SwissTronix
recognizes that respecting user privacy over the Internet is of utmost
importance. This privacy statement is designed to provide information about the
privacy and data collection practices for the site: http://www.SwissTronix.com. The Site is operated by
SwissTronix. If you have questions or concerns regarding this statement, you should first
contact our site coordinator at webmaster @ SwissTronix.com
or by postal mail to:
SwissTronix
av. de Morges
1027 Lonay
Switzerland
Identifying Information: In general, you can visit the Site without telling
us who you are or providing any information about yourself. On our eCommerce
sister site, SwissTronix.net, we ask you to provide information that will enable us to process
your order,
offer services that require registration, assist you with technical support
issues or to follow up with you. Generally, SwissTronix
requests identifying information when you:
- Register on any of our web sites.
- Place an order.
- Provide feedback to an online survey or tell us about an
idea or suggestion.
- Participate in a rebate program, contest, or other
promotional offer.
- Request a SPECIAL SERVICE
- Request information or files from technical support or
customer service.
In these instances, SwissTronix will ask for
your name, address, e-mail address, phone number and other appropriate
information needed to provide you with these services. In all instances, if you
receive a newsletter or other mailing from us, you will always be able to
"unsubscribe" to these mailings at any time.
What
SwissTronix Will Do with Your
Information: If you choose to give us personal information for any of the
purposes above, this information is retained by SwissTronix
and will only be used by SwissTronix to support your customer relationship with us. We
will only contact you if further information is required from you to complete a
service.
What Others May Do with Your Information.
SwissTronix does not share, rent, or sell any personally identifying information
provided through our Site (such as your name or email address) to any outside
organization for use in its marketing or solicitations. From time to time
SwissTronix ay use agents or contractors who
will have access to your personal information to perform services for
SwissTronix (such as database maintenance or
secured payment processing), however, they are required by us to keep the information
confidential and may not use it for any purpose other than to carry out the
services for SwissTronix. In addition,
SwissTronix may also share aggregate
information about its customers and its web site visitors to advertisers,
business partners, and other third parties. For example, we might share that our
users are x percent PCs users and y percent Macintosh users. None of this
information, however, will contain personal, identifying information about our
users.
SwissTronix On-line Store. The
SwissTronix On-line Store is designed to give
you the possibility to buy apparel (T-shirts, caps) and office type items
(magnets, mugs, coasters). The service is managed and hosted on an independent
infrastructure, and shipments of products made directly by that service.
A separate user policy applies to that on-line store (please see Third Party
Links below).
Third Party Links
SwissTronix may from time to time provide links to other
sites. Other non-SwissTronix Internet sites and services have separate privacy and data
collection practices. Once you leave a SwissTronix
site, SwissTronix cannot control, and has no
responsibility for, the privacy policies or data collection activities at
another site.
Cookies
At times, we will use a feature on your web browser to send your computer a
"cookie". We do not use cookies to retrieve any personal information from your
computer. We only use cookies to learn ways to enhance our Sites, and to give
you better, more personalized service while in our web site.
You can reset your
browser to refuse all cookies or indicate when a cookie is sent. However, some
functions of the Sites will not function if you refuse cookies.
Child Protection
SwissTronix is sensitive to the heightened
need to protect children of all age levels from harmful images and language. The material on this
Site as well as on our sister sites SwissTronix.net and SwissTronix.info are
child friendly and all language is of respectable nature.
Changes to this Policy
SwissTronix may from time to time revise
its privacy policy. You should therefore periodically visit this page, so you
are aware of any such revisions. We will not, however, use your existing
information in a manner not previously disclosed. You will have
the opportunity to opt out of any new use of your information.
Contacting
us. If you have any questions about our privacy policy and/or the
practices of our web site, you can write to:
SwissTronix
av. de Morges 52
1027 Lonay
Switzerland
Credit Card Security
We know customers are concerned about credit card security. This site does
not accept eCommerce payments. On our sister eCommerce site
SwissTonix.net we use 256 bit SSL encryption technology.
An SSL Certificate enables encryption of online
transactions and communications.
Secure Sockets Layer supports both
industry-standard 128-bit (used by banking infrastructures to safeguard
sensitive data) and high-grade 256-bit SSL encryption to secure online
transactions. The actual encryption strength on a secure connection using a
digital certificate is determined by the level of encryption supported by the
user's browser and the server that the Web site resides on. Encryption strength
is measured in key length - number of bits in the key. To decipher an SSL
communication, one needs to generate the correct decoding key. Mathematically
speaking, 2n possible values exist for an
n-bit key. Thus, 40-bit
encryption involves 240 possible values. 128- and 256-bit keys
involve a staggering 2128 and 2256 possible combinations,
respectively, rendering the encrypted data de facto impervious to intrusion.
Even with a brute-force attack (the process of systematically trying all possible combinations until the right
one is found) cracking a 128- or 256-bit encryption is generally considered computationally
unfeasible.
