 |
|
|
Encore
Networks Announces Successful VPN Compatibility
Testing with Quarry Technologies
|
|
|
Interoperability
of Encore's VPN Appliance with Quarry's Service
Edge Switches Provides Complete Solution
to
Protect Data Privacy on the Internet with Virtual
Private Networks
|
|
| |
Dulles,
VA. November 25, 2003 – Encore
Networks, a developer of integrated network
security products for enterprise and carrier
customers, today announced the completion
of interoperability testing between the Encore
Virtual Private Network (VPN) appliance,
the BANDIT™, and Quarry's Service Edge
Switches, the iQ4000 and iQ8000. The successful
testing had Encore establish and terminate
encrypted tunnels over the Internet using
IPSec protocols and algorithms to the standards
set by the Internet Engineering Task Force
(IETF).
Quarry Technologies designs,
manufactures, and sells security solutions
that enable confidential communications
over public and private networks. The Quarry
iQsec solution fits into Network Service
Provider (NSP) Points of Presence (POPs),
enabling carrier-based managed security
services for small and medium-sized enterprises.
"Interoperability
with Quarry Technologies demonstrates Encore
Networks' commitment to supporting VPN
standards," said Abir Hnidi, Senior
Director of Technology and Applications
Development for Encore Networks. "With
this successful testing, we feel confident
that Encore can integrate with large scale
systems to meet market requirements for
end-to-end enhanced security solutions
for both carriers and enterprise customers."
The Encore BANDIT™ is
a uniquely versatile VPN gateway that provides
router/FRAD, firewall and IPSec VPN functionality,
dial backup, and legacy protocol support.
Encore security products dedicate hardware
processors to handle the job of encrypting
and decrypting messages. This ensures that
routing, firewall, and other functions
don't slow down when DES and triple DES
encryption are in use. Hardware acceleration
maintains throughput at all times, ensuring
the security of mission-critical data.
"Hierarchical networks
where VPN tunnels are aggregated at central
sites and advanced subscriber services
are applied make good sense for many network
operators," said Tim Hale, Director
of Product Marketing for Quarry Technologies. "The
proven interoperability of the powerful
Encore BANDIT™ VPN appliances with
our iQ-series Service Edge Switches presents
enticing design options for constructing
secure, customer-focused networks." |
|
| |
| ABOUT QUARRY
TECHNOLOGIES |
Quarry
Technologies, Inc., www.quarrytech.com is
an innovative, privately held developer of
service-enabling security platforms for the
internetworking market. The company designs,
manufactures, and sells a robust edge-routing
system that enables confidential communications
over public and private networks with complete
protection, tailored service quality, detailed
accounting visibility, and ready management
control. Comprised of the iQ-series Service
Edge Switches and the iQSMS™ Service
Management Suite, the iQ product family is
the highest-performing, most-manageable, lowest-cost
service-edge solution in the industry. The
solution is ideal for enabling advanced IP
services, including encrypted Internet Protocol
Virtual Private Networks (IPVPNs) with application-level
Quality of Service (QoS), and stateful firewalls
with Denial of Service (DOS) attack prevention,
for large, high-speed networks. |
|
| |
| ABOUT ENCORE
NETWORKS |
Encore Networks, Inc., www.encorenetworks.com is
a leading developer of integrated, broadband
IP+Legacy™ VPN and security platforms,
signaling protocol conversion, and converged
voice and data solutions for both carriers
and enterprises. Encore provides advanced
security solutions that include encryption,
stateful inspection IP VPNs, support of legacy
data protocols and built-in dial backup and
fail-over capabilities. Encore’s innovative
signaling and data solutions include signaling
conversion for voice migration from circuit
to packet, a broad line of IADs, VPN router
CPE and host products to transform legacy
data networks to broadband IP infrastructure.
|
|
| |
|
|
| |
|
|
| |
|
|