Coaching Business – How To Set Up A Database To Get More Clients For Your Coaching Practice

If you’re a beginner life coach, your only chance for a fair competition might be database marketing. This is because other advertising schemes, like the yellow pages of the phone book, tend to favour the bigger players in the field. Small players can have a more or less fair chance as long as they know how to set up a database to get clients for their coaching business.

Look for good data base software

The first thing you need to think about is good database software. You would want to look for one whose functions you can actually use. It can be as simple as you want, depending on your planned marketing scheme. Most life coaches can use a database software, which allows them to segregate clients into specific groups, and send separate kinds of messages and messaging schedules for these groups of clients.

Collect in-house and website clients

You can collect clients through two methods: in-house and online. Your in-house clients are clients you already have, and potential contacts you’ve gathered through offline networking. Make sure that you treat these clients with special care because they’re theoretically “closer” than the prospective clients you “meet” online. This is because you already know that they’re there.

Your website isn’t just there to make your profile look good. You should also use your website to gather the details of interested visitors. If you’ve done your design right, your site should attract sufficient and targeted website traffic. Welcome queries in your website, but make sure that you get something out of answering questions as well. Make sure that the visitors who ask questions online leave contact information as well, so your correspondence can turn into advertising opportunities in the future.

Buy lists

Once you’ve made enough profit, and you feel that your coaching business has expanded enough, you might want to look into the possibility of buying lists from companies. Some companies specialize on collecting contact information of people who are looking for specific services.

Buying these lists is convenient because you can get into a useful network of prospective clients without lifting a finger. Of course, make sure that these contacts are really interested in your services before you begin emailing them regularly. Remember, if you communicate with unwilling contacts too much, you run the risk of being listed as spam.

Do you want to know more about building a successful Coaching Practice? I have just launched a new Free Guide.

Exchange Database Index Corruption Results In Event 9519( 0Xfffffa84)

The key construct of an Exchange database file, EDB, is B-trees. Similar to all other B-trees, these structures have hierarchical pages and indexes to allow fast and efficient search. An Exchange Server database show abrupt symptoms, when these indexes get corrupt or are missing. This can occur due to numerous reasons and will make you resort to EDB Repair steps.

While Exchange database indexes are corrupted or missing, the MS Exchange database troubleshooter tool can encounter several entries with event ID 9519 having error code 0xfffffa84 logging in the application log. Due to this, Exchange Server users might experience problems while accessing or mounting the database.


This problem is observed in MS Exchange Server 2000, 2003 or 2007.




Error 0xfffffa84 of event ID 9519 is logged, if database index corruption is when you:


Run database repair command- eseutil /p

Apply MS Windows service pack and an index cleanup process starts. This also prohibits mounting of the Information store databases and results in events 611 and 609.




To troubleshoot the given problem:


You need to install the hotfix provided by Microsoft to fix index loss problem caused due to eseutil /p utility.

If you experience the above issue after installing Windows service backup, the most suitable option is to restore from last available backup. In case, you do not have any valid backup, you need to perform offline defragmentation using eseutil /d command.

You can alternatively repair the corrupted Exchange Server database files and convert the mailboxes to usable *.pst file using third-party EDB Repair Software.


EDB Repair tool employ powerful set of procedures to extract mailbox data from corrupted Exchange database file. Built with interactive designs, these tools are simple to operate. Also, these software are easily available and can be directly downloaded from their website without any risk.


EDB Repair Software is a comprehensive utility that repairs corrupted Exchange EDB files and restores mailboxes in *.pst files. This Repair EDB utilityrestore e-mails, notes, calendars, and other items, while also keeping the original database intact. The tool supports MS Exchange Server 2007, 2003, 2000, and 5.5.

Axel Culver has passion for writing Technical article. He is right now writing articles related to Product like EDB Repair Tool and Exchange Recovery Software to recover EDB files.

Embedded Control-Record Layouts Improve Database and RFID Sensor Testing

Software application designers and hardware application developers are working as teams to incorporate control-record layouts into end-to-end XML services for RFID networks.  Using these newly formed XML tag sets made up of customized control-records has improved the design and development scenarios across diverse hardware platforms, operating systems, applications, and databases.

As software application developers begin to build RFID-and-sensor networks within key growth areas, it has become common place to witness recent deployments of control-record structures embedded in sensors and their supporting software. These control records contribute immensely to the major functions of any RFID sensor application including inputs, data-lookup and storage, interface programming and outputs.  

These five major features are now incorporated into the application as a new and more efficient XML and database schema. This improved configuration has proven to meet growing demands to test multi-vendor RFID and sensor products for their ability to withstand extreme conditions.  These conditions include excessive heat and cold, shock, humidity, vibration, altitude, pressure and all are reliably monitored using the new control-record layout approach.

The key design feature in the programming arrangement described in this article is the idea that an intermediate control record receives and distributes signals to and from the software and hardware sides of the full application. This nicely integrates selected signals from both spheres of operation and allows an interface to adapt dynamically to different device types. As new devices are attached and configured with the application, no appreciable interference is noticed in the originally attached devices.

Because the embedded layout of many types of devices can be addressed through the use of control records, new applications are provided with better XML testing languages. Additionally, this feature provides designers with the opportunity to introduce database simulators for a more accurate and dynamic portrayal of RFID and Sensor operation.  This dynamic portrayal is added to the accumulated testing history and a better picture of performance emerges.

As RFID becomes more widely deployed, network reliability, security, and data integrity become increasingly critical. And for most companies, the task of ensuring those three things will be overwhelming and complex, especially across multiple hardware platforms and configurations and diverse supplier and partner networks and databases.

But because it is now feasible to virtually attach these control-record layouts to alleviate some of the major complexities associated with the required tests, any company can develop new products that may have been prohibitive in the past.

Tom Gruich is a professional database designer with 40 years experience in systems analysis and design of database software applications. For more database business mapping thoughts and design ideas please visit Database Mapping or his Smart Database website at =>

XML Databases Dynamically Redefine Meta-Databases

More and more implementations of XML related software are beginning to prove that the tree-like structures of XML databases may be the best useful working models of meta-databases with web service connections through web applications.

As you know, metadata is essential for understanding information stored in relational databases through schemas and other descriptors and has become increasingly important in supporting the growing notion that relational databases are falling behind when it comes to wireless networks, sensory arrays and numerous other kinds of complex networks associated with the corporate world of data trafficking.

Since metadata can describe how and when and by whom a particular set of data was collected, and how the data is formatted it can nicely become useful in a tree-like structure with attribute-tags serving as data-about-data.

For many years, databases were implemented as relation structures that kept records of kinds of data that many times lacked the appropriate pre-design and semantic relationships necessary for a normative vocabulary. This approach did not work well with different partially structured data types. But since many other kinds of data where already becoming well established within the specifications of relational type implementations, the concept of a regular corporate database became synonymous with being a relational model.

However, this started to change as the group of people who kept databases became more diverse. The more database designers began to explore the limits of the medium and of the electronic technology that made it possible, the more the boundaries of what could be called a “database” expanded.

Today, mobile data streaming devices may well change the definition of meta-databases entirely by making it possible for database designers to create new kinds of postings through growing web services connections. XML databases give designers a new flexibility in tying multiple kinds of different platforms to work together as one system

Another element of the XML database class of software that is starting to redefine meta-databases is the corporate database. The XML software has opened up a wide variety of web services that are drastically rearranging the IT departments within corporations.

As more companies experience the benefits of using XML datasets as metadata models for controlling relational structures with XML software, the more dynamic will the use of meta-databases become. Between all of these different forces that are constantly expanding and reshaping the XML database sphere of software, the more we will see new semantic tag systems reaching through the self defining nature of XML.

Tom Gruich is a professional database designer with 40 years experience in systems analysis and design of database software applications. For more database business mapping thoughts and design ideas please visit Database Mapping or his Smart Database website at =>