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1. DETECT SAFE BROWSING SOFTWARE SERIAL
2. DETECT SAFE BROWSING SOFTWARE PASSWORD
3. DETECT SAFE BROWSING SOFTWARE FREE
4. DETECT SAFE BROWSING SOFTWARE WINDOWS

Simple for UsersFrom the user perspective, it's dead simple: plug in the drive into the USB port and open up the special Web browser. This is a great way for adding basic access policies to certain business applications. The entire user experience is managed by the administrator via the portal. The end-user doesn't have any control over what sites the device allows. I was able to filter the view to display URLs assigned to specific groups, but overall, the list is unweildy to work with after a certain length. There is no quick way to search or sort the URLs. While the list is easy to create, it can get long pretty quickly because of the individual sub-domains that need to be rested.

If the site's group didn't match the device's group, the user would not be able to go to that site. This way, I maintained a single whitelist for the entire organization but could specify a subset for each group. I assigned at least one group to each URL. Saving the SSL certificate protects users from domain hijacking and other spoofing attacks where users are maliciously redirected to other sites. This nifty trick checks the URL and grabs the valid SHA1 fingerprint. I can do this manually (downloading the site certificate through the regular browser, or if it is an internal application, using the SSL certificate I have) or use the "scan for certificate" feature. If the URL I am adding has SSL (uses HTTPS), then I have to upload the site's certificate. For this review, I listed Gmail, Salesforce, TDBank, and Bank of America. Gmail redirects users to before displaying the inbox on, for example. This part can get tedious quickly for applications which redirects across several subdomains since administrators must specify each address separately. I listed all the URLs to sites users are allowed to access using DSB2Go. The whitelist lives in the portal's "protected sites" section.

DETECT SAFE BROWSING SOFTWARE WINDOWS

The pages took a while to load when switching tabs, and some windows didn't close right away. The interface was pretty sluggish, which may have been the fault of the test environment I was using. This way, I could ensure all the devices within a department had the same security level.

DETECT SAFE BROWSING SOFTWARE PASSWORD

Groups, Devices, Sites After creating a group, I can set the device's security level–entering the device password or a unique username/password combination before the hardened Web browser launches–or turn it off to use the device without any restrictions. I could set a password for each device and assign a "group." Groups allow administrators to assign basic policies to the device, such as the types of applications the user could access and authentication requirements.

DETECT SAFE BROWSING SOFTWARE SERIAL

If I had additional devices, I could activate it using the serial numbers. When I logged in, I saw the USB drive I had was already activated. The company's IT administrator logs into the portal and navigates to the "DSB2Go" tab to activate devices, create groups, define "protected applications," and view usage activity. Getting Started Easy Solutions sent a USB device and created an account on the company's Detect Monitoring Service portal for this review.

DETECT SAFE BROWSING SOFTWARE FREE

At $37.89 per device for an annual subscription, this can become a fairly expensive solution for large deployments, but Easy Solutions offers volume pricing and discounts.īefore making the plunge, businesses can also sign up for a 15-day free trial, during which they get three DSB2Go USB devices and the ability to whitelist up to three sites on the management portal. Businesses can use DSB2Go as an extra layer of security to protect employees accessing certain business-critical applications, or roll out the service to customers accessing a specific online service. The device doesn't try to protect all Web activity but just those sites administrators identified beforehand in a whitelist on the management portal.

Even if the user is on a Zeus-infected computer, the malware can't penetrate the DSB2Go environment to access the data. DSB2Go removes the uncertainty, since as long as the users are using the virtualized Web browser, all Web activity and data is encrypted and hidden from the malware. When users access sensitive sites, such as online banking or business applications, from an infected computer, the malware intercepts login credentials and can take over the account. This means users may not even be aware their computers are infected with a banking Trojan or other data-stealing malware. Many kinds of modern malware burrow deep into the user system in order to avoid being detected by antivirus and other security products.