Sometimes it's the little things that count.
The most prominent feature of Firefox 3.6 is Personas, which let you reskin the browser with thousands of different looks. But my single favorite change is a subtler change to the open-source browser's user interface.
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Specifically, when you open a link in a new tab, it appears immediately to the right of the active tab. Before, the new tabs would appear to the far right of the strip of tabs.
Yup, that's it. For those of us who spend hours a day in a browser, though, the new tab behavior helps group related tasks together. I constantly shuffle among dozens of tabs, and the new approach automatically brings some organization to my cluttered life.
However, I know it's not everybody's favorite browser behavior. So along with explaining why I like it, I'll also take some potshots and share instructions on how to get the old way back.
Why it's better
The more things I do with a browser--and the number has increased steadily for years now--the more important it becomes to be able to find different tasks amid the chaos. Microsoft and Apple understand this, as evidenced by the new taskbar features in Windows 7 and dock expose in Mac OS X 10.6, aka Snow Leopard. Those features make it easier to pluck out the one window you need from among the many you may have open.
There's a pattern to how I spawn the dozens of tabs I use as a day progresses. On a variety of pages--Gmail, Google Reader, Yahoo Finance, somebody's blog post--I'll encounter a host of links to other pages. I'll middle-click my mouse button to open interesting pages as background tabs, then use Ctrl-Tab to switch to the new pages when I'm ready. I repeat this pattern many times a day.
With the old behavior, each tab appeared to the far right of the tab strip. That's fine when getting started, but when I've moved halfway across the list and want to open another batch, I want the new ones--call them children--to open next to their parent tab. When I go away and come back, or when I lose place juggling tasks, it's easier to find my bearings again.
It's like being in a library. When you're in the European history section, you don't want to find books on rewiring your house and on vegetarian cooking.
As a longtime Firefox user, I didn't realize tab positioning could be better. When I started using Google's Chrome, which introduced the new tab behavior to me, the scales were lifted from my eyes. I immediately could get to the next tab with a quick press of Ctrl-Tab on the keyboard rather than have to use the mouse to click over to the far end of the list. I use both browsers daily, but until the Firefox 3.6 beta arrived, the new-tab position had become a sore point for me when in Firefox.
The change is actually a big deal in a couple ways. First, even seemingly minor changes in software can be disruptive. Old habits die hard, and computer users wrestling with constant change can get angry when more is foisted upon them.
Second, though, browsers are assuming an ever greater role in what people do in their personal and professional lives, and keeping one's bearings is commensurately important. That's especially true for those people for whom a gaggle of browser tabs represents a collection of chores going on in parallel.
Internet Explorer 8 categorizes related tabs by color.
(Credit: Screenshot by Stephen Shankland/CNET) How the competition handles it
Tabs are now universal among browsers, but new-tab behavior isn't. Firefox and Chrome handle it the way I like best, but how do others tackle the issue?
First, let's look at Internet Explorer 8. Microsoft showed it understands some of the challenges of tab management in its latest version of its browser by coloring child tabs the same hue as their parents, but I have a gripe with how it works. Specifically, although child tabs get the same color as their parents for easy grouping and arrive to the right, grandchild tabs are the same color as child tabs. Similarly, grandchild tabs appear to the far right of the whole group of child tabs.
In my mind, I consider grandchild tabs a separate group from the child tabs. But with IE, grandchildren get the same color and position treatment as children. The only way to get a new color is to start a fresh empty tab There's no easy way to give grandchildren a new color without causing some confusion, though--should the child be the same color as the original parent or change color to be grouped with the grandchildren?
Next is Opera, which gives users a choice. By default, it opens new tabs to the far right, which I don't like, but in the Advanced|Tabs section of the preferences dialog box, you can check "Open new tab next to active." Huzzah!
There's a subtle change here I don't care for, though. Tabs always appear immediately to the right of the active tab. I'd rather have all one tab's children appear in sequence to the right. For example, if a parent tab is in position 1, then the first child would be in position 2, the second in position 3, and the third in position 4. Opening three child tabs in Opera leaves the parent in position 1, the third child in position 2, the second child in position 3, and the first child in position 4.
Last, there's Safari. It does it the old way I loathe with no option to change. Too bad.
Firefox can show thumbnail previews of new tabs, but I find them hard to recognize in front of busy Web pages.
(Credit: Screenshot by Stephen Shankland/CNET) Why it's not enough
Most browser makers are excited about the fact that their software is subsuming more and more computing tasks that previously ran on computer operating systems. But as browsers inherit this central importance, they also inherit some of the hassles.
The new tab positioning behavior in Firefox is a step in the right direction, but there's more that needs to be done. Moving from one tab to a related adjacent one, whether through a keyboard command or mouse clicking, is a minor change. But things get harder when you need to switch from one group of tabs to the next.
There's work under way here. Opera is perhaps the leader with the ability to show thumbnails as you use Ctrl-Tab to cycle your list of open tabs.
Firefox has been noodling with the approach too. It tried then dropped tab thumbnail previews earlier, but the technology is still present. Using the about:config system for tweaking the browser (more on this later), you can change the "browser.ctrlTab.previews" setting to "true."
But for reasons that aren't clear to me, I don't find this effective either in Firefox or Opera. Perhaps I haven't used it enough, or the thumbnails are too small to be immediately recognizable, or they're just hard to see against the noisy background. There's a good reason that Apple dims the background most of the way to black when using Expose.
Aero Peek in Windows 7 lets the task bar show a glimpse of Firefox and IE tabs.
(Credit: Screenshot by Seth Rosenblatt/CNET)Windows itself is helping, too. The new taskbar in Windows 7 can show individual tabs, once browsers support the feature. It's in Internet Explorer 8, and it's in the new Firefox 3.6 beta.
Add-ons such as Firefox Showcase can further tweak Firefox. (Indeed, for a wealth of options, check Mashable's handy Firefox tab management guide.)
More interesting to me, though, is work under way to expand Firefox's "awesome bar" abilities. Today, typing in it opens Web pages and retrieves ones you've already visited or bookmarked. In the future, it could be able to move you to another open tab, too. I'm a keyboard guy, so particularly appreciate this idea.
You can get a taste of the idea now. If you've enabled the "browser.ctrlTab.previews" option, hitting Ctrl-Shift-Tab will not only show you thumbnail previews, but will put a cursor in a search box.
Typing the letters of the Web page name will winnow down the thumbnails. For example, typing "netap" will cull my open tabs so only Net Applications and NetApp show. If you have a bunch of similar tabs all open, this might not help much, of course.
However, the feature only works with the tabs of one browser window, so if you can't use it to search among other browser instances.
How to get the old way back
Perhaps I've convinced you that the new approach is better. But perhaps not--in which case I encourage you to share your thoughts in the comments so people will hear more than my opinion.
For those who don't like the new tab positions, you can revert to the old method.
To get the old style back for new tab position, use Firefox's about:config system.
(Credit: Screenshot by Stephen Shankland/CNET)First type "about:config" in the Firefox address bar. You'll get a warning that you're tinkering with Firefox's innards and you should be careful, but this isn't brain surgery, so don't be frightened. Click the "I'll be careful, I promise" button, and you'll see a big list of all the browser settings that can be tweaked.
Next, in the text box labeled "Filter:", type "tabs.insertRelatedAfterCurrent"; you should see just one entry below. In the column marked "Value," double-click on the word "true" to change it to "false." You're done.
But I'd encourage you to at least give the new way a try. If you don't like it, you can always change back.
The present interface for developers to upload their Chrome extensions.
(Credit: Screenshot by Stephen Shankland/CNET)
Google has opened up its gallery for developers to share Chrome extensions, a step that soon should make it easier for people to customize the open-source browser.
Aaron Boodman, a leader of the Chrome extensions effort, announced the move on a mailing list posting Monday, and programmer and "gallery master" Lei Zheng shared details in a blog post.
So far, only uploads are permitted. Google plans to let some testers use the gallery to download extensions, too "in the next few days," Zheng said. "We are making the upload flow available early to make sure that developers have the time to publish their extensions ahead of our full launch."
Extensions, a major asset of the Firefox browser and the headline feature of the upcoming Chrome 4 beta, let people modify the browser more to their liking. With them, the browser itself doesn't have to be bogged down with numerous features and configuration options that most people don't want.
One feature of Google's system is that add-ons are automatically updated on Chrome users' computers once the developer uploads a new version.
For developers, the extensions gallery comes with a set of terms and conditions.
One nugget in the legalese: expect Google to use a rating system, as it does for other sites including Android applications and YouTube videos. It's all part of Google's philosophy of using user data to help automatically manage its Web properties in a way that, the company hopes, will be helpful to those who use its sites.
According to the terms and conditions: "The gallery will allow users to rate products. Along with other factors, product ratings may be used to determine the placement of products on the gallery with higher rated products generally given better placement, subject to Google's right to change placement at Google's sole discretion. For new developers without product history, Google may use or publish performance measurements such as uninstall rates to identify or remove products that are not meeting acceptable standards, as determined by Google."
With most computers threatened by attacks coming through Web applications, it's no surprise that security would be a key piece of Chrome OS, Google's browser-based operating system that stores data in the cloud.
In this video, Google security engineer Will Drewry explains how Chrome OS separates user data from root or system data, which makes the system more secure and easier to re-install the operating system.
(Credit: Google)Google showed off its new lightweight operating system designed for Netbooks and cloud computing on Thursday. As anticipated, it will rely on many of the same security features and concepts used by the Chrome browser.
"The browser is the operating system. We've expanded the browser to add operating system functionality," Caesar Sengupta, a group product manager at Google, said in an interview.
Chrome OS uses a combination of operating system-level protections and exploit mitigation techniques to limit the attack surface, or amount of code that can be targeted in an attack, and to reduce the likelihood of an attack being successful. "The biggest security impact is that all applications run within the browser," Sengupta said.
Chrome relies heavily on sandboxing, keeping different processes and applications in separate partitions. This limits the interaction between applications and the OS kernel.
For example, with conventional operating systems, if an application crashes, it can crash or otherwise affect other programs that are running, Sengupta said. "But if everything is sandboxed, that becomes more difficult to do," he added.
Many systems are compromised by deceptive attacks, such as when a user opens an innocent-looking PowerPoint file which unleashes a virus or other malware that can get access to everything on the computer.
With Chrome, "applications can't just download any binary and run it," Sengupta said.
Chrome has a verified boot process that uses cryptography to ensure that the Linux kernel, the nonvolatile system memory, and the partition table are not tampered with when the system starts up, according to a security overview of Chrome. (Google security engineer Will Drewry explains the security concepts of Chrome OS in a video on YouTube.)
"Right now, on your conventional operating system, any kind of process can run, which makes it difficult to predict what any process will do," Sengupta said. "On Chrome, because the whole operating system is essentially signed by Google, there is a lot we can do to make it secure."
If an application manages somehow to break out of the browser sandbox, to get through the kernel hardening and processing infrastructure, and manages to change something on the operating system, the changes will be detected the next time the user boots up the machine. "As soon as it detects something is different and not signed by Google, it will warn the user and try to clean itself again," Sengupta said.
Cleaning up is easier than with a standard operating system, too, because the system data is separated from the user data, which includes user preferences, system settings, and a local cache of data stored on the Google servers in the cloud, he said.
All user data stored by the operating system, browser, and any plug-ins are encrypted and users cannot access each others' data on a shared device, according to the Chrome OS security page.
Meanwhile, Chrome will automatically update to get the most recent software and patches for the operating system, just like the Chrome browser updates in the background while users are online, Sengupta said. Users will not run the risk of having their system get infected or compromised before they can install updates, as happens with Windows and other software.
In addition, the antiphishing technology found in the Chrome browser will protect Chrome OS users from inadvertently visiting malicious Web sites, he said.
Google is publishing detailed design documents on Chrome OS, which will allow security experts to scour the code for weaknesses over the next year before the operating system is released to the public, according to Sengupta.
There are some security and networking technologies that are supported in other operating systems that Google is passing on, at least for now.
Google will keep an eye on biometric authentication technologies, but believes that the cost/reliability trade-off is not where it needs to be just yet, according to the security overview for Chrome OS. Smart cards and USB crypto tokens are "interesting technology, but we don't want our users to have to keep track of a physically distinct item just to use their devices," the overview concludes.
Google is likewise not interested in Bluetooth, a wireless protocol widely used in laptops and handheld devices, for authentication. "Bluetooth adds a whole new software stack to our login/screenlocker code that could potentially be buggy, and the security of the pairing protocol has been criticized in the past," the security overview says.
Updated November 24to clarify that Bluetooth is not being considered for authentication.
Internet Explorer 8, Firefox 3, Google Chrome 4, Apple's Safari 4, and Opera 10 include features that block sites known to host malware and malicious downloads. All but Opera also let you browse without leaving any tracks. But just as important as these protections is ensuring that whichever browser you use is thoroughly patched.
Filtering out bad sites
Firefox's built-in antiphishing tool claims to update its bad-site database 48 times a day, according to Mozilla's Firefox security page. Firefox 3 uses Google's Safe Browsing service to automatically block sites that are known to host malware. The Google Code site describes how Safe Browsing works in Firefox.
To verify that attack-site blocking is enabled in Firefox, click Tools > Options > Security and make sure "Block reported attack sites" is checked.
Firefox will prevent known-bad sites from opening when "Block reported attack sites" is checked.
(Credit: Mozilla Foundation)The same feature is built into Google's own Chrome browser. You can ensure that malware-site filtering is on in Chrome by clicking the wrench icon in the top-right corner, choosing Options, and selecting Under the Hood. "Enable phishing and malware filtering" should be checked. The Google Chrome Help site describes the feature. (Hint: This page looks very similar to the description on the Google Code site.)
Google's Chrome browser blocks known-bad sites when "Enable phishing and malware protection" is checked.
(Credit: Google)The SmartScreen technology in version 8 of Internet Explorer blocks known-malicious downloads as well as bad URLs. Other new security features in IE 8 include automatic blocking of click-jacking and cross-site scripting attacks, automatic crash recovery, and highlighting of the actual domain name in the address bar. The Microsoft Security site describes the SmartScreen Filter and includes links to a SmartScreen FAQ and information for site managers.
Apple's Safari browser added phishing and malware blocking in version 3.2, which was released in late 2008; read about this and other security features in Safari 4 on the Apple Safari site. Likewise, Opera's Fraud Protection predates the phishing and malware filters in IE and Firefox and is enhanced in the latest version 10. But attack-site blocking is only one of Opera's many security features, which you can read about on the Opera site.
Browsing in private
To activate private browsing in Firefox 3, click Tools > Start Private Browsing, or simply press Ctrl-Shift-P. You can set Firefox to start in private-browsing mode by clicking Tools > Options > Privacy and check "Automatically start Firefox in a private browsing session." The Mozilla support site provides more information about this feature. Likewise, put IE 8 in private-browsing mode by clicking Safety > InPrivate Browsing, or by pressing Ctrl-Shift-P. You can also open a new tab and click either Browse with InPrivate or Open an InPrivate Window.
IE 8 also lets you control the information about your browsing habits that's shared with Web tracking services. To activate this feature, click Tools > InPrivate Filtering Settings and choose "Let me choose which providers receive my information." This opens the InPrivate Filtering settings dialog, where you can turn filtering off, choose which services to block from tracking you, or automatically block all trackers.
Internet Explorer 8's InPrivate Filtering lets you block some or all Web tracking services.
(Credit: Microsoft)You can open an incognito window in Google Chrome by clicking the wrench icon in the top-right corner and choosing "New incognito window," or simply press Ctrl-Shift-N. The incognito icon (a shadow figure in a fedora and glasses) appears in the top-left corner of the browser window. The Chrome support site offers a more detailed description of this feature.
Opera lacks an equivalent private-browsing capability but does offer private searching and other identity-blocking features, as described on the Opera site. To activate private browsing in Safari, simply click Safari Settings Menu > Private Browsing.
Automatic and not-so-automatic browser updates
Patching is a way of life with nearly all software, but especially with browsers and the media players associated with them: Adobe Reader, the Flash Player, Apple's QuickTime, and Sun's Java, among others. All of a browser's security features can be rendered useless by a piece of malware that takes advantage of an unpatched hole in the program.
Firefox 3 alerts users to the presence of an update and now also notifies you when your Flash Player is out-of-date. Internet Explorer 8 updates via the Windows Update/Microsoft Update services. Google Chrome made a splash by being the first browser to update itself in the background without requiring any prompting from users. Safari updates automatically via Apple's update service, which also serves up patches automatically for QuickTime, iTunes, and other Apple software. Opera also notifies you automatically when a new version is available.
But updating is too important to leave to others. Back in April, I described Secunia's Online Software Inspector and downloadable Personal Software Inspector, which identify out-of-date programs on your PC. The programs mentioned in that post have all been updated since, but Secunia's services should point you to the most recent versions.
(Note that Secunia sometimes reports a program as being out-of-date when in fact you have the latest version. On my PC, it continually reports my up-to-date Flash Player as being in need of an update, for example. But the free service Secunia provides is worth putting up with this and similar minor annoyances.)
The developer preview version of Chrome now promotes an as-yet unworking link to an extensions gallery.
(Credit: Screenshot by Stephen Shankland/CNET)Google is on the verge of launching a Web site to showcase its extensions to customize what its browser can do.
The company's latest developer preview edition, Chrome 4.0.249.0, promotes the feature on its opening screen and its new-tab page. "New! Google Chrome now has extensions and bookmark sync," the page reads, offering a link to a site that's not public yet, https://chrome.google.com/extensions. (Bookmark sync is already available.)
Extensions and support for Mac OS X and Linux are the headline features of Chrome 4.0. It's available as a beta for Windows, with Mac OS X and Linux beta availability expected in early December. According to the Chromium development calendar, the beta is planned for December 8 release and the stable release of Chrome 4.0 is due January 12.
A number of third-party galleries for Chrome extensions already are available, but programmers for the project have said on mailing lists that a Google site is planned. Earlier this year, Google shipped a version of Chrome that pointed to a collection of visual themes before the Chrome themes gallery was actually live to the public.
Extensions are a key asset of one Chrome competitor, Mozilla's Firefox; extensions permit people to customize the browser and add new features without burdening the overall project. Firefox is getting a new extensions framework, Jetpack, starting with version 3.7 due in the first half of 2010, and Mozilla has just launched its own Jetpack gallery.
Google has updated the stable build of its Chrome browser with two fixes. Google Chrome 3.0.195.33 plugs a security hole that could have allowed a malicious Web site to set custom HTTP headers on cross-origin options requests. A second bug fixed in version 3.0.195.33 removes a dependency on a Windows library file that was not actually required by Chrome. Earlier versions of Chrome would fail silently if that DLL file was missing or rights-restricted.
The Google Chrome developer's channel also updated Friday. Kiosk mode has been activated on all platforms, although the status bar-hiding feature that also sets the full-screen mode as the default doesn't work yet for Macs. However, numerous other fixes were implemented for the Mac version. These include a "bookmark all tabs" feature, keyboard hot key fixes, and a fix that stops PDF files from being opened by QuickTime.
The developer's build of Google Chrome is available for Windows, Mac, and Linux. The changelog for the stable build is available here, and the changelog for the developer's build is here.
Google plans to release a Mac beta of Chrome in early December, judging by some chatter on a mailing list for the browser.
Chrome 4.0 is available today as a beta version for Windows but only as a rougher developer-preview version on Linux and Mac OS X. The standout feature of the new version is customization through extensions, a technology that long has been a core asset of another open-source browser, Firefox.
Google has been moving to a new extensions presentation technology called Browser Actions that let people interact with extensions through a small button toward the upper right of the browser window. "We've noticed that many of you have updated your extensions to take advantage of the new UI. We'd like to encourage the rest of you to do so as well," said Nick Baum, a Google Chrome product manager, in a mailing list posting.
But here's the hitch: Browser Actions only work on Windows and Linux right now. That means those building extensions will leave Mac Chrome users behind for a time. But in telling those developers they won't have long to wait, Baum mentioned the deadline for the beta version.
"The earlier you switch, the more time you will have to polish your experience for our Beta launch in early December," he said.
And Google is on the case for adding Browser Actions to the Mac version of Chrome.
"We realize this means dropping Mac support for a couple of weeks, but we already have people working on that," Baum said. "If you prioritize the Windows and Linux versions, we'll bring you cross-platform parity as soon as we can!"
Five years ago, Mozilla made it clear that the browser wars weren't over after all.
In the 1990s, Netscape had lost its dominance in the browser market to Microsoft's Internet Explorer, and the Netscape-spawned open-source project called Mozilla had sunk into obscurity. Even a federal antitrust suit accusing Microsoft of anticompetitive practices with its browser and Windows was not enough to turn the tide.
But on November 9, 2004, Firefox 1.0 emerged to fight back again.
The project, originally named Phoenix to symbolize rebirth from Netscape's ashes, has now clawed its way back to account for nearly a quarter of the browser usage today. Microsoft may not be on the run, but it's on the defensive, gradually building its browser development effort back up into fighting form.
... Read more
More people will get a chance to try out bookmark synchronization with Monday's release of a beta version of Google Chrome for Windows.
Google introduced the bookmark sync feature for the developer-preview version in August, but now it's also in the better-tested beta version, Chrome 4.0.223.16. However, there's still no Chrome beta for Mac OS X or Linux.
In a video explanation, Google's Anthony LaForge somewhat breathlessly describes how the sync feature can keep bookmarks the same on multiple machines. That's a fair point, but let's be realistic here--bookmark sync in Chrome is more catch-up than paradigm shift. Indeed, with the popular Xmarks extension--in the works for Chrome, people can synchronize bookmarks among multiple browsers, not merely multiple computers.
And Chrome's clever message-based sync technology notwithstanding, Chrome bookmarks would be a lot more magical if they synchronized with the Google bookmarks service, which is linked with iGoogle and the Google Toolbar.
Speaking of extensions, one of the 4.x series' biggest features is the ability to accommodate extensions, but because Google is shifting the extensions interface, the feature isn't enabled in the beta version. Chrome is released in three versions: the roughest, fastest moving developer preview, the more stable beta, and the stable edition for the broadest audience.
The 4.x series has other significant features, too, though it's not clear whether they'll arrive in the beta or stable versions. One is Google's Native Client, which lets JavaScript applications take more direct advantage of a PC processor's horsepower through a careful security mechanism. Another is WebGL, a 3D interface that does the same with hardware-accelerated graphics.
Together, the features have the potential to dramatically improve the power and sophistication of Web-based applications. That's particularly interesting given that Google is building Chrome OS, a browser-based operating system.
The Mac version isn't in beta yet, but it's a priority.
"Our goal for this Friday is to be able to count our Mac P1 M4 release blocker bugs on one hand (we're in the 20s now)," said Chrome programmer Mike Pinkerton in a mailing list announcement on Monday. P1 bugs are priority-one; M4 refers to milestone 4, or version 4.0.
And Google is willing to put more manpower onto the Mac version, he added. "Everyone should have their P1 list practically at zero by the end of this week. If you are not going to be able to reach this, let me (or other triage folk) know ASAP so that we can get you some help.
Chrome edged up to 3.6 percent of browser usage for October, its highest showing so far in Net Applications' statistics since the browser's first public release 14 months ago. That's within striking distance of third-place Safari at 4.2 percent, but still well short of second-place Firefox at 24.1 percent and dominant Internet Explorer at 64.6 percent.
Chrome has helped fan the browser war flames even without becoming dominant, though. In particular, it's helped increase the emphasis on performance such as the speed to load the software, load Web pages, and run Web-based JavaScript applications. Here, more than with bookmark sync, Google's chest-thumping has some merit:
"As with every release, this new beta comes with many speed improvements. In particular, as Web applications we use every day become increasingly dynamic, browsers like Google Chrome need to be able to construct and change elements on web pages as fast as possible," said programmers Idan Avraham and Anton Muhin in a blog post. "We've improved performance scores on Google Chrome by 30 percent since our current stable release, as measured by Mozilla's Dromeao DOM Core Tests, and by 400 percent since our first stable release."
There has been some slowdown with the arrival of Chrome extensions, though, so Google will have some more optimization work to do to keep the browser in fighting trim.
Updated 9:57 p.m. PST with further details on the Mac OS X beta priority.
The PortableApps Suite is a storehouse and management system for "portable" versions of some of the most popular freeware around. That collection used to be limited only to open-source programs. But on Wednesday it started making portable versions of closed-source freeware to users. The first batch of portable freeware includes Web browser Google Chrome, VoIP client Skype, BitTorrent client uTorrent, antispyware tool SpyDLLRemover, and three others at the time of writing. The new portable versions of these programs work both independently and in tandem with the PortableApps suite.
In a statement published on its Web site, PortableApps.com founder and CEO John Haller said that PortableApps "remains committed" to open-source software, but that closed-source freeware publishers would find other venues for USB stick-friendly versions of their programs if PortableApps didn't open its doors to them. For users that want to support only open-source programs, he said that the PortableApps directory will soon be filterable.
PortableApps is also planning to accept portable versions of commercial software, although it hasn't announced a timeline yet. Readers can check on the latest updates to the PortableApps catalog at their Web site, although we do host most of them at Download.com as well.
