ANYWARE TECHNOLOGY'S EVERLINK SUITE
REVIEWED BY SC MAGAZINE
| In
comparison to competitors, EverLink is superior,
receiving a 5-Star rating and the Best Buy Award. |
 |
The
SC Magazine Article:
EverLink
Suite wins Best Buy not only because of
its end-to-end security and transparency...but also
because of its cross-platform operability (the widest
in this Test Center). This has been made possible
because it is written in Java, and will operate on mini/mainframe
computers running UNIX.
For
With a direct connection between two computers,
information is not stored on a server during
transmission, avoiding the risk of data interception
off the server.
|
 |
Against
None.
|
Verdict
This product, with its multi-platform capabilities,
peer-to-peer communications, SMTP, POP3 and MIME
support plus granularity and browser accessibility,
makes it suitable for the smallest and simplest
to
the largest and most complex network configuration.
The needs of local, remote and mobile workers are
taken
into account, and transparently included in the
security
configuration. |
SC MAGAZINE -
MARCH 2000
THE EVERLINK SUITE,
with its cross-platform operability and end-to-end security,
provides secure file transfer, email and chat facilities
over the Internet, intranets and extranets. A client/server
application with a browser-accessibility feature, EverLink
Suite comprises of two components EverLink Client
and the EntryGuard Server, like other products
in this Test Center has built-in public key infrastructure,
digital certificate and encryption technology.
Highly scaleable, granular control and excellent leveraging
are some important terms that come to mind when examining
this product. This is especially true when one considers
the range of operating systems EverLink Suite
will work on, made feasible because it is written using
Java. EverLink Client runs on all Windows platforms,
Solaris, Linux, MAC and OS/2. The EntryGuard Server
runs on any operating system that supports a Java Virtual
Machine, including Windows NT, Solaris and Linux. It
further widens its brief by being able to operate on
most mini/mainframe computers running with UNIX.
To return to the main components, EverLink Client
enables secure file transfer, email and messaging, all
with encryption and decryption. A global URL link enables
end-to-end communications (made possible because EverLink
works at the applications layer) between users. An address
book allows users to import contact information from
the server, as well as from other email client address
books such as Microsoft Outlook.
The EntryGuard is the sentinel for point-of-entry
access on an organization's intranet but allows authorized
parties to communicate with sites behind the firewall
under supervision. Besides the standard monitoring and
logging capabilities, it also contains an address book,
LocatorOne, which holds the URL addresses of
EverLink users and provides a stalwart global
search function. This eliminates the need for client
software on remote users' systems, allowing secure communications
through a standard web browser. Put more simply, if
you are a remote user who does not have EverLink
software, you can access another EverLink user's
computer via a web browser, obviously, seeing only what
you are authorized to see.
End-to-end communication is further enhanced by the
granular control features of EverLink. Not only
can systems administrators authorize the access of individual
outsiders to designated computers behind the firewall,
rather than granting blanket access to the network,
but control can be administered right down to the file
level, giving access only to the particular resources
that an outside user is allowed to see. All other folders
and network resources are completely hidden, so that
not even the structure of your internal network can
be exposed. This is achieved through a feature called
Double URL Mapping, whereby an authorized user connecting
to an EverLink client inside the firewall actually
connects to the Entry- Guard server, which in
turn relays the connection to the client providing the
information requested by the user. 
|