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Benefits
/ Features
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Virtual
Private Networks that you control.
From the Original inventor of Virtual Private Network key
management technology.
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Designed
to protect both single user and group user information
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Deep
cryptographic access protection for single sign on access
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Provides
a consistent Secure, Rational and Understandable solution to complex
Organizational Key Processes over time.
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Provides
real time dynamic Multilevel/Multimedia Security on demand.
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Multiple
Intelligent KeyByte labels help you manage sensitive encrypted files
without decryption!
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Intelligent
Labeling Processes Matches Your Policies
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Tight
out of the box E-mail Integration to Cryptography.
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Microsoft
Office Application Integration
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Electronic
Chinese Wall for Security Solutions
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Built
In KeyByte Non-Repudiation Builds On Your Existing Contracts
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Integrated
Intelligent Interface Provides Message Filtering
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Provide
Multilevel User Control with central support and oversight
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PC
and Notebook Filesystem Solutions
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Transparent
key management
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Supports
Microsoft Windows95 and WindowsNT
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Key
generator supports multiple encryption algorithms including DES.
(We can help you build and interface your own private corporate
algorithm.)
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Normal
Message and File Input and Output without hassle.
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Transparently
manage and update your labels and passwords remotely.
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Flexible
and Robust design capable of on the fly real time key management.
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Labels
can be generated from your existing database.
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Labels
can be selected by end users or with a transparent and automatic process.
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Application
code developed under CRI’s API (Application Program Interface) and SDF
(System Development Framework)
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A
Software and Hardware solution, (PCMCIA or Smartcard )
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Portable
Encryption & Decryption key management cryptography goes where you go
and where you need it.
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Legal
Indemnity + Insurance Service provided by individual contract.
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Label
Consulting Support. Is available
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Controlled
Access Spoof Detection
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Powerful
Archival Support
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Authentication
of users, devices, environments and locations
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Remote
Automated Relabeling
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Digital
Signatures for Files, Labels and Virtual Networks, devices, environments
and locations.
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Secure
Batch Transmission
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Directory
Services: Compliant with X.500 & X.509
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Labels,
Virtual Networks, and logical access can scheduled to be created and
destroyed.
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Expert
System Labeling Control protects users from unauthorized labels
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Supports
MAPI, and available in VIM, MHS Based Mail Packages
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Can
be completely be contained within portable hardware for use.
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Automatically
maintains an encrypted audit trail..
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Can
authenticate and call on hardware and software access systems
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Compatible
with Distributed Computing Environment (DCE)
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Token
Support as required¼ Flexible interface provided by internal property hooks.
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Applications
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Stock
& Program Trading
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Corporate
Finance Authorization
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Research
Security
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Information
Routing and Filtering
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Automatic
Network Analysis Processing
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Organizational
Information Pathway Analysis
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Protection
of Signal Intelligence
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Subscription
Based Applications
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General
E-Commerce
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Private
Banking
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Information
Services Risk Control
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Auditable
Event Notification
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Securely
Outsource Networking, Servers, and Archiving
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Data-warehouse
control
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CD
ROM Publication Security
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Integrated
Physical and Electronic Security
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Automated
Billing for Electronic Services
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Flexible
Medical Records Access
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Complex
Tactical Communications
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Weapons
Control and Stand-down
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Dynamic
Credit Control
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Automatic
Teller Machine Services
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Physical
Access Control
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Private
Files and Messaging
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Telemetry
Isolation & Satellite Control
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Hardware
and Component Access Control
Description
KeyByte
is a high performance digital key management system optimized by object
oriented design for organizational domain applications.
It is a stand alone system and is an excellent match for high
throughput, high bandwidth applications because the system can input,
process, and output key vectors as digital information passes through your
network.
KeyByte
consists of a system of multiple object label classes serving labels that
describe the message story and their expected capacity.
Within each security transaction the users participate as either a
sender or receiver of information . The
sender addresses the proper expectations for the message and sends the
message. The message is
automatically wrapped. If
the receiver has the expected circumstantial authority she may
access the incoming message and can authorize decryption with a single
button. At no time do users
ever know or track their message/file keys because all keys are unique to
each transaction and managed transparently.
Seven
key vector processing algorithms operate in parallel to protect the label
classes. Each processing
algorithm operates independently as a secure key generation engine,
handling bit data.
The architecture provides a versatile and flexible label management
platform isolates the message/file key.
Incoming
data vectors may be broadcast to all processing subsystems, or any single
processing subsystems. On output, KeyByte reinitializes the vectors from
both processors.
Real
time, high bandwidth I/O can take place through hardware parallel ports. Each port may be configured as input or output thus
increasing system configuration flexibility.
High speed parallel port capable of sustained transfer rates is
possible.
KeyByte software and hardware also support custom
trailer words accessible within the output data stream.
In addition the headers can openly define the company for which the
labeled information will be expected to perform.
Examples include having the header define the corporation,
department, or agency or project filter to used for fast permutation.
The label interface also supports message inferencing, where data
vectors may be used for authenticated routing from multiple sources to a
single physical/logical destination or from a single source to multiple
physical/logical destinations.
High speed, high capacity
Virtual Private Network label database and intelligent labeling
generators can hang off the various ports. Processing is achieved by
passing data back and forth between the predefined
message labeling locations while flowing the message data
through the processor.
Ordering Information
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