About SecureScrypt® - Neoi®
Since 1989, then BEI Germany, now SecureScrypt Germany, is developing
secure mobile communications. Software and Hardware solution were
branded Neoi. SecureScrypt developed the first portable encrypted
Satellite Telefon Terminal, which is still used today in the world’s
desserts and jungles.
SecureScrypt continued the design and development of wireless
communication systems and now has added sophisticated cross-platform
compatible applications. Our vision is to provide the most robust,
service provider independent, privacy and security solutions for all
open architecture mobile devices.
Our vision is reflected in our latest products including SecureScrypt
which is a comprehensive peer-to-peer smart phone encryption
application for voice, text, chat, photos, and file sharing using either
FIPS accredited secure microSD hardware; and our HCE (Host Card
Emulation) solution where HCE is the revolutionary technology promoted
by Android to encourage independent secure elements for NFC, in
Partnership with Swissbit, the worlds leading manufacturer of Secure
SDCard.
Latest SSCSIM technology allows integration of authentication and
verification features together with the SIM card, and so overcomes the
problem of “Who is on the other side”?
The Company today
SecureScrypt is a rapidly expanding multi-national partnership
headquartered in Wiesbaden Germany, solution partner in Munich, with
operations office in Singapore and Partners in Singapore, Africa,
Thailand, Hong Kong , with more to come soon.
The Company’s goals are to:
-
Solve the conflict over ownership of the secure element in mobile
devices;
-
Provide freedom to develop software hardware-based mobile security
applications independent from phone manufacturers and UICC SIM-
Solutions that work on all platforms including IPhone.
-
Develop applications that maximize secure personal communication
(voice, text, chat and data)
-
Provide proven solutions with the highest possible levels of
security certifications
-
Focus on de-centralized security solutions to minimize scalable
attacks
