The KILL NET SWITCH ‘cuts the wire’ between the computer and the internet (and joins it back up, when you want to connect again).
Stan Lieder and Kerry Farmer have been doing business together for many years. Stan is the ideas man – the techo and innovator. Kerry is the marketer, documentation and contracts expert. Both men have long experience in the Computer Industry. Stan is from Christchurch, New Zealand which was destroyed by earthquake in 2011.
Almost all the CBD had to be re-built – a huge task. Stan, through his company Kore Projects Ltd, designed Internationally renowned systems so that Construction Managers could have access to information and send in reports from the building site. Kerry has an international marketing consultancy called Dynamic Intelligence Ltd, with over 900 customers in 50 countries.
One day recently, the company which provides Stan’s company with payroll services got hacked and ransom was demanded. Stan and his people were highly inconvenienced, to say the least!
Stan and Kerry were talking about it and one of them said ‘makes you want to cut the wire’. And they both laughed. But ‘cutting the wire’ is a great idea and soon imaginative minds were thinking fast. And Kill Net was born.
Kill Net knows that hackers have the code to shut down your system-based anti-virus software – and you will not even know that this happens.
This leaves your computer system totally open to hacking. But the Kill Net Switch – in operation on the wire and not in your computer system – stops such anti-virus shutdowns completely and instantly.
Your computer system is 100% safe from hacking.
Here are the graphics of a KillNet Switch.
This is the basic model.
More sophisticated models will have more displays and LED indicators.
And there will be more onboard controls.
There is no software to install. There is no software automatic installation process. Your Kill Net Switch does not change anything in your computer.
(Note: Designs are still being finalized and the end product may look slightly different)
Kill Net Ltd has been formally set up.
The two initial directors/shareholders are all involved with the design and marketing concepts for the KILL NET SWITCH.
The two initial Directors/Shareholders are:
https://www.linkedin.com/in/stan-lieder-b7a40b181/
https://www.linkedin.com/in/kerry-farmer-08529b10/
Official company details are here.
We have reserved the names KillNetShield.com and KillNetSwitch.com
You can visit KillNetSwitch.com This website will be changed to a marketing/selling website after the initial Venture Capital phase is completed.
These processes are ongoing and already committed and paid for.
Total Initial Costs – $50,000
$130,000 Preliminary Setup Costs etc
$30,000 Marketing Consultancy
$440,000 Support Costs
$500,000 12 months marketing
$1,500,000 Manufacturing Costs
—————————–
$US 2,600,000 Total Investment Cost
Full detailed costs are available.
The finance control and reporting would be provided by an independent Public Accountant – Finman Services.
Until the Venture Capitalist has been fully paid:
Copyright © Kill Net Ltd 2021 All rights reserved
• Free DNS hijacking test checks if your router settings are safe
• Easy and safe to use, no need to download or install anything
• Works instantly and with any other security software installed
• Completely free and safe to run and use
Checker is a free DNS hijacking test. If criminals hack your router, they can monitor, control, and redirect you to fake versions of websites and banks or see questionable adverts. This is called DNS hijacking.
KillNet Router Checker safe?
KillNet Router Checker is safe, free, and fast to use. It doesn’t install anything on your computer. It’s made by KillNet with over 30 years expanice
It is important to note that asides from the initial request sent from the computer, the DNS lookup process happens behind the scenes and does not require any further interaction from the computer.
Like every house with a street address, every device on the internet has an IP address linked to it. Without an IP address, the device cannot be found by other devices connected to the internet network. So, when a user types a human-friendly URL like “www.yoursite.com” into their web browser (using a computer-friendly IP address that looks like 192.123.1.1 – for IPv4 or 2606:1100:220:1:258:1893:25c8:1945 – for IPv6), there is a communication between the information typed into the browser (www.yoursite.com) and the IP address through lookup servers including recursive resolvers, root nameserver, top-level domain server (TLD), and authoritative nameserver, before the webpage can be located on the internet.