Clutter: Too much noise, too much text, and too little white space mean that customers ignore the content. Customers often scan pages quickly, only reading titles or input prompts until they reach the content they want. Be concise, break text up with headings, not too many fonts and consider the reading level of your audience.
Confusing navigation: Buttons and menu items should be apparent, links should look like links. Text should not look like buttons or links. Customers do not typically read and digest information in linear order and should be able to move between sections easily.
Company-centricism: Customers are task-oriented. They don't know (or care) about departmental structures, or company jargon. Look at your site as an outsider would, by function or task. Use clear, generic labeling and try to minimize the use of company or industry jargon, acronyms or abbreviations unless context is provided.
Design by committee: Though teamwork is essential to the success of a website, requiring group consensus for decision making will stop a project in its tracks.
Bells and whistles: How a site looks is not as important as the content and the organization of that content. Establish the site layout before attempting to finalize design.
High-maintenance pages: Static pages based on dynamic information are quickly outdated. Include dynamic data only if it is needed, and provide a way to maintain it.
Back patting: Don't tell customers how great your products are, show them. Keep introductory material to a minimum and focus on your programs or services.
Overcomplicating: Designers tend to approach a site as if it should spring whole-formed from their head before it is published. Remember, a website is forever a work in progress and should be approached as such. Publish the information at hand, and the site can expand and revised as needed according to user feedback.
A General Style Guide For Numbers, Measurements, Dates, And Acronyms In
Technical Web Content [top]
by Torre DeVito
Numbers
Numbers followed by units of measure should never be written out.
Single digit numbers ( zero through nine) should usually be written out.
References to numbers as they appear in text should be in quotes, or bold, and should match the way they are represented in that text.
Numbers that start a sentence should be written out
Single digits compared with multiple digits do not need to be written out:
Numbers enumerating nouns that are defined by a number should be written out.
Units of measurements
Abbreviations of units should not be followed by a period unless they are
at the end of a sentence.
Abbreviations of units should be lower case except in the following situations:
Units of measure named for a person should be upper case (e.g.: kHz).
Bytes are abbreviated B, bits b (e.g.: 5 GB hard drive and 1Gb Ethernet.
Metric abbreviations are case-sensitive, so uppercase and lowercase letters have different meanings
The plural of the abbreviation of unit of measure is the same as the singular (i.e.: never add an "s")
Units of computer memory
The computer industry commonly refers to:
The above units of computer memory are distinctly different from the metric abbreviations:-
3)
of 6)
of 9)
This is why units of computer memory should never be written out as "kilo", "mega" or "giga"
Measurements
There should always be one blank space between a number and a unit (preferably
a non-breaking space)
Whenever possible, give numerical values in comparisons and explanations to avoid ambiguity:
capacity.
Only compare the value of items if they are of the same unit of measurement (i.e.: Don't compare apples to oranges).
than the 2700 rpm 100 GB hard drive.
As a related matter, use the same units of measurement in comparisons.
an idle system with 256 MB, 512 MB and 1 GB of RAM...
system with 256 MB, 512 MB and 1024 MB of RAM...
can be used for emphasis (e.g. it costs $10 per year where it used to cost
about $10 per month)
Dates
Use the dd Mon yyyy format because it is less ambiguous, and globaly recognizable.
Use a non-breaking space between the day and month, and between the month and year.
Acronyms
Common acronyms
If an acronym is not in the above list it must be written out upon first usage and followed by the acronym in parenthesis
Six steps to improving your wireless security [top]
by Torre DeVito
Not securing your wireless network is like leaving the front door open to your home: it might give someone free access to your broadband connection which might slow down your network, or it might give them access to the personal data and content on your computer's hard disk drive. Since a wireless network uses radio signals instead of wires to connect the different systems to your network, it is important to remember that the signal does not end within your house; it can reach across the street to your neighbor's house, where it will be acessable to your neighbor's computer - or worse- to a car parked down the street, where anyone with a laptop can receive it.
To improve your wireless network security you may only need to take a few simple actions. To do so you will first need to access your wireless Typically your wireless router configuration utility can be accessed from a browser by typing the IP address of your wireless router into your browser's address field. The interface may vary slightly between products from different manufacturers so you will need to refer to the documentation that came with your wireless router or wireless access point for step-by-step instructions on how to perform the following steps.
With these six steps you can protect your network, your data, and your privacy from the casual would-be intruder. If someone is really determined to gain access to your network, however, there are no guarantees. The good news is, with wireless security as lax as it is, if you provide basic security for your network, intruders will likely move on to easier targets.