A well-designed information system rests on a coherent foundation that supports modifications as new business or administrative initiatives arise. Known as the information system infrastructure. TechXact provides the foundation, which consists of core telecommunications networks, databases, software, hardware, and procedures. Managed by various TechXact specialists. |
Industry's needs are neither those of the financial sector nor those of public institutions. According to their activities, organizations have to face different challenges and therefore they need a reliable partner able to understand their specific needs. But all of them are equally looking for performance, availability and security. In a period of increased competition, companies need to rely on a partner who can both tailor solutions to their specific requirements and put at their disposal state-of-the-art technologies that will make the difference and help them staying ahead of the competition. |
TechXact has built up an extensive expertise to offer the architecture that will best meet the customer's requirements. Our solutions are based on Unix and Intel-based servers and are the result of a close collaboration with the customer and the applications providers.
TechXact is able to give an answer both global and tailored to its customers’ needs thanks to its sales and Engineering force structure combining the overall vision in the customer core business and the thorough technical knowledge of sales consultants who offer their expertise as system architects and are responsible for a close technology watch.
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Server Infrastructure:
TechXact expert technical staff provides turnkey solution for the following Operating system.
AIX:
TechXact provides a comprehensive solution for AIX
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IBM pSeries (RS/6000) and iSeries (AS/400) hardware |
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All current versions of AIX |
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Web / Application Servers including WebSphere and WebLogic |
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Any off-the-shelf or custom application running on the AIX platform |
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A Major ERP/CRM applications |
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AS/400:
TechXact provides a comprehensive solution for business-critical AS/400 (iSeries) environments.
HP-UX:
TechXact provides a comprehensive solution for HP-UX
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HP Integrity and HP 9000 hardware |
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All current versions of HP-UX |
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Web/Application Servers including WebSphere and WebLogic |
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Databases including Oracle, Informix, and Sybase |
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Any off-the-shelf or custom application running on the HP-UX platform |
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Linux:
TechXact provides a comprehensive solution for Linux
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All major vendor's hardware including HP, Dell, IBM, Sun, and others |
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All major Linux distributions |
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Web/Application Servers including Apache/Tomcat, JBoss, WebSphere, and WebLogic |
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Any custom or off-the-shelf application running on your Linux platform(s). |
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Databases including Oracle and MySQL |
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Sun:
TechXact provides a comprehensive solution for Sun
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All Sun Fire hardware |
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All current versions of Solaris |
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Web/Application Servers including WebSphere, WebLogic, and the Sun Java System Application Server (iPlanet) |
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Databases including Oracle, Informix, and Sybase |
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Major ERP/CRM applications |
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Any off-the-shelf or custom application running on the Solaris platform. |
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Windows:
TechXact provides a comprehensive solution for Windows
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All major vendor's hardware including HP, Dell, IBM and others |
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All versions of Windows 2000/XP/2003 |
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All versions of Exchange |
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IIS |
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Processor Area Network (PAN)
Processor Area Network (PAN) is the next milestone towards dynamic Data Center strategy to drive business-responsive IT using the latest virtualization and automation technologies. PAN is a one core component to the new offering, providing a new level of intelligence and virtualization including the dynamic provisioning and management of both physical and virtual resources.
PAN brings the industry first application-agnostic service oriented infrastructure to the market. It is a key technology, whose combination provides customers with proven infrastructure agility, high availability and cost savings.
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Simple and seamless provisioning and management for both physical and virtual servers, virtual network and storage. |
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Cost-effective high availability through N+1 availability technology |
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Verifiable disaster recovery through N+1 DR Technology |
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Simple right sizing and scalability through dynamic repurposing |
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Effective chargeback capabilities, logical, secure partitioning and named pools of resources |
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Processing Area Network (PAN) architecture combines stateless, diskless processing blades with unique virtualization software to dramatically reduce data center complexity and deliver an agile, highly-available infrastructure. PAN replaces hardware infrastructure with software and eliminates manual, resource-intensive systems administration tasks through integrated automation.
Rather than tie specific operating systems and applications to a server, PAN creates pools of compute, storage and network resources that can be dynamically allocated as needed. In conjunction with the system, PAN delivers a fully virtualized computing infrastructure in an integrated, highly-available system.
In contrast, legacy server vendors are announcing virtualized "piece parts" that require significant investment in services, management tools and time to optimize, and which exacerbate the data center complexity crisis brought on by layers of new technology billed as the next "fix all." PAN architecture dramatically reduces data center complexity, speeds infrastructure time-to-production and reduces operational expenses by up to 70 percent. |
Key Benefits:
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Reduces complexity by up to 80% |
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Lowers total cost of ownership and operational expenses by up to 75% |
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Enables two-minute server provisioning and re-provisioning |
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Provides cost-effective high availability and disaster recovery for all applications |
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Delivers valuable virtualization services including logical resource partitioning, multi-frame management from a single administrative |
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domain, online server configuration changes, chargeback and other services |
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Complete "lights out" management |
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PAN replaces hardware components found within traditional servers with software, as well as much of the connecting "glue" that typically connects servers to other data center components (such as networks, storage and management), and significantly reduces the amount of switching infrastructure within the data center itself.
Servers are no longer physical devices with a specific hardware configuration—operating system, application, revision level, etc. but software-based "assets" that can be dynamically applied to computing resources (processors and memory) as needed. As a consequence, these computing resources can be used much more efficiently, capital and operational expenses are reduced, and servers can be provisioned and re-purposed in minutes rather than weeks or longer.
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N+1 High Availability:
Automatic server failover
Application clustering
N+1 Disaster Recovery:
Cost-effective, full system failover
Resource logging/chargeback
Security services:
Secure partitioning
Multi-frame management
Multi-frame N+1 high-availability
Administrative roles and privileges
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