dynamic security modules
with the latest security level.
Supplied in unlimited quantity,
each module has unique code
and s short life span.
One module is replaced
with a new one repeatedly
at customizable intervals.
Just as the content of a printed book never changes, the source code of a distributed program does not change until an update.
Likewise, the security solution in a distributed programme keeps itself the same once codified
as part of the software.
Hackers understand programming languages. They read source code just like reading a book in the language you know.
A security solution that has fixed source code
– hence operates the same way - will eventually be analyzed and hacked.
EVERSAFE runs on endlessly-changing code.
Hackers never have enough time to analyze the security source code of EVERSAFE.
Download the product brochures and contact us for further inquiries.
|Mobile Application||EVERSAFE for Mobile||A mobile security solution that prevents hackers from manipulating or attacking applications.||DYNAMIC||Download|
|Codemix for Mobile||Added to EVERSAFE for good measure, this obfuscation solution hinders hackers from analyzing code.||STATIC|
|Communication Channel||EVERSAFE for API||An API protection solution that prevents hackers from manipulating or attacking the communication channel between the server and the application.||DYNAMIC|
|Web||EVERSAFE for Web||A Web security solution that prevents hackers from manipulating or attacking the Web services of the client.||DYNAMIC|
We tackle the deep-rooted problem of the
conventional security solutions; it stays fixed.
We propose EVERSAFE,
the next-gen cybersecurity solution.
Guard your cyberspace with EVERSAFE.
Enjoy bulletproof cybersecurity.
Securing client by
WOORI BANK is a major commercial bank in Korea
with approximately 8 million customers. The bank
recognized problems of the STATIC solution in use at the time and held a BMT to adopt a new security solution.
Seven static solution companies and Everspin
participated. Everspin proved its superior DAYNAMIC security and won the competition.
As a result, Woori bank has become Everspin's client.
Superb technology proven by
A client independently sought consultation from Deloitte, the world’s top cybersecurity consultancy, in order to evaluate Everspin’s technology through a reliable third party.
After its most skilful hackers performed tests on
EVERSAFE, Deloitte concluded Everspin’s dynamic solution is highly refined security technology in its official report.
Securing client by their
True Balance is a mobile balance checking app in India with approximately 70 million users. It offers services such as checking & recharging mobile balance, online payment, and loans.
Due to India’s increasing cybercrimes, highly advanced security measures were required to protect the company’s vast financial services. Having reviewed multiple security solutions, True Balance recognised the technical excellence of Dynamic Security and approached Everspin.
Securing client by
SBI Holdings is a global financial conglomerate with
several tens of million customers in Japan and
worldwide. Approximately 200 group companies of
SBI holdings are spread out throughout the world,
including banks, securities firms, and insurance firms.
SBI became aware of Everspin while seeking the best security solution for its entire group companies. After SBI’s thorough scrutinization of countless security solutions in the world, Everspin’s Dynamic Security was acknowledged as best.
A set of source code always operates the same way as
designed by the developer. And so does the code developed
“Once written, it never changes.”
Changeless code is easily analyzable by hackers, who are
literate in computer languages.
All existing cybersecurity solutions in the world consist of codes that are changeless, hence analyzable. This allows hackers’ attempts to be successful.
Now, it is time to tackle this innate deficiency in current
DYNAMIC SECURITY is formed based on constantly
changing source code. It was born fundamentally more
secure than STATC SECURITY (fixed code based).