| By Katharine Hadow | Article Rating: |
|
| December 19, 2009 01:45 PM EST | Reads: |
676 |
Jersey City, NJ, December 15, 2009 - In X.509 encryption, discriminating buyers check to be sure that certificate roots are well-protected.
Certificate owners also check the distribution of the roots: can they be found in as many of the major browsers as possible? Owners aim for widespread distribution across all browsers.
Public Key Infrastructure (PKI) certificates allow computer users to encrypt information, scrambling it so that only someone with access to the certificate owner's key can unscramble it.
The key itself is scrambled, as is the key used to scramble it, and so on back to the document that contains the original key, a long string of alphanumeric characters. The document that contains that string is called the root certificate. The root certificate must be kept secure, because millions of digital certificates use it to encrypt or digitally sign billions of documents.
Browsers check for those root certificates in deciding whether or not to trust a new certificate. If the root certificate is in the browser's list of trusted roots, then the browser will accept the new certificate.
The root may be included in Internet Explorer, but what about Firefox? Seamonkey? Camino? If the browser does not accept and trust the root certificate, then the browser will send the user warning messages.
Most reputable certificate authorities have been in business long enough that their root certificates are embedded in many browsers. Comodo, in business since 2001, has more than 99% browser ubiquity.
With so much at stake, the certificate authorities that own the root certificates must protect them diligently. For example, Comodo has issued over one million digital certificates relying upon its root certificates. Advanced physical and logical security and validation practices and procedures ensure that browsers trust Comodo certificates. Comodo securely generates and protects its own private key(s), using a trustworthy system including various Hardware Signing Modules (HSMs), all certified to at least FIPS 140-2 level 3. Comodo takes necessary physical and logical precautions to prevent the compromise or unauthorized use of its devices.
Comodo secure facilities are only accessible to appropriately-authorized individuals. Card access systems control, monitor and log access to all areas of the facility. Comodo CA physical machinery within the secure facility is protected with locked cabinets and logical access control.
Comodo's secure facilities are protected from fire, smoke, flood and water damage.
Comodo secure facilities have primary and secondary power supplies, ensuring continuous, uninterrupted access to electric power. Heating and air ventilation systems prevent overheating and maintain suitable humidity levels.
Comodo employs a redundant CA system to ensure uninterrupted service. Comodo also utilizes secure secondary server and operations sites. Comodo is constantly improving and updating its safeguards to ensure that they meet the highest industry standards.
Measures such as these protect the root keys underpinning Comodo digital certificates. For best use of their digital certificates, knowledgeable certificate owners check the roots before installing. They also look for roots that are widely distributed, and available in many Internet browsers.
About Comodo
Comodo is a leading brand in Internet security, covering an extensive range of security software and services, including digital certificates, PCI scanning, desktop security, online faxing, and computer technical support services.
Businesses and consumers worldwide recognize Comodo as standing for security and trust. Comodo products secure and authenticate online transactions for over 200,000 businesses and have more than 18,000,000 installations of Comodo desktop security software, including an award-winning firewall and antivirus software offered at no charge.
The Comodo family of companies is committed to continual innovation, core competencies in PKI, authentication, and malware detection and prevention. As a catalyst in eliminating online crime, the companies' mission is to establish a Trusted Internet.
With US headquarters overlooking Manhattan on New Jersey's waterfront, and global resources in United Kingdom, China, India, Ukraine, and Romania, Comodo products offer intelligent security, authentication, and assurance.
Comodo -- Creating Trust Online®. For more information, visit Comodo's website.
Published December 19, 2009 Reads 676
Copyright © 2009 Ulitzer, Inc. — All Rights Reserved.
Syndicated stories and blog feeds, all rights reserved by the author.
Related Stories
- Left Coast Productions Launches 'Your Indies Are Showing' - First-of-its Kind Website For Online Independent ('Indies') Film Reviews
- Research and Markets: Consumers Are Showing Heightened Awareness and Interest In Legitimate Online Music Services Today
- Veoh Networks Study Reveals That Engaged Long-Form Online Video Viewers Are Highly Receptive to Advertising
More Stories By Katharine Hadow
Katharine Hadow is Public Relations Manager at the Comodo companies, which provide the infrastructure that is essential in enabling e-merchants, other Internet-connected companies, software companies, and individual consumers to interact and conduct business via the Internet safely and securely. The Comodo companies offer PKI SSL, Code Signing, Content Verification and E-Mail Certificates; award winning PC security software; vulnerability scanning services for PCI Compliance; secure e-mail and fax services. Continual innovation, a core competence in PKI, and a commitment to reversing the growth of Internet-crime distinguish the Comodo companies as vital players in the Internet's ongoing development. Comodo secures and authenticates online transactions and communications for over 200,000 business customers and has over 10,000,000 installations of desktop security products.
- How to Safely Publish Internal Services to the Outside World
- Cybercrime, the Easy Way
- The Bunker secures funding for further upgrade and expansion
- X Marks the Games
- New Decade, Same Threats?
- Cloud Leverage Debuts a Robust Enterprise Cloud Offering
- Performance Metrics
- DevCentral Top5 01/22/2010
- A is for Application, J is for Jacked
- Mezeo Software Appoints Vice President of Business Development
- Peter Silva on Ulitzer - The State of My Blog Address
- Security – Still in the Driver’s Seat
- How to Secure REST and JSON
- Following Google's Lead on Security? Don't Forget to Encrypt Cookies
- Does Cloud Computing Exacerbate Security and File Transfer Issues?
- How to Safely Publish Internal Services to the Outside World
- Cybercrime, the Easy Way
- Tip of the Red Hat - Entrust Updates PKI Platform, Adds Linux Support
- Standardize HMAC, OAuth RESTful Authentication Schemes
- A10 Networks' Cloud Computing and Virtualization Roadmap
- GoAnywhere Director 3.0 Released
- The Bunker secures funding for further upgrade and expansion
- Pearl Harbor, Punchbowl and My Grandparents
- How Can a Load Balancer Keep a Single Server Site Available?
- Considering the SOA Reference Model
- Jill Tummler Singer of the CIA Speaks on "Cloud Safety" : +1
- Dear Slashdot: You Get What You Pay For
- How to Secure REST and JSON
- If Load Balancers Are Dead Why Do We Keep Talking About Them?
- Sun Releases GlassFish Enhancements
- WebLogic Server - Identity vs Trust Keystores
- Comodo Code Signing Certificate Supports Mozilla Standards
- Installing Geneva Beta 2 on Windows 7
- The Threat Behind the Firewall
- Comodo Says Send Email, Not Postcards Scrawled in Pencil
- Two Different Sock(et)s




























Ulitzer content is offered under Creative Commons "Attribution Non-Commercial No Derivatives" License.
For any reuse or distribution, you must make clear to others the license terms of this work.
The best way to do this is with a link to this web page.
Any of the above conditions can be waived if you get written permission from Ulitzer, Inc., the copyright holder.
Nothing in this license impairs or restricts the author's moral rights.