Data quality solutions can be fully integrated into CRM, ETL (Extract Transform Load), ERP, or BI solutions and have the advantage of being "seamless" to the end user - reducing the learning curve, as well as decreasing the implementation time frames. Your data process flow should not have to be modified to add a new data quality solution. Through integration and strategic partnerships you are assured that you are getting a best-of-breed solution. However, keep in mind it is not absolutely necessary for the solution to be fully integrated. First logic also provides tools that your organization can easily integrate on your own, and oftentimes stand-alone solutions may be more effective for specific projects.

Yes. Built on a global framework capable of validating address information for over 190 countries in a single processing pass, First logic's Global Data Quality Connector for SAP allows you to identify country names, format and standardize addresses, correct missing address information, and assign postal codes for each respective country. Furthermore, First logic's Easy IQ technology offers the ability to complete/populate addresses with minimal data or offer suggestions for possible matches. This easy address system is ideal in call centers or any transactional environment where data needs to be cleansed at the point-of-entry. The software improves real-time transactions for your call centers, sales, and support centers by providing accurate address data for your customer facing employees. How easy is it to maintain First logic's Global Data Quality Connector for SAP after implementation? Ongoing maintenance should be minimal. Once the solution is implemented and configured, typically maintenance will only be required when you receive postal directory updates, upgrade to a new data quality release, or decide to change your application or business rules.

The biggest benefit is the confidence you have that your data is accurate. A data quality solution also allows you to: Manage customer data in different formats initially residing in separate databases Build and maintain successful relationships Better understand and service your customers Enhance knowledge management and business intelligence initiatives with reliable and accurate information Deliver clean, reliable data throughout your expanding information supply chains to all varieties of operational and analytical applications throughout your enterprise

Firstlogic's Global Data Quality Connector is integrated at the BASIS layer and communicates with the SAP Applications via TCP/IP leveraging SAP's Remote Function Call (RFC) interface. As users make postal validation inquiries in either batch or real-time, calls are made outside of the SAP Application to Firstlogic's RFC Server. Once the customer's address has been received by Firstlogic's technology, our Information Quality Suite parses, standardizes, and corrects records according to configurable business rules and local postal authority standards. To ensure your customer view is optimized, Firstlogic's technology catches duplicates at the point of entry; not after redundant information has infected your SAP Environment. Before any customer, vendor, or business partner is committed to the database, Firstlogic's Information Quality suite will immediately inspect the data upon input. The connector scans the entire database for duplicates and assigns a similarity match score to potential duplicates. At that point, the user can determine whether the entered record is unique or a duplicate that should be eliminated from the system. In addition, convenient Error Tolerant Searching is available for prompt and precise address recognition. This improves transaction processing, saves time locating records, and optimizes system efficiency.

Integrated at the BASIS/WAS layer, Firstlogic has developed Business Add-Ins (BAdI's) that can be leveraged with a single instantiation; allowing for all SAP modules that utilize SAP's Business Address Services framework to leverage the compelling advantages of Firstlogic technology. Furthermore, Firstlogic's Information Quality Suite has been developed as a Remote Function Call (RFC) Server: the most common integration component of SAP software. Utilizing SAP's RFC interface, SAP makes calls to Firstlogic technology for address check, updates, duplicate checks, and error tolerant searches.

The SAP LinuxLab assists in the releasing of SAP software on Linux and drives the porting of SAP software to new platforms, like the Intel Itanium or IBM Power PC. Furthermore it helps other SAP departments with developing on and for the Linux platform and processes Linux-specific support problems - internal ones, as of external - or forwards them to the appropriate hardware or software partner. Currently, developers from Bull, Dell, Fujitsu-Siemens, HP, IBM, Intel, Novell/SUSE, RealTech, Red Hat, SAP, SUN and a number of temporary "guests" share the same rooms in the LinuxLab. Despite our hardware partners being competitors, the cooperation is excellent and we had a number of very successful projects. The LinuxLab also closely cooperates with (and is located directly next to) SAP's Server Infrastructure department, which is responsible for the development of the SAP kernel, the basis layers on top of the native operating systems, which make SAP's business applications platform independent.

We are supporting Open Source when it comes to Linux as an operating system or MaxDB (formerly Adabas/D or SAP DB) as a database. In fact, back in 1999, we were the first business software provider to support Linux as an operating system for running SAP solutions. We work closely with the Linux distributors and our partners to ensure our solutions work smoothly on Linux. Our main focus with SAP on Linux is helping our customers build the IT environment that is right for them. More and more customers are requesting help with SAP on Linux. And we are there to provide them with the high quality support they expect from SAP.

SAP is open to third party software and hardware products. As SAP only uses standard APIs provided by the Linux OS, third party software is usually transparent to us. Whereas we usually do not certify third party software, LinuxLab is open for joint development efforts.

A Bluetooth device playing the role of the "master" can communicate with up to 7 devices playing the role of the "slave". This network of "group of up to 8 devices" (1 master + 7 slaves) is called a piconet. A piconet is an ad-hoc computer network of devices using Bluetooth technology protocols to allow one master device to interconnect with up to seven active slave devices (because a three-bit MAC address is used). Up to 255 further slave devices can be inactive, or parked, which the master device can bring into active status at any time.

Pairs of devices may establish a trusted relationship by learning (by user input) a shared secret known as a "passkey". A device that wants to communicate only with a trusted device can cryptographically authenticate the identity of the other device. Trusted devices may also encrypt the data that they exchange over the air so that no one can listen in. The encryption can however be turned off and passkeys are stored on the device's file system and not the Bluetooth chip itself. Since the Bluetooth address is permanent a pairing will be preserved even if the Bluetooth name is changed. Pairs can be deleted at any time by either device. Devices will generally require pairing or will prompt the owner before it allows a remote device to use any or most of its services. Some devices such as Sony Ericsson phones will usually accept OBEX business cards and notes without any pairing or prompts. Certain printers and access points will allow any device to use its services by default much like unsecured Wi-Fi networks.