Infoblox
- Network Identity Appliances
Infoblox
is the leading developer of network identity appliances that connect applications
to the network
infrastructure. Network identity services
include DNS, DHCP, RADIUS and LDAP. These protocols control, track
and manage how the users, devices, sessions and data on the network
interact
and the security privileges assigned to each network element.
Infoblox's
appliances assure that applications managers have the control they
need to ensure reliable network services. These solutions also provide
network managers with massive scalability, built-in security and reliable
applications support.
The Infoblox-1000 and Infoblox-1200 appliances
are purpose-built, high-performance hardware devices that serve as
the foundation of Infoblox network identity
infrastructure solutions. Infoblox appliances ship standard with the
proprietary, security-hardened Infoblox NIOS™ operating system
and support the DNSone®, Keystone™, Integration for VitalQIP®,
and RADIUSone™ modules. Both models can be deployed individually
or in high-availability (HA) pairs for optimal service resiliency. Appliances
running the DNSone module can be deployed in robust ID grids using the
optional Keystone module, providing unified management and control, unrivaled
service availability, and integrated IP address management.
Identity
Driven Networks using Infoblox’s real-time, integrated network
identity infrastructure deliver unsurpassed services with the following
key benefits:
- Reliability -
Ensure that the growth in network identity demands doesn’t
jeopardize the availability of services
- Management
and Scalability - Easily
provision, deploy, and maintain services, systems, and data for advanced
IP applications and provide critical
reporting
as the number of users, devices, and policies expand
- Security - Dramatically
reduce exposure to security threats and heighten defenses
with fine-grained network access control
- Lower
Cost - Lower
ongoing maintenance costs; reduced staff time; increased productivity/uptime;
and decreased security exposure.