Small Business Technology Blog

Tuesday, March 29, 2011

Online Fax Security

Online Fax Security The security of fax transmissions is especially important to healthcare, legal, and financial entities. Even occasional users may wonder if Internet faxing, despite its many advantages, is secure enough to protect their confidentiality and that of their clients. The answer is, it depends...
First, let's compare Internet fax security to the security of normal fax transmissions over phone lines.

Both are susceptible to eavesdropping and diversion of transmissions, unless special precautions are taken. In the case of Internet faxes, encrypting a digital transmission or uploading it to a fax server over an encrypted Web connection provide good protection against interceptions. You should make sure that these security features are supported in any Internet fax service you consider.

Faxzero, an online faxing service I recommend, does encrypt all data before transferring it to their fax servers. In addition, their privacy policy states that they will not release personal information (such as your name, fax number or email address), nor information about the people you send faxes to, unless a court order compels them to do so. 

Email-to-fax services can be spoofed, meaning someone can fake your email address in a message header and send faxes in your name. If you pay for Internet fax service that means you may be stuck with someone else's fax bill. A good Internet fax service sends a confirmation email back to the sender's email address with every fax it sends, providing an alert that an unauthorized fax was sent using your account. 

Digital Delivery Offers Enhanced Fax Security

Normal faxes end up printed and deposited in a fax machine's receiving tray, where they lie until someone comes to retrieve them. These paper copies are exposed to everyone who has access to the fax machine, and may be accidentally read by people searching for their own faxes in the stack. Email-based Internet fax delivers faxes directly to the addressee's inbox (instead of a fax machine), where it's less likely to be seen by others.

Another security scheme stores received faxes on an online server. An email notice sent to the addressee contains a web link which points to the digital fax document. When clicked, the link opens a Secure Sockets Layer (SSL) connection to retrieve the document and display it in a browser, from which the recipient can save or print a copy. So the faxed document is never exposed on an unsecured connection.

Redundant security can be provided by using a Virtual Private Network (VPN) to establish exclusive connections over the Internet. Coupled with encrypted fax documents and PGP digital signatures, VPNs may be overkill when it comes to secure Internet faxing.

It's hard to control the security implemented by business partners. If you send an Internet fax to a partner's fax machine number, the printout is subject to the security vulnerabilities noted above. If possible, you should get your partners to use a more secure all-digital Internet fax solution such as fax-to-email or the SSL method described above. Hopefully, they're just as concerned with security as you are.

Bottom line, my take is that internet faxing is more secure than using good old-fashioned office fax machines, because encryption is typically NOT used when sending from one machine to another. Faxes travel across the public telephone network, and are subject to potential interception by motivated hackers. But because encryption is used by online fax services, and faxes can be delivered directly to the recipient's inbox, online faxing is a more secure option.

Friday, March 25, 2011

Two Weeks After Japan Earthquake, IT Industry Faces Hurdles

Two weeks have passed since a magnitude 9.0 earthquake and subsequent tsunami rocked eastern Japan, and while a recovery among the country's technology manufacturers has begun, it could be several months before things start to normalize.

Many factories were closed immediately following the quake, and most have been gradually returning to production in the last week. A handful of plants were hit harder and could be offline for months.

Companies face a daunting task.

Japan's biggest earthquake ever recorded, and the tsunami it spawned, left more than 10,000 people dead and an even larger number missing; several nuclear power plants remain in emergency condition and continue to spew radioactive contamination to the environment; hundreds of thousands are homeless; and the economy is being forced to adapt to power failures and supply disruptions. The end of the disaster is still not in sight.

For IT companies, the loss of production at these plants could have widespread effects on the electronics industry.

Texas Instruments' plant in Miho, northeast of Tokyo, is one of the factories that was hard hit. The plant, which produced chips and DLP devices for projectors, suffered "substantial damage" and it won't be until May when partial production resumes. Full production is not due until mid-July, and that could be further delayed by power problems, the company said.

Toshiba estimates production at its mobile phone display factory in Saitama, north of Tokyo, will be stopped for a month because of damage sustained in the earthquake.

Further north in Miyagi prefecture, a number of factories near the quake-hit city of Sendai suffered high levels of damage.

A Sony plant responsible for magnetic tape and Blu-ray Discs was inundated with water when a tsunami washed through the town of Tagajyo and is one of six Sony plants currently idle. Two Nikon plants were severely damaged and won't be back online until at least the end of March. And Fujitsu's major chip plant in Aizu Wakamatsu is still closed with no estimate of when production will begin again.

But some of the potentially biggest disruptions could come from the closure of two plants run by Shin-Etsu Chemical. Although not a well-known name to consumers, the company is a major supplier of silicon wafers. One of the halted plants, its Shirakawa facility in Fukushima prefecture, is responsible for around 20 percent of the world's supply of such wafers, according to IHS iSuppli.

"The wafers made by this facility mainly are used in the manufacturing of memory devices, such as flash memory and DRAM," said Len Jelinek, an IHS iSuppli analyst, in a statement. "Because of this, the global supply of memory semiconductors will be impacted the most severely of any segment of the chip industry by the production stoppage."

The knock-on effects of the quake to the global supply chain are already being felt.

Sony suspended production of Bravia LCD televisions, digital cameras and other products at five factories far from the quake zone because it can't get raw materials and components. Suppliers are unable to deliver because of either quake and tsunami damage or because of disruptions to the distribution network.

Industries beyond consumer electronics are also likely to feel the effects of these problems.

The automobile industry is a big customer of chip companies and the products it buys are often custom-made.

"Products like microcontrollers and DSPs can't simply be swapped out for another chip, whether from the same vendor or another," said Tom Starnes, an embedded processor analyst at Objective Analysis in Austin, Texas. "The programs aren't easily transferable between processors, and even changing other chips like analog may introduce cost, quality, or reliability issues not originally anticipated."

The long-term effect on Japanese electronics manufacturers and the supply chain remains difficult to gauge. Several major companies have said they will delay the hiring of new workers, usually done on April 1, and some have adjusted or canceled dividend payments to shareholders. While a nascent recovery appears to be underway and some factories are coming back online, it will be weeks before the full extent of damage to the global IT supply chain becomes clearer.

Tuesday, March 15, 2011

Technology supply chain facing shortages and delays at hands of Japanese earthquake and tsunami.


The continuing natural disaster in Japan has severely hindered the manufacture of basic components used in everything from computers to smart phones, increasing the likelihood that some of the world’s biggest technology companies will face product shortages and delays.

“You will see shortages of everything from screens to memory, and with it, an increase in prices,” said an analyst in Boston.

Japan is the world’s biggest supplier of silicon used to make semiconductor chips and this could result in significant shortages of certain electronic components, potentially causing pricing for these devices to increase dramatically,”

Because most semiconductor producers keep about two weeks’ worth of inventory on hand, the market likely won’t feel a pinch until the end of the month.

“Before the disaster, semiconductor inventories in the global semiconductor supply chain were at high levels. The Japanese earthquake will cause the appearance of shortages to be delayed by a matter of weeks.”

Much of the disruption is a result of shipping and logistics issues, rather than damage to Japanese manufacturing sites. Many companies will have problems getting material and employees in and out of their factories. In addition, some companies are shutting down production at some facilities voluntarily, in order to reduce the pressure on Japan’s battered power grid.

Japan is a vital hub in the manufacture of components necessary to make technology such as flash memory and dynamic random access memory, which are key parts of most computing devices. Flash memory, specifically, has become increasingly popular in recent years, due in large part to a surge in the production of mobile devices such as tablet computers.

Some of the world’s biggest technology manufacturers have announced temporary plant shutdowns. Sony Corp. has suspended operations in at least seven Japanese plants. In addition, the company is assessing damage at several other facilities, while other Sony plants have voluntarily suspended operations to help contain power outages. The suspended operations will have an impact on the production of everything from lithium ion batteries to DVDs to semiconductor lasers.

The various delays and interruptions will likely affect almost every corner of the consumer electronics industry. Electronics giant Hitachi Ltd. for instance, confirmed damage at six of its facilities.
According to iSuppli, Hitachi supplies displays for the Nintendo DS hand-held video game system and for LG phones. FujiFilm also announced temporary disruptions to its operations, likely to affect some shipments of digital cameras. Even though the Toshiba Corp. factories that produce memory chips were largely unaffected by the earthquake, the company could still see a drop in shipments because of infrastructure damage in Japan.

In all, the disruptions in Japan’s technology industry could have an effect on everything from the film industry to car stereos.

The unfolding tragedy’s massive impact on industry is especially difficult for the country’s electronics industry because of the precision required to build some technology. Intricate and highly technical components require a rigorous, secure production cycle involving clean rooms free from dust and other impurities. Unlike cars, for example, whose production cycle can be stopped and started, a power failure in the middle of manufacturing chips can ruin an entire shipment.

“Japan will not have enough power to keep all its factories running non-stop and a lot of these manufacturing processes have to run 24/7 – so that’s a major problem,” he said. “It’s inconvenient to Toyota and Nissan, but it’s absolutely devastating to electronics manufacturers.”

Friday, March 11, 2011

Firefox 4: What You Need To Know




1. Tabs Are On Top


tabs_on_top
As with Opera and Chrome, Firefox 4 tabs are placed by default above the search bar instead of below it.
Alex Faaborg, the principal designer on Firefox, created a video to explain the thought behind this decision. The advantages of doing so, he says, are more logical visuals, space efficiency, and accommodation of new features like app tabs and a redesigned notification window that associates the notification with its site’s tab.

2. App Tabs


app_tabs
Mozilla 4 allows you to turn any tab into an “App Tab” by right-clicking on it and selecting “Pin as App Tab.”
These tabs stay put in the upper left-hand corner of the browser even as you scroll through your other tabs, which prevents the web applications you return to frequently from getting lost.
When there’s an update on one of the app tab pages, like a new e-mail, Facebook message or Twitter update, the tab glows — rather classy compared to the bouncing, flashing alternatives.

3. Switch to a Tab Via the Search Bar


app_tabs
Start typing the address of a website that is already open in a tab, and Firefox 4 will suggest an option to switch to that tab, even when it’s in a different open window. If you’re someone who opens more tabs than you can remember, this feature can help prevent repeats.

4. Sync Across Multiple Devices


firefox_sync
The ability to sync bookmarks, browsing history, passwords, form fill data, and open tabs across multiple computers and smartphone is built in to Firefox 4.
While similar features have been default in Chrome and Opera for a while, Firefox director of engineering Johnathan Nightingale says that the organization took the time to develop “weapons-grade encryption.”

5. Panorama


Panorama (formerly tab candy) now allows you to overview all of your tabs and organize them into groups using a drag and drop interface.
The feature is accessed through an icon in the upper right-hand corner of the browser that opens to a blank workspace and icons for each of your existing tabs. You can create a new group by dragging two icons near each other, move and resize groups, and close all the tabs in a group with one click.