It’s that time again!  Time for us to have some fun, and help one of our Upstate, SC friends get something cool to play with.

We’ve given away stuff before, like Trend Micro anti-virus, a wireless IP security camera, a Cisco Flip Mino HD video camera, Microsoft Office 2010, and even a Microsoft X-BOX 360, but this is likely the most exciting thing yet, or at least the 2nd most exciting!

We decided that since it is a Leap Year, we will help one person leap into the tablet computer revolution by giving them one of the hottest little tablets out… The Amazon Kindle Fire!  It is far more than just an eBook Reader, it’s a smokin’ hot tablet too!  So hot, it’s on FIRE! =)

Let’s call it the “Leap Into IT” giveaway!  #LeapIntoIT

Who is eligible?

 

Anyone who can walk into the Homeland Secure IT office at 104 Mauldin Rd, STE E in Greenville, SC to retrieve the tablet in person. We will NOT SHIP IT. Also, you must not be prohibited by law from participating in any giveaway, and all that legal mumbo-jumbo. Let’s put an age restriction on it too.  You must not be older than, no wait, you must be at least 18 to participate.

Employees of Homeland Secure IT cannot play this silly game because they would never get any work done.

Past winners of Homeland Secure IT giveaways ARE eligible (Andrea, James, Hal, etc)

How do you get involved in this?

 

There is NO purchase necessary, but there are some things that you will want to do…

• Pass through our initiation process – This is where you tattoo your forehead with the Homeland Secure IT logo. Okay, this is optional.
• Sign up to this blog by hitting the SUBSCRIBE BUTTON over in the right-hand column. You can receive the daily blog posts in email first thing in the morning this way. And you can opt out later (after the contest is over) when you get tired of my yammering…
• Sign up for our SUPER LOW traffic mailing lists HERE … We rarely send anything out, so you won’t be too annoyed. You can unsubscribe from either or both at anytime, AFTER the contest end date.
• Go to our home page at www.HomelandSecureIT.com and hit the Google +1 button & Facebook “like” while you are there.
• Go to our Google business places page and leave a review and rating (hopefully a good one)
• Go to Merchant Circle and leave a review/rating
• Go to Yelp and leave a review/rating
• Go to Yahoo! and leave a review/rating
• LIKE us on facebook HERE …     Follow us on Twitter HERE …

 

Here is a list of ways to connect:  

http://www.homelandsecureit.com/connect.html

If you connect in a different manner and you feel it is important, email me, or tag me in a post so I can see what you have done and count that as well!

In review, it is up to you to determine how much, or how little you wish to get involved. The more ways you connect, the more chances to get this darn Kindle Fire!

How is the selection made?

 

Good question! We lay out a grid, with your each name written in it in the parking lot, and we then shoot a gerbil straight into the air, and in whatever grid the gerbil falls into, that’s our winner.

Okay, (maybe) it isn’t like that at all.  No, in fact it is not.

On February 29th, 2012, I’ll take every name/email address from our mailing lists, all the names of those who have reviewed us on Yelp, Google Places, Yahoo! & Merchant Circle, all the mentions on Facebook, Twitter, Linked-In, all the Likes and Follows on Twitter, Facebook, Linked-In, all the Google Plus +1s, and dump them into a spread sheet. Next I go to www.Random.Org and put the number of lines in my spreadsheet as the max number and generate a random number.

Whoever matches that number in the spreadsheet is contacted.

If they are out of the area and cannot get it in person, another number will be selected and the process repeated until we have a winner!

So, with that said… Let’s do this!   Leap Into IT!!!!

On every system we sell that includes the SPA 525, we get a few questions like, ‘How do you answer another extension?”, and of course we answer it, but, with such a long list of these “star codes”, I can’t remember them myself.

Cisco Star Codes for SPA525G2 Phones:

• Call Return (*69)—Calls the last caller, regardless which extension.
• Blind Transfer (*98)—Allows the user to transfer a call to another number  without waiting for the other party to pick up.
• Call Back Act (*66)—Periodically redials the last busy number (every 30  seconds by default) until it rings or until the attempt expires (30 min by default), regardless which extension. Only one call back operation can be ordered at a time. A new order automatically cancels the previous order.
• Call Back Deact (*86)—Cancels the last call back operation.
• Call Forward All Act (*72)—Call forwards all inbound calls. Applies to primary extension only.
• Call Forward All Deact (*73)—Cancels call forward all. Applies to primary extension only.
• Call Forward Busy Act (*90)—Call forwards on busy. Applies to primary extension only.
• Call Forward Busy Deact (*91)—Cancels call forward on busy. Applies to primary extension only.
• Call Forward No Answer Act (*92)—Call forwards if no answer. Applies to primary extension only.
• Call Forward No Answer Deact (*93)—Cancels call forward no answer. Applies to primary extension only.
• CW Act (*56)—Enables call waiting. For example, if call waiting is turned off globally, this star code will turn on call waiting until the CW Deact code is entered.
• CW Deact (*57)—Deactivates call waiting. For example, if call waiting is turned on globally, this star code deactivates call waiting until the CW Act code is entered.
• CW Per Call Act (*71)—Enables call waiting for a single call. For example, if  call waiting is turned off globally, this star code will turn on call waiting for that call.
• CW Per Call Deact (*70)—Deactivates call waiting for a single call. For example, if call waiting is turned on globally, this star code deactivates call waiting for that call.
• Block CID Act (*67)—Blocks caller ID on all outbound calls. Applies to all extensions.
• Block CID Deact (*68)—Deactivates caller ID blocking on outbound calls. Applies to all extensions.
• Block CID Per Call (*81)—Blocks caller ID on the next outbound call (on the current call appearance only).
• Block CID Per Call Deact (*82)—Deactivates caller ID blocking on the next outbound call (on the current call appearance only).
• Block ANC Act—Blocks anonymous calls. Applies to all extensions.
• Block ANC Deact—Deactivates anonymous call blocking. Applies to all  extensions.
• DND Act (*78)—Activates Do Not Disturb. Applies to all extensions.
• DND Deact (*79)—Deactivates Do Not Disturb. Applies to all extensions.
• Secure All Call Act (*16)—Defaults to prefer to use encrypted media (voice codecs).
• Secure No Call Act (*17)—Defaults to prefer to use unencrypted media for all outbound calls. Applies to all extensions.
• Secure One Call Act (*18)—Prefers to use encrypted media for the outbound call (on this call appearance only).
• Secure One Call Deact (*19)—Prefers to use unencrypted media for the outbound call (on this call appearance only).
• Paging (*96)—Pages the number called.
• Call Park (*38)—Parks a call on an entered line number.
• Call UnPark Code (*39)—Retrieves a call from an entered line number.
• Call Pickup (*36)—Picks up a call at an entered extension.
• Group Call Pickup (*37)—Picks up a ringing call at a group of extensions.
• Media Loopback Code (*03)—A service provider can set up a test call from an IP media loopback server (the source) to a subscriber’s VoIP device (the mirror). The test call provides statistical reporting on network performance  and audio quality.

Depending on the source’s capabilities, the SP can see packet jitter, loss, and delay (although Media Loopback cannot identify an offending hop). This helps the SP identify an offending hop that could be causing issues in VoIP calls to a subscriber. The test results can also provide audio quality scoring, which lets a SP better understand the subscriber’s experience.

Referral Services Codes—One or more * codes can be configured into this parameter, such as *98, or *97|*98|*123, and so on. The maximum total length is 79 characters.
This parameter applies when the user places the current call on hold (by Hook Flash) and is listening to second dial tone. Each * code (and the following valid target number according to current dial plan) entered on the second dial-tone triggers the Cisco IP phone to perform a blind transfer to a target number that is prepended by the service * code. For example:
a. After the user dials *98, the Cisco IP phone plays a special prompt tone while waiting for the user the enter a target number (which is validated according to the dial plan as in normal dialing).
b. When a complete number is entered, the Cisco IP phone sends a blind REFER  to the holding party with the Refer-To target equals to *98 target_number. This  feature allows the Cisco IP phone to hand off a call to an application server to perform further processing, such as call park. The * codes should not conflict with any of the other vertical service codes internally processed by the Cisco IP phone. You can delete any * code that you do  not want the call server to process.

Feature Dial Services Codes: Tells the Cisco IP phone what to do when the user is  listening to the first or second dial tone.
You can configure one or more * codes into this parameter, such as *72, or *72|*74|*67|*82, and so on. The maximum total length is 79 characters. When the user has a dial tone (first or second dial tone), they can enter a * code (and the  following target number according to current dial plan) to trigger the Cisco IP phone to call the target number prepended by the * code. For example:
a. After the user dials *72, the Cisco IP phone plays a special prompt tone while waiting for the user the enter a target number (which is validated according to the dial plan as in normal dialing).
b. When a complete number is entered, the Cisco IP phone sends an INVITE to *72 target_number as in a normal call. This feature allows the proxy to process features such as call forward (*72) or BLock Caller ID (*67).
You can add a parameter to each * code in Features Dial Services Codes to indicate what tone to play after the * code is entered, such as *72‘c‘|*67‘p‘.

Following is a list of allowed dial tone parameters (note the use of back quotes surrounding the parameter without spaces).

•  ‘c‘ = Cfwd dial tone
•  ‘d‘ = Dial tone
•  ‘m‘ = MWI dial tone
•  ‘o‘ = Outside dial tone
•  ‘p‘ = Prompt dial tone
•  ‘s‘ = Second dial tone
•  ‘x‘ = No tones are place, x is any digit not used above

If no tone parameter is specified, the Cisco IP phone plays the prompt tone by default.
If the * code is not to be followed by a phone number, such as *73 to cancel call forwarding, do not include it in this parameter. In that case, add that * code in the dial plan.

 

Homeland Secure IT is happy to be a Cisco SMB Select Partner! If we can provide your business VoIP support in the Greenville / Upstate, SC area, please call upon us at 864.990.4748 or email info@homelandsecureit.com

Anonymous has made the news lately with their attacks on many sites, with the most prominent being government sites. US-CERT released this info yesterday:

 

National Cyber Alert System

Technical Cyber Security Alert TA12-024A

“Anonymous” DDoS Activity

Original release date: January 24, 2012

Last revised: –

Source: US-CERT

Overview

US-CERT has received information from multiple sources about

coordinated distributed denial-of-service (DDoS) attacks with

targets that included U.S. government agency and entertainment

industry websites. The loosely affiliated collective “Anonymous”

allegedly promoted the attacks in response to the shutdown of the

file hosting site MegaUpload and in protest of proposed U.S.

legislation concerning online trafficking in copyrighted

intellectual property and counterfeit goods (Stop Online Piracy

Act, or SOPA, and Preventing Real Online Threats to Economic

Creativity and Theft of Intellectual Property Act, or PIPA).

 

 

I. Description

 

US-CERT has evidence of two types of DDoS attacks: One using HTTP

GET requests and another using a simple UDP flood.

 

The Low Orbit Ion Cannon (LOIC) is a denial-of-service attack tool

associated with previous Anonymous activity. US-CERT has reviewed

at least two implementations of LOIC. One variant is written in

JavaScript and is designed to be used from a web browser. An

attacker can access this variant of LOIC on a website and select

targets, specify an optional message, throttle attack traffic, and

monitor attack progress. A binary variant of LOIC includes the

ability to join a botnet to allow nodes to be controlled via IRC or

RSS command channels (the “HiveMind” feature).

 

The following is a sample of LOIC traffic recorded in a web server

log:

 

“GET /?id=1327014400570&msg=We%20Are%20Legion! HTTP/1.1″ 200

99406 “hxxp://pastehtml.com/view/blafp1ly1.html” “Mozilla/5.0

(Windows NT 6.1; WOW64; rv:9.0.1) Gecko/20100101 Firefox/9.0.1″

 

The following sites have been identified in HTTP referrer headers

of suspected LOIC traffic. This list may not be complete. Please do

not visit any of the links as they may still host functioning LOIC

or other malicious code.

 

“hxxp://3g.bamatea.com/loic.html”

“hxxp://anonymouse.org/cgi-bin/anon-www.cgi/”

“hxxp://chatimpacto.org/Loic/”

“hxxp://cybercrime.hostzi.com/Ym90bmV0/loic/”

“hxxp://event.seeho.co.kr/loic.html”

“hxxp://pastehtml.com/view/bl3weewxq.html”

“hxxp://pastehtml.com/view/bl7qhhp5c.html”

“hxxp://pastehtml.com/view/blafp1ly1.html”

“hxxp://pastehtml.com/view/blakyjwbi.html”

“hxxp://pastehtml.com/view/blal5t64j.html”

“hxxp://pastehtml.com/view/blaoyp0qs.html”

“hxxp://www.lcnongjipeijian.com/loic.html”

“hxxp://www.rotterproxy.info/browse.php/704521df/ccc21Oi8/

vY3liZXJ/jcmltZS5/ob3N0emk/uY29tL1l/tOTBibVY/wL2xvaWM/v/b5/

fnorefer”

“hxxp://www.tandycollection.co.kr/loic.html”

“hxxp://www.zgon.cn/loic.html”

“hxxp://zgon.cn/loic.html”

“hxxp://www.turbytoy.com.ar/admin/archivos/hive.html”

 

The following are the A records for the referrer sites as of

January, 20, 2012:

 

3g[.]bamatea[.]com                A    218[.]5[.]113[.]218

cybercrime[.]hostzi[.]com         A    31[.]170[.]161[.]36

event[.]seeho[.]co[.]kr           A    210[.]207[.]87[.]195

chatimpacto[.]org                 A    66[.]96[.]160[.]151

anonymouse[.]org                  A    193[.]200[.]150[.]125

pastehtml[.]com                   A    88[.]90[.]29[.]58

lcnongjipeijian[.]com             A    49[.]247[.]252[.]105

www[.]rotterproxy[.]info          A    208[.]94[.]245[.]131

www[.]tandycollection[.]co[.]kr   A    121[.]254[.]168[.]87

www[.]zgon[.]cn                   A    59[.]54[.]54[.]204

www[.]turbytoy[.]com[.]ar         A    190[.]228[.]29[.]84

 

The HTTP requests contained an “id” value based on UNIX time and

user-defined “msg” value, for example:

 

GET /?id=1327014189930&msg=%C2%A1%C2%A1NO%20NOS%20GUSTA%20LA%20

 

Other “msg” examples:

 

msg=%C2%A1%C2%A1NO%20NOS%20GUSTA%20LA%20

msg=:)

msg=:D

msg=Somos%20Legion!!!

msg=Somos%20legi%C3%B3n!

msg=Stop%20S.O.P.A%20:)%20%E2%99%AB%E2%99%AB HTTP/1.1″ 200 99406

“http://pastehtml.com/view/bl7qhhp5c.html”

msg=We%20Are%20Legion!

msg=gh

msg=open%20megaupload

msg=que%20sepan%20los%20nacidos%20y%20los%20que%20van%20a%20nacer

%20que%20nacimos%20para%20vencer%20y%20no%20para%20ser%20vencidos

msg=stop%20SOPA!!

msg=We%20are%20Anonymous.%20We%20are%20Legion.%20We%20do%20not%20

forgive.%20We%20do%20not%20forget.%20Expect%20us!

 

The “msg” field can be arbitrarily set by the attacker.

 

As of January 20, 20012, US-CERT has observed another attack that

consists of UDP packets on ports 25 and 80. The packets contained a

message followed by variable amounts of padding, for example:

 

66:6c:6f:6f:64:00:00:00:00:00:00:00:00:00 | flood………

 

Target selection, timing, and other attack activity is often

coordinated through social media sites or online forums.

 

US-CERT is continuing research efforts and will provide additional

data as it becomes available.

 

 

II. Solution

 

There are a number of mitigation strategies available for dealing

with DDoS attacks, depending on the type of attack as well as the

target network infrastructure. In general, the best practice

defense for mitigating DDoS attacks involves advanced preparation.

 

* Develop a checklist or Standard Operating Procedure (SOP) to

follow in the event of a DDoS attack. One critical point in a

checklist or SOP is to have contact information for your ISP and

hosting providers. Identify who should be contacted during a

DDoS, what processes should be followed, what information is

needed, and what actions will be taken during the attack with

each entity.

* The ISP or hosting provider may provide DDoS mitigation services.

Ensure your staff is aware of the provisions of your service

level agreement (SLA).

* Maintain contact information for firewall teams, IDS teams,

network teams and ensure that it is current and readily available.

* Identify critical services that must be maintained during an

attack as well as their priority. Services should be prioritized

beforehand to identify what resources can be turned off or

blocked as needed to limit the effects of the attack. Also,

ensure that critical systems have sufficient capacity to

withstand a DDoS attack.

* Have current network diagrams, IT infrastructure details, and

asset inventories. This will assist in determining actions and

priorities as the attack progresses.

* Understand your current environment and have a baseline of daily

network traffic volume, type, and performance. This will allow

staff to better identify the type of attack, the point of attack,

and the attack vector used. Also, identify any existing

bottlenecks and remediation actions if required.

* Harden the configuration settings of your network, operating

systems, and applications by disabling services and applications

not required for a system to perform its intended function.

* Implement a bogon block list at the network boundary.

* Employ service screening on edge routers wherever possible in

order to decrease the load on stateful security devices such as

firewalls.

* Separate or compartmentalize critical services:

 

* Separate public and private services

* Separate intranet, extranet, and internet services

* Create single purpose servers for each service such as HTTP,

FTP, and DNS

* Review the US-CERT Cyber Security Tip Understanding

Denial-of-Service Attacks.

 

 

III. References

 

* Cyber Security Tip ST04-015 -

<http://www.us-cert.gov/cas/tips/ST04-015.html>

 

* Anonymous&apos;s response to the seizure of MegaUpload according to

CNN -

<http://money.cnn.com/2012/01/19/technology/megaupload_shutdown/index.htm>

 

* The Internet Strikes Back #OpMegaupload -

<http://anonops.blogspot.com/2012/01/internet-strikes-back-opmegaupload.html>

 

* Twitter Post from the author of the JavaScript based LOIC code -

<http://www.twitter.com/#!/mendes_rs>

 

* Anonymous Operations tweets on Twitter -

<http://twitter.com/#!/anonops>

 

* @Megaupload Tweets on Twitter -

<http://twitter.com/#!/search?q=%2523Megaupload>

 

* LOIC DDoS Analysis and Detection -

<http://blog.spiderlabs.com/2011/01/loic-ddos-analysis-and-detection.html>

 

* Impact of Operation Payback according to CNN -

<http://money.cnn.com/2010/12/08/news/companies/mastercard_wiki/index.htm>

 

* OperationPayback messages on YouTube -

<http://www.youtube.com/results?search_query=operationpayback>

 

* The Bogon Reference – Team Cymru -

<http://www.team-cymru.org/Services/Bogons/>

 

____________________________________________________________________

 

The most recent version of this document can be found at:

 

<http://www.us-cert.gov/cas/techalerts/TA12-024A.html>

____________________________________________________________________

 

Feedback can be directed to US-CERT Technical Staff. Please send

email to <cert@cert.org> with “TA12-024A Feedback INFO#919868″ in

the subject.

____________________________________________________________________

 

For instructions on subscribing to or unsubscribing from this

mailing list, visit <http://www.us-cert.gov/cas/signup.html>.

____________________________________________________________________

 

Produced 2012 by US-CERT, a government organization.

 

Terms of use:

 

<http://www.us-cert.gov/legal.html>

____________________________________________________________________

 

Revision History

 

January 24, 2012: Initial release

 

If you require assistance with DDoS or any other security need for your Greenville or Upstate SC business, please call upon us at 864.990.4748 or email info@homelandsecureit.com

Watchguard, provider of quality firewall and security products for small, media and enterprise business made a “Social Media Release” today that outlines a list of PCI Pitfalls for Retailers.

It is quoted below  in its entirety but can be found here.

I’ll be posting about the new WatchGuard XTM 33 designed for Small/Medium businesses, and may be ideal for retailers!

Should you wish to purchase a WatchGuard product, receive more information or support, please call us at 864.990.4748 or email info@homelandsecureit.com… We are a WatchGuard partner!

—

Social Media Release:
WatchGuard Lists PCI Pitfalls for Retailers

NEW YORK (January 16, 2012) – WatchGuard Technologies

Highlights / News Facts:

Businesses that process, transmit or store cardholder data must implement security controls as defined by the latest PCI DSS standard. The following are the nine common PCI DSS compliance pitfalls that many retailers fall into and tips to avoid them.

• 1) Faulty firewall installation or configuration
  Many DIY (do it yourself) projects are easy; properly configuring a firewall is not one of them. According to WatchGuard research, a majority of small business security breaches are the result of improperly configured firewalls. Best practice: Use security certified technicians or trained resellers to ensure firewall configurations are proper and up to date; regularly audit firewall configurations as people and IT resources constantly change.
• 2) Relying on vendor supplied defaults for system passwords
  Not only is it critical to change vendor supplied default passwords, be sure to use something other than “password” as a password. According to a recently published research report, the most common passwords are: 1) password, 2) 123456, 3) 12345678, 4) qwerty, 5) abc123, 6) monkey, 7) 1234567, letmein, 9) trustno1, and 10) dragon. Best practice: Change vendor settings and utilize strong passwords.
• 3) Failing to utilize IPS to protect stored cardholder data
  There are multiple ways to help protect stored cardholder data. One key technology that is often overlooked is IPS (intrusion prevention systems). IPS is to hackers as anti-virus is to viruses. IPS keeps hackers out and helps cardholder data stay safe. Best practice: Make sure intrusion prevention systems (IPS) are up and running.
• 4) Not encrypting transmission of cardholder data across open, public networks
  Encryption is a key component to PCI DSS compliance. A common problem occurs in the transmission of credit card data, which is often done in unencrypted email. Best practice: Use encryption everywhere, and especially in email systems where any type of sensitive information may be transmitted.
• 5) Failing to use and regularly update anti-virus software or programs
  Unlike desktop/endpoint anti-virus (AV), gateway anti-virus stops threats right at the entry point of a network. Using gateway AV adds an additional layer of defense at the primary point of attack, and because it functions at the gateway, users see no degradation of performance on their local computer. Best practice: Use gateway AV in addition to endpoint AV for maximum defense in depth.
• 6) Not maintaining secure systems and applications
  Many businesses do a good job at maintaining secure systems, however what is often overlooked in today’s social media business world is application security. Most firewalls are incapable of distinguishing a web application from a website. Because of this, crafty cyber-crooks create web applications as a way to sneak past the firewall and steal cardholder data. Best practice: To gain control over web applications, businesses utilize the latest generation of UTMs and firewalls that include application control.
• 7) Providing access to cardholder data to those who do not need to know
  About 80 percent of security violations happen from within an organization. In order to reduce that figure, businesses should use the “least privilege rule,” which parallels the same concept of “need to know.” Users should be granted the minimum necessary permissions and privileges that are required for them to accomplish their jobs. When employees have access to data that they should not, bad things often result. Best practice: Use RBAC (role based access controls), separation of duties and other forms of “least privilege” to make sure data is restricted to those who absolutely must have access to it.
• Forgetting to track and monitor all access to network resources and cardholder data
  Unfortunately, many businesses take a “fire and forget” approach to network security; once the firewall is set, they forget to check the reports. Many security breaches can me mitigated early on simply by checking reports and logs on a regular basis. Best practice: Establish a routine of checking logs and reports to spot trouble before it blossoms into headline security news.
• 9) Not having an information security policy
  In order to meet PCI compliance, businesses must create an information security policy that is up to date, and that addresses the security requirements as proscribed by PCI DSS. This should also include operational security, system usage, security management and other related policies. Best practice: Get IT, HR and other business stakeholders to regularly review information security policies.

Keywords:

PCI DSS, Network Security, Firewall, Cardholder Data, Passwords, Encryption, IPS, Anti-Virus, Application Control, Next-Generation UTM, Policy

 

Quote:

• “The PCI DSS standard is a model that many businesses – even non-retailers can look to in order to maintain best security practices,” said Eric Aarrestad, Vice President at WatchGuard Technologies. “The devil is in the details when it comes to security. Hopefully, this quick list helps remind businesses owners and IT management that little things can make a big difference in preventing data loss.”

We have been informed by our Charter rep that starting today (January 10, 2012), Charter is starting an initiative focused on removing older generation docsis 1 and 1.1 modems from the customer user base that currently subscribes to MAX, PLUS and ULTRA.

The email included the following information:

1. This is a company-wide project focused on technically positioning our customer base for advanced HSI products and increased speeds.
2. The communication is handled via a browser message that will alert only those customers with older docsis 1 or 1.1 modems and asking them swap.
3. Replaced at no cost to the customer, including customer owned modems. See sample screenshot image below…
4. The customer will communicate with us via phone at 877.739.0427 or use the browser link to expedite the delivery.
5. All modems will be sent via mail to the mailing address on the account. (again, at no cost to the customer)
6. The modems will be mailed as a self install kit from a central distribution center.

Here’s the link: https://connect.charter.com/replacemodem/

If you have any questions about Charter internet, phone or television, either home or business, please call us at 864.990.4748 or email info@homelandsecureit.com

 

 

Satellite internet connections have been around for a while, and if you have used that technology, you have likely been disappointed.

Hughes probably has the highest market penetration, and those using it have been quick to complain about caps and upload speed.

This is where ViaSat comes in. They revealed their home satellite system at CES and Engadget has a pretty good write-up with a video that tells more about the 12 Mbps down/3 Mbps up service that runs $50.oo per month.

What is left out is what types of data caps they may have.

This came in email from our Charter rep and may be of interest to you if you have not already seen this:

Charter Ups Broadband Speeds Again, Bumps Top Tier to 100 Mbps –

DiGeronimo says DSL is Basically Archaic

Original Publication Date: 12/1/2011

Original News Source: Multichannel News

By Todd Spangler — Multichannel News, 12/1/2011 3:00:00 PM

Looking to kick more sand in the face of DSL, Charter Communications is increasing connection speeds of its three top broadband tiers — Express, Plus and Ultra, which will now provide downloads of up to 100 Megabits per second — at no additional cost for subscribers.

The speed boosts are the MSO’s fourth in the last three years. The faster speeds will take effect in markets with DOCSIS 3.0 technology deployed, which represents approximately 95% of Charter’s service area.

“As customers share multiple devices on a single connection, we want to send a very strong message: DSL is basically archaic,” said Rich DiGeronimo, Charter’s senior vice president of product and strategy.

Charter is increasing Internet Express downstream speeds from 12 Mbps to up to 15 Mbps, and increasing upstream speeds from 1 Mbps to up to 3 Mbps. Internet Plus downstream speeds are being increased from 18 Mbps to up to 30 Mbps, and upstream speeds are being increased from 2 Mbps to up to 4 Mbps.

In addition, Charter’s fastest residential offering is increasing from 60 Mbps to 100 Mbps — with Ultra100 providing 100 Mbps downstream and 5 Mbps upstream. Charter’s Internet Lite tier will remain 3 Mbps down.

The midlevel Plus tier, at 30/4, is now faster than the fastest AT&T U-verse Internet service available. Charter’s footprint overlap with AT&T is 60%, although U-verse is not available in all of those areas.

“We believe we have an advantage in this space,” DiGeronimo said. “The thirst for speed is only growing.”

Charter is offering Express for $19.99 per month for 12 months to new customers, Plus for $29.99 per month. Ultra100 is $40 more per month than the Express tier.

“We’re not asking for more money. It’s really about differentiation,” DiGeronimo said. About 90% of Charter’s broadband customers take either Express and Plus service.

Charter’s broadband services are subject to different usage thresholds. Customers with Lite and Express tiers are allotted at 100 Gigabytes of bandwidth usage per month, while those on the Plus and Max services have a threshold of 250 GB per month. The Ultra100 tier will be capped at 500 GB per month; previously, the Ultra60 tier did not have a maximum usage limit. Charter currently does not charge overage fees for those who exceed the thresholds; however, users’ accounts may be suspended for repeated violations.

Charter also is increasing speeds for business customers, bumping up commercial Internet speeds at no cost for two of its most popular services, Charter Business Internet Essentials16 and 25. The speed increase will take place in approximately 95% of Charter’s service areas nationwide.

Specifically, the speed increases are: Internet Essetials16, with download speeds of 16 megabits per second (Mbps) and upload speeds of 2 Mbps, will increase to up to 20 Mbps download and up to 3 Mbps upload; and Internet Essentials25, with download speeds of 25 Mbps and upload speeds of 3 Mbps, will increase to up to 30 Mbps download and up to 4 Mbps upload — which the MSO notes is at least 6 times faster than 5 Mbps DSL service and 20 times faster than T1 lines. Charter’s fastest commercial offerings, Pro50 and Pro100, remain the same, providing up to 50 Mbps download/5 Mbps upload and up to 100 Mbps download/5 Mbps upload, respectively.

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Homeland Secure IT loves Charter! We help Greenville & Upstate South Carolina individuals & businesses get connected with high speed internet all the time and Charter, especially Charter Business, has the highest customer satisfaction of any of the ISPs we work with. If you are feeling the need for speed, email us at info@homelandsecureit.com or call 864.990.4748 and we can assist you in the search for the best service and the best price!

Hope you had a fantastic Thanksgiving!  We sure did, but we are back at work.

While reading an article over on physorg entitled “Research team finds disk encryption foils law enforcement efforts“, I was reminded of conversations from over a dozen years ago with friends in law enforcement about how criminals were using PGP (Pretty Good Privacy) to encrypt their files, from the records of bookies to prostitutes and their client list. We discussed how this simple form of encrypting files would be almost impossible for an investigator to circumvent.

File, folder and entire disk encryption has come a long way since then and is affordable and easy to implement by the typical user of a computer. While it has not become “mainstream”, you can bet that criminals are busily integrating encryption into their storage.

One point they make in the article is that if the police raid the home/business of a (suspected?) criminal, they are likely to find the computer/s on and running. If they can manage to get them in this state, they may be able to move around the drives/folders and copy files to another device. If the criminal shuts the computer down, (or the police do so to move it to their lab) upon bootup or access of the encrypted drive/folder, an encryption key/passphrase would need to be input. Some of these encryption packages are destructive, so if an incorrect attempt is made X number of times, the data becomes totally unusable, even for the legitimate owner.

If you would like to utilize encryption in your home or business to protect against criminals (hopefully not law enforcement), we can help. Shoot us an email to info@homelandsecureit.com or call 864.990.4748 if you are in the Upstate or Greenville SC area and we can assist with protecting your precious data, whether it is a flash drive, usb drive, a folder, a file or an entire drive on your computer.

TP-Link just announced a new product in their stable of connectivity devices called the TL-MR3020 Portable 3G/3.75G Wireless N Router.

This little gadget will allow you to plug your USB 3G modem into and it in turn lets multiple Wi-Fi devices to share that connection!

Sure, there are other devices out there that do the same thing, but this one has some distinctive features, such as a firewall with port forwarding & port triggering, UPnP, Parental Controls, Access Schedules, MAC address filtering and a 3G/WAN failover function!

With one of these and your 3G USB modem, your iPad, Android tablet, X-Box, notebook computer and any other Wi-Fi device can be connected to the internet wherever you are! This could be the perfect camping or tailgating companion. It could make for backup connectivity for your business as well.

These are priced at under 40 dollars and they are compatible with over 120 UMTS/HSPA/EVDO 3G USB modems. If you need more information or want to get one, give us a call at 864.990.4748 or email info@homelandsecureit.com

The question of the day was from a client who asked, “How can I display what I see on my notebook to my big screen TV, without physically connecting it?”.

Obviously, connecting the notebook to your LCD TV is probably the easiest thing in the world, using an HDMI, DVI or even VGA cable, however, it is inconvenient, especially if you are using the notebook for a presentation and the TV is on the other end of the room.

Fortunately, there are a number of devices on the market that allow you to easily stream your video and audio to external displays, wirelessly.

One is the Diamond Multimedia Wireless Converter (WPCTV1080H), that connects to your display with an HDMI cable, and to your notebook with a little USB dongle.

Now your external display becomes an extension of your notebook! You can watch everything from Netflix to YouTube to your security cameras in full 1080p resolution. The computer can be up to about 30 ft away from the display device.

Slick, eh?  Only about 120 dollars, or less.  We have them if you need one.  They even include the HDMI cable.