and Detailed Explanation
January 30, 2021
computer re-design will allow for the manufacture of Malware Secure
Computers, which will provide the “safe” execution of formerly
dangerous Malware infected, internet and user data activities.
activities include "safely" visiting malware infected web sites,
opening malware infected emails, email attachments, user information data
files and more.
new level of malware safety is actually accomplished without the need or
use of Detection Software, Encryption, VPN, or Analytics.
We also protect against what was once thought to be impossible;
which is “safely” processing, yet to be discovered, Malware infected
files and also protecting against Zero Day Vulnerabilities.
the above may sound impossible, the enabling technology has been proven in
discovery represents a major technological leap
forward, for the malware protection of information data and represents a
significant economic opportunity.
need the help and guidance of a computer hardware design engineer and a
firmware engineer to provide guidance to “assist” with our building of
a very basic Proof of Concept.
had the fortuitous opportunity to have had a meeting with a president of a
major Canadian bank. That bank
president has offered to fund my commercial product development for a
small equity stake. This offer
is contingent upon our demonstration of a very basic Proof of Concept.
A Malware is a “Malicious Software” which is specifically
designed to disrupt, damage or gain unauthorized access to a computer
system. e. g. Virus,
Ransomware, Worm, Botnet, Trojan etc.
Our discovery is a new hardware based solution,
not another software improvement.
I most sincerely invite your inquiries or challenges to these
The Canadian Internet Registration Authority (cira.ca), in 2020 forecasted
that cyber attacks are expected to annually cost the economies of the
world $6 Trillion dollars by 2021. Malware is a major
contributor to that costly and expected cyber mayhem.
detection software companies, such as McAfee and Norton, do a valiant job
at trying to prevent a malware attack, the fact is, they first need to
detect the presence of a new and never before discovered malware.
It is estimated there are more than 1800 new and never discovered
malware being released into the cyber sphere, every day.
By the time a new malware is actually discovered, there is a time
delay for developing a patch, that patch is then uploaded to their web
sites and eventually uploaded to an end users computer. Because of
these delays, Malware attacks happen.
overcome these delays, detection software companies use analytics to look
for “known” behavior patterns of malware.
Despite their best efforts to analyze known behaviors, Malware
infections still get in. The
proof is in the many Ransomware attacks which regularly happen.
the cloud, although generally considered safe, malware attacks still
My Background: During
my 30+ years in electronic component technical sales, sales management and
project management, I have been exposed to a breadth of electronic design
technologies. Including working on the supply of electronic components
used in three satellites circulating the globe.
My highest profile satellite was working with the engineers for the
supply of the CCD imaging sensor, which was used in the European Space
Agency satellite, which produced from outer space the first images of the
Aurora Borealis, hovering like a crown above earths North Pole.
was a speaker at the International Cyber Security and Information Security
Conference. Also I am honored
to have been invited as a keynote speaker at the International Forensic
Sciences Conference in Osaka Japan, November 2021.
I have had an article published in the prestigious Canadian
military technology magazine Vanguard.
The article was on the need for the government to form a new
department to take a second look at rejected funding applications www.roati.com/vanguard.
I am about to start a social media campaign promoting the “second
look” concept. Any
suggestions or shared experiences with rejected funding or lost
opportunity for Canada, would be appreciated.
Discovery: Intuitively it has
never made sense to me why we needed to detect the presence of a malware.
On August 8, 2016 I discovered a new computer principle. This
discovery led me to a new way to process information data.
In turn, it rapidly led me to the design of a New Class of Computer
Components (NCoCC). Realizing the significance of this
discovery, I Canadian federally incorporated ROATI Technologies Inc.,
September 21, 2016.
is an acronym for Ralphs
Onto A Technology
Proof of Discovery:
I obtained a malware infected Word document from an ethical hacker.
That Malware infected Word document was presented to the input of
the NCoCC. The output of the
NCoCC was the same document but “no longer malware infected”.
As astonishing as this may sound, this was actually accomplished
without Detection Software, Encryption, VPN or Analytics.
this is an internal proof of discovery, to prove this discovery to the
world and to obtain funding, I need to build a Proof of Concept (PoC) to
demonstrate that what I say I have discovered, is actually possible.
Custom IC: Preliminary
discussions with CMC of Kingston Ontario indicates, to convert the
discrete component design for the NCoCC into a custom Integrated Circuit,
IC/Hybrid, would be in the area of about $1.5 - 2.0 million.
A custom IC/hybrid is needed for mass production and cost
reduction. The main use of a
low cost unit will be for the malware protection of data communications
lines for IIOT, process control, critical infrastructure and
manufacturing. The high cost
for the R&D is certainly not in my current budget.
I need to find another source of funding.
used in computers, The NCoCC can be built using a discrete components
design. Due to market demand for this high a level of Cyber Safety,
we can withstand the slightly higher cost for the NCoCC.
There is also the possibility that once a PoC is built, there will
be excitement generated for this discovery and or once the government
realized the massive economic benefit for Canada, then the funding to
develop a custom IC/hybrid may be realistically pursued.
Malware Secure Computer Design:
The ability of our NCoCC to “safely” process Malware Infected
information files, has enabled a major redesign of the computers
architecture, enabling this previously never thought possible level of
Description: A ROATI computer
consists of four physically "isolated and independent zones";
the Input, Output, Neutral and Processing Zones.
Each of these physically independent and isolated zones safely
communicate with each other through the NCoCC of the Neutral Zone.
The four independent zones work together to form one computer,
which safely communicates with what we call the Danger World.
above is the typical off the shelf type of computer, consisting of the
"inner connected" input, output and processing and storage
stages. They are all attached to and directly communicate with each
other, allowing for a malware to obtain entry, be processed, stored, do
its damage, then that malware is shared with others.
The Danger World: is the malware infested
world of the internet, incoming storage media such as USB, CD, Wi-Fi,
Bluetooth, the Cloud and unsecured computers on a network.
ROATI computers work “safely” with both clean and malware
infected information data files in the Danger World.
The input Zone:
is the isolated input section which safely allows for both clean
and Malware infected Danger World information files to be presented to the
Neutral Zone. Neutral
Zone files are in turn moved to the Processing Zone as “only clean”
information data files. These
files are now ready for the safe processing, storage or sharing with
The Output Zone:
is the isolated output section where "only" malware safe
data is exported.
The Neutral Zone:
is the isolated section consisting of the NCoCC and support
circuits. The NCoCC is
the core to the new way by which we can safely process both clean and
malware infected information data. When either a clean or a malware
infected information file is presented to the input of the NCoCC, the
output is always "no longer infected". This new
newly discovered way to process information files is accomplished without
the need or use of detection software, encryption, VPN or analytics.
The NCoCC, is the core to our discovery.
the support circuit portion of the Neutral Zone, the YELP presents
incoming data in a custom format to the NCoCC, the NCoCC presents that
data to PFE, the PFE then converts that custom data into a standard
computer data format for use or storage in the Processing Zone.
Throughout this process, it
is impossible for a malware to get into the Processing Zone.
The Processing Zone: can be thought of as your
standard computer using standard software. It consists of a BIOS,
CPU, storage media, etc. with the addition of a hardware feature which
prevents the introduction of a malware by a malicious employee, a clumsy
employee or onsite hacker. Access
for software updates are controlled only by authorized personnel under a
should be noted that a Zero Day Vulnerability is a previous unknown
software weakness, which allows for a systems exploitation by an external
hackers. Hence, allowing for the introduction of a destructive
malware. That is why
there are regular requirements to do software patches.
The consequences of not doing software patches are the many malware
attacks we so often hear about.
the very design of the combined functioning of the Neutral and Processing
Zones in a ROATI computer, it is
absolutely impossible for an external malware to obtain entry into the
Processing Zone, to
exploit a Zero Day
Vulnerability through the NCoCC.
This is one of the design benefits of the ROATI computer where
important data is kept malware free. This
is an ultra-important feature.
Input Zone – (More Detail) the
Input Zone has one BIOS and one SSD, where both have had their write buss
“mechanically” switched open circuit, absolutely preventing a malware
from becoming permanently resident, yet software and information can be
read and processed.
there are five, cascading, Linux based sandbox computers who share the one
BIOS and SSD. Their function is to present both, not infected and
malware infected, incoming information data to the NCoCC.
The NCoCC in turn safely presents only clean data to the Processing
a file has been processed, that particular sandbox computer automatically
powers down. This way any files present which may be malware
infected (e.g. data logger), will be deleted. As part of boot up
there is a complete RAM cleaning process for all volatile and non-volatile
RAM, including Cache. The reloading of any required data,
including Cache, is loaded via a consulated white list located in the
Processing Zone and is safely transferred to that specific sandbox via the
a flowchart and description
of the cascading sandbox system www.roati.com/flow
start of a computer manufacturing industry in Canada will generate
thousands of high tech jobs.
exporting of our Canadian manufactured computers, will help contribute to
reducing our trade deficit and will help to bring in new foreign capital,
to be re-invested into Canadian technology.
new industry will help Canada to becoming an even stronger technology and
corporate taxes and wealth generated for Canadians will help to compensate
for the governments climbing deficit, due to the COVID-19 pandemic.
Deficit spending has been needed to protect the economy and to provide
support for those who have been adversely affected.
little bit of help today, will help ROATI Technologies become one of the a
top Canadian corporations
ROATI computer discovery, is a major technological leap forward for the
Cyber protection of information data and represents a significant economic
benefit for Canada.
are on the precipice of an evolutionary shift in Cyber Security.
I invite you to contact me to discuss rolling up our sleeves
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