer sends data to the specific port of another computer, the data actually goes to a different port. The port forwarding is performed transparently for all applications. So, the applications don’t even notice that such forwarding ever occurred.

An example scenario for the port forwarding of incoming traffic: when a remote computer sends some traffic to the local computer to the specific port (lets say, HTTP port 80), Multi Port Forwarder forwards the local port 80 to the port specified within the rules (for example, port 8080). Thus the local server can be listening on port 8080 and receiving the data which was sent by the remote computer to port 80.

Working with Multi Port Forwarder

Multi Port Forwarder actions are based on rules. Rules can be added or removed from the rules list using toolbar buttons or the menu. Rules can be enabled or disabled using the checkbox right next to them. They take effect with a delay configurable via Settings.
Rules are executed from the top to bottom. Whenever the first matching to network traffic rule is found, that rule is executed. No other rules are executed for the same traffic.

Rule editing has been significantly simplified comparing to previous versions. The interface now operates in terms of Local and Remote addresses. Check boxes allow to individually choose parameters for traffic selection and modification.

  • Description - description or title of the rule to be displayed in the rules list.
  • Activity monitoring - enables yellow LED-like activity indicator in the rules list to flash whenever the rule is triggered.
  • Traffic Selector section - parameters for selection of traffic for modification.
  • Forward Traffic As... section - parameters for traffic modification to be performed.

Traffic Selector

  • Direction - direction of the first packet of the traffic that will trigger the rule execution. When the first packet is processed, the program internally creates a bi-directional conversation channel between communicating parties. So, the subsequent packets for the same conversation can go in either direction. The duration of the conversation channel can be set in Options menu for TCP and UDP individually. The duration is really an inactivity timeout. Once it expires, the reverse channel closes (silently ceases to exist). And a new packet that matches the rule will be needed to create the bi-directional channel again.
  • Protocol - UDP or TCP
  • Port - a port number 1-65535
  • IP address - an IPv4 address, IPv6 address, or DNS name. The located below hint displays the identified type of entry. When DNS name is used, the program resolves it into IP address list then uses all of its associated IP addresses. The DNS name resolution is performed once when the rules are run (submitted to the driver). There is no continuous monitoring of DNS name address associations.
  • MAC address - MAC address. NOTE: all traffic arriving to a computer has local MAC address as MAC address of its network card or a broadcast/multicast.
  • Adapter - list of available network adapters.

Forward Traffic As...

  • Reflection - flag that forces traffic to be sent back in the direction of its source. If the traffic is going out, the traffic will be returned back. If the traffic is coming from the outside, it will be sent to the outside.
    • Mirroring reflection - flag that forces the traffic to be sent back to its source and preserves all of its Local and Remote addresses. That actually means that Source and Destination addresses within each packet will be transposed. This affects only addresses and does not affect TCP SeqNo/AckNo.
    • Routing reflection - flag that forces the traffic to be sent back to its source with all of its Local and Remote addresses transposed. That actually means that Source and Destination addresses of each packet will not change. The routing is perfromed after all other changes are made to the traffic.
  • Port - a port number 1-65535
  • IP address - an IPv4 address, IPv6 address, or DNS name. The located below hint displays the identified type of entry. When DNS name is used, the program resolves it into IP address list then uses only the first associated IP address. The DNS name resolution is performed once when the rules are run (submitted to the driver). There is no continuous monitoring of DNS name address associations.
  • MAC address - MAC address. NOTE: for traffic recipient to be able to communicate with the source, the Local MAC address has to be the MAC address of the network card the traffic is sent through.
  • Adapter - list of available network adapters.

Examples

Example #1

Forward all incoming traffic from TCP port 80 to port 8080.

Example #2

Forward outgoing traffic for verigio.com from TCP:25 to TCP:8025.

Example #3

Key Monitor activity of web traffic (without changes).
The monitoring will start when the local computer connects to a remote web server. The monitoring will be performed in both directions (even though Direction is set as Outgoing), since bi-directional communication channel is created internally and is used for traffic monitoring/transformation.

Example #4

Route traffic for verigio.com via specific network adapter.
The 'Forward Traffic As...' section has the following items:
  • Local IP address - IP address that is associated with the network adapter. Use the command line 'ipconfig /all' to obtain.
  • Remote IP address - IP address of the default gateway. Use the command line 'ipconfig /all' to obtain.
  • Local MAC address - MAC address of the local network adapter. Use the command line 'ipconfig /all' to obtain.
  • Remote MAC address - MAC address of the network adapter of the default gateway. Use the command line 'ping 'Remote IP address' then 'arp -a' to obtain.

Example #5

Route all incoming web traffic (TCP:80) to another server (192.168.1.8 TCP:8080).

Port Forward Network Utilities Serial Key Unlock


The 'Forward Traffic As...' section has the following items:
  • Reflection - mirroring reflection preserves Local and Remote addresses without changes (source and destination addresses for each packet would, of course, transpose).
  • Remote Port - listening port on the remote server.
  • Local IP address - IP address that is associated with the network adapter. Use the command line 'ipconfig /all' to obtain.
  • Remote IP address - IP address of the another server. Use the command line 'ipconfig /all' to obtain.
  • Local MAC address - MAC address of the local network adapter. Use the command line 'ipconfig /all' to obtain.
  • Remote MAC address - MAC address of the network adapter of the another server. Use the command line 'ping 'Remote IP address' then 'arp -a' to obtain.

Third party tools useful for network debugging

Notes:
* Windows® is a registered trademark of the Microsoft Corporation.

2,971 downloadsUpdated: February 16, 2021Commercialware

Monitor your local or network-connected UPS using this reliable and comprehensive software utility that supports both LAN and WAN

UPS stands for uninterruptible power supply and it is an electrical equipment that still provides power to the connected devices even when the main power line is down. This way, you can save your work or finish your current project on your PC even if there is a blackout in your neighborhood.

Winpower Manager is one of the apps you can rely on to control your UPS, no matter if it is a local or a remote one (LAN and WAN are both supported).

Java-based software solution

Before enjoying the functions of this utility, you need to make sure you have previously installed Java, otherwise the application does not launch.

Once this step is completed, no expert configuration is required, as the supported UPS device is automatically detected and listed within the main window. You can view all its components, as well as the load level and battery voltage.

Configure shutdown parameters for your PC and UPS

If you are not a tech-savvy user, you might need to take some time to browse through the hefty documentation to understand all the features and make the best of them.

For instance, you can schedule your UPS to shutdown or hibernate your computer when the battery is below a certain threshold. Moreover, you can even schedule the UPS itself to power off if you want to.

Reliable UPS monitoring utility

A handy function of Winpower Manager is that it can automatically send an email message or SMS to the addresses you specified whenever a certain event is identified. In other words, you can be notified when the UPS failed to start, or its battery is running low if the load is too high or the temperature is too low.

All in all, this application can prove to be extremely useful to all those who want to fully enjoy the functions of their UPS and are looking for a straightforward UI app for help them.

Filed under

Winpower Manager was reviewed by

Port Forward Network Utilities Serial Key 64-bit

Giorgiana Arghire
4.5/5
SYSTEM REQUIREMENTS
  • At least 512 MB RAM
  • A minimum of 8-bit color depth (256 colors) is required to run software monitor. Additionally, manager window requires a minimum 800x600 resolution (1024x768 resolution recommended)
  • 256MB hard disk space at least
  • TCP/IP protocol must be installed to support network management
  • For local connection, an available communication port (RS-232 Serial Port or USB port) is needed to connect UPS with a communication cable
New in Winpower Manager 5.7.0.3:
  • Support shutdown VMware ESXi by NMC SNMP
  • Upgrade JRE 1.8 for cyber security requirement
  • Support Windows Server 2000 discontinued
  • Fix time display bug for Daylight saving time in UTC/GMT+3
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Port Forward Network Utilities Serial Key

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Port Forward Network Utilities Serial Keys

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Winpower Manager 5.9.0.2

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Portforward Network Utilities Serial Key

runs on:
Windows 10 32/64 bit
Windows Server 2012
Windows 2008
Windows 2003
Windows 8 32/64 bit
Windows 7 32/64 bit
Windows Vista 32/64 bit
Windows XP 32/64 bit
file size:
102 MB
filename:
Winpower_setup_Windows.zip
main category:
Network Tools
developer:

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