The Details:
Tele-Tech Services has developed a “30 Minute Local Calling Data Check-Up” which
we conduct over the phone with you and your top team members. You’ll gain
valuable insight into where your local calling database may be inaccurate and
how to correct it. Here’s what we accomplish together in this fast-paced,
zero-nonsense session:
Troubleshoot Difficult Geographic Areas: Let’s be blunt. Some areas have
a confusing array of local calling plans without a very clear indication of
what’s included in each. One or two problem areas can tank your efforts to
bill accurately or analyze traffic on your network. But some problems can be
quickly and easily corrected – so long as you know what critical missteps
not to take.
Triple Check: If you do nothing else to ensure the quality of your local
calling area data, there are three accuracy checks you simply can’t do
without. We’ll share this three-step process (which literally takes about 6
minutes to explain!) and show you exactly how to improve your position
immediately.
Address your specific concerns: Lying awake at night because of a pesky
local calling issue that will not go away? Let us help! Ask us questions.
Pick our brains. We want to share our expertise with you.
The 30 Minute Local Calling Data Check-Up is conducted by one of the
principals of our company, Kimberly Russo, who has provided high quality
solutions to 500 organizations including AT&T, IBM, MCI, Sprint, AT&T Wireless,
Convergys, and VeriSign. Rest assured that this consultation will not be a
thinly disguised sales pitch (but make no mistake, we want your business!). It
will consist of the best intelligence Ms. Russo can supply in a 30 minute time
span. There is no charge for this call, but please be advised that the call must
be strictly limited to 30 minutes.
This consult will typically take place within one to two weeks of your request.
To secure a time for a consultation, please submit the form below. The
pre-consultation questionnaire is required to prepare both you and us to get the
maximum value in the shortest amount of time: