We’ve boiled down the buzz into this quick-scan chart.
By nobody, Network World September 27, 2004 12:10 AM ET
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Business services management (BSM) A next-generation network management tool that aims to help net executives automate network management, prioritize IT projects,
address fixes and improve IT performance based on business need.
De-perimeterization A security architecture that acknowledges that the perimeter around a corporation no longer exists within today’s extended
enterprise. It therefore deemphasizes the firewall, intrusion detection and other perimeter defenses to build a security architecture
around policy enforcement, application-level protections and identity management.
In what ways - and at what levels - do you support encryption? In transit? While stored?
Which authentication standards, such as 802.1X, do you support?
How can I use this product to enforce security policies at various levels, network access and individual rights?
How granular is the above policy enforcement features?
How can this product be used to secure access or enforce policies over the extended enterprise?
Once you know who and what is accessing your network, can you assign policies based on their individual roles?
How difficult or easy is it to manage down to the individual level?
Can policies also be applied to network abstracts, such as VLANs or subnets?
What technologies or strategies do you offer to keep the network secure while we wait for perimeter-less networking to emerge
and how difficult are they to manage?
Infranet A cross-industry standards effort to create a next-generation, business-class, public IP infrastructure with guaranteed quality
of service (QoS), reliability and security.
Are you a member of the Infranet Initiative group? If not, do you intend to join the group or support its efforts?
What is the status of MPLS technology within your backbone? Does the provider of your MPLS gear belong to the Infranet Initiative
group?
Do you currently interconnect your MPLS backbone with another carrier’s MPLS net?
Do you offer MPLS services? If so, can I use them to run multiple applications at different priorities - with different QoS
parameters associated with each priority across the same connection?
Linux on the desktop Rising market share indicates that Linux is increasingly working its way onto the desktop, although that share is still miniscule
compared to Microsoft’s. Linux advocates are calling for the open operating system to take on Windows in a big way.
Managed VoIP Service offered by a carrier in which the carrier provides the premises-based access device, such as a DSL or cable modem,
remote-access router or multi-protocol multiplexer, for packetizing voice before it enters the wide area. Carriers also may
bundle in IP phone handsets or the software for turning laptops and PCs into voice terminals. Carriers managed the VoIP connections
end to end, providing quality-of-service guarantees.
What QoS features do you offer? And if not already, when will you provide end-to-end QoS?
What premises gear to we get with the managed VoIP package?
Can we use any vendor’s IP telephone handsets?
Can we handle our own moves, adds and changes? Can users program their own handsets?
What can we expect to spend per seat to get all of the following services: local calling, long-distance, Internet access,
follow me/find me, unified messaging and audioconferencing?
What interface do you offer for monitoring the health of broadband links and the WAN performance?
Multicore processor servers A multicore processor comes with two processors on a single chip. Multicore processors run at lower frequencies that burn
less power than single-core processors.
Product information management Content management system that manages structured and unstructured product information, while allowing such information to
be output in multiple formats and sources ranging from print catalog to XML.
Storage grids Grid storage refers to a topology for scaling network-attached storage (NAS)-based storage capacity in response to application
requirements, as well as a technology for enabling and managing a single file system so it can span an increasing volume of
storage. While the name may infer a relationship with grid computing, the two technologies are unrelated.
Which vendors’ storage products and which server operating systems will work with your grid storage strategy?
How soon will grid storage be available?
Does the strategy require the rip and replace of existing file systems?
Does the strategy require the deployment of new servers to host file namespace services?
Will specialized agents need to be deployed on all client systems?
What WAN bandwidth is required to make a distributed approach viable?
Which standards does it support and who else supports those standards?
What management tools will the vendor provide?
How will storage allocation and de-allocation be handled?
How does the solution detect and respond to application demands for storage resources or file access?
How will file system metadata be managed? Is there a special agent architecture, a replacement file system or some sort of
communication between storage platforms themselves?
What time delays will occur in file directory data in geographically distributed environments?
How will security will be preserved in a universally accessible storage environment?
Wireless data services Wide-area high-speed data networks built on top of existing Wi-Fi or cellular infrastructures that will allow users to stay
connected via the same carrier, no matter where the logon connection originates.
Wireless security 802.11i has been ratified. It incorporates the powerful Advanced Encryption Standard in 802.11x devices, and is the long-awaited
fix to the notorious shortcomings of the Wired Equivalent Privacy (WEP) protocol.