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DAILY NEWS AND INFORMATION
FOR THE GLOBAL GRID COMMUNITY /
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Breaking News -
Networking:
Tech Laboratories Embraces
Autonomic Computing
Tech Laboratories Inc announced it is embracing the emerging philosophy of
autonomic computing. Autonomic computing is designed to resolve the growing
complexity of computer systems and networks.
"Through self-management, Tech Laboratories Inc believes its patented
DynaTraX
technology can lead the way to self-heal robust fourth-generation networks by
automating both logical and physical activities to accomplish tasks now only
effected by human intervention," said Bernard M. Ciongoli, president of Tech
Laboratories Inc. "Many large computer technology companies are working to
automate various information technology services, notably hardware and
software maintenance and support, where autonomic products could grab a share
of a large and growing market."
DynaTraX, a patented high-speed digital matrix cross-connect switch with a
revolutionary new technology, can significantly reduce network downtime and
achieve substantial cost savings in data and telecommunications networking
environments through automation.
DynaTraX end-to-end strategy encompasses management of the entire network
from
the ground up. It integrates system management, network management and
physical layer management providing visibility at each layer. DynaTraX easily
integrates with management frameworks such as IBM Tivoli Software, HP
Openview, CA TNG or other specialized applications for problem or fault
management. The DynaTraX Enterprise Management Solution provides both a
scripting interface and a high-level API for effortless access to all
cross-connect and diagnostic features.
Tech Laboratories Inc has developed a tool kit, consisting of a high-level
API
(Application Programmable Interface) and a DLL (Dynamic Link Library). These
tools are available now for customer integration of DynaTraX for automation of
network systems.
The DynaTraX Enterprise Management Solution creates a self-healing
environment
necessary for true autonomic computing.
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