Hell's Kitchen Systems, Inc.
HKS is now shipping version 3.2 of CCVS (Credit Card Verification System) and has hundreds of customer sites that include stand-alone merchants, merchant hosts, merchant-application integrators and merchant-application service providers. HKS's goal is to embed an electronic payment processor on every computer.
CCVS uses a computer to perform the same function as a credit-card swipe box found in most retail stores. Acting independently or as a component of a larger system, CCVS can process multiple payment types (credit card, ACH, EFT) in either real time or batch mode.
The system can be used within an electronic storefront on the Internet, or it can help run a mail-order business with custom-built applications for telephone operators.
CCVS can be used within the United States or Canada. It can also be used in other countries with credit-card clearing institutions that support any one of the CCVS-supported protocols.
Currently, CCVS works with either a modem or a leased line to communicate with the same credit-card clearinghouses used by traditional credit-card processing. (HKS plans to support other means of directly contacting clearinghouses, such as TCP/IP.) This approach has a few benefits. There's no need to worry about Internet outages disrupting sales. Additionally, most systems that process credit cards through the Internet (such as CyberCash) charge a per-transaction fee, while HKS charges only for the CCVS software. If the system is not running on the Internet, there's no need for an Internet connection. This can reduce monthly costs and improve security.
HKS first began using Linux in 1995 and now uses it for product development and payment processing for its own customers, as well as testing and demonstration. HKS also makes use of Linux internally for its web server, mail gateway, database server, router, dial-in server and masquerading proxy firewall.
HKS chose Linux as its primary operating system because it liked Linux's versatility, flexibility, open-source code, hardware independence, platform support and low cost. The low cost of Linux allows HKS to run on inexpensive hardware, while compatibility with UNIX systems made Linux an ideal development platform. Access to the Linux kernel source code, especially for serial drivers, made Linux even more attractive. Linux's conformance to the POSIX standard also makes porting to other systems very easy.
HKS is committed to supporting as many versions of Linux as possible. This includes distributions from Red Hat, SuSE, Debian, Caldera, Yellow Dog, NetWinder and Cobalt. In addition to Linux, CCVS runs on a variety of other operating systems including BSDI, AIX, FreeBSD, Digital UNIX, SCO OpenServer and SPARC Solaris.
CCVS can be integrated into almost any application because of the wide variety of languages supported. Developers can choose from C, Tcl, Perl5, Python, Java and PHP3.
HKS customers agree that Linux makes good business sense. Approximately 70 to 80% of HKS customers are Linux users (followed by Solaris and FreeBSD users). In fact, many customers choose CCVS because it is the only payment-processing system designed to operate under Linux.
As the first company to develop a commercial credit-card processing system for Linux, HKS is committed to the Open Source movement and plans to sponsor various open-source projects.
HKS provides a downloadable demo of CCVS. Pricing starts at $995 for Linux or OpenBSD and $1295 for commercial UNIX.

Today’s modular x86 servers are compute-centric, designed as a least common denominator to support a wide range of IT workloads. Those generic, virtualized IT workloads have much different resource optimization requirements than hyperscale and cloud applications. They have resulted in a “one size fits all” enterprise IT architecture that is not optimized for a specific set of IT workloads, and especially not emerging hyperscale workloads, such as web applications, big data, and object storage. In this report, you will learn how shifting the focus from traditional compute-centric IT architectures to an innovative disaggregated fabric-based architecture can optimize and scale your data center.
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Every security policy provides guidance and requirements for ensuring adequate protection of information and data, as well as high-level technical and administrative security requirements for a system in a given environment. Traditionally, providing security for a system focuses on the confidentiality of the information on it. However, protecting the data integrity and system and data availability is just as important. For example, when processing United States intelligence information, there are three attributes that require protection: confidentiality, integrity, and availability.
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Enter to Win an Adafruit Prototyping Pi Plate Kit for Raspberry Pi

It's Raspberry Pi month at Linux Journal. Each week in May, Adafruit will be giving away a Pi-related prize to a lucky, randomly drawn LJ reader. Winners will be announced weekly.
Fill out the fields below to enter to win this week's prize-- a Prototyping Pi Plate Kit for Raspberry Pi.
Congratulations to our winners so far:
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- Next winner announced on 5-21-13!
Free Webinar: Linux Backup and Recovery
Most companies incorporate backup procedures for critical data, which can be restored quickly if a loss occurs. However, fewer companies are prepared for catastrophic system failures, in which they lose all data, the entire operating system, applications, settings, patches and more, reducing their system(s) to “bare metal.” After all, before data can be restored to a system, there must be a system to restore it to.
In this one hour webinar, learn how to enhance your existing backup strategies for better disaster recovery preparedness using Storix System Backup Administrator (SBAdmin), a highly flexible bare-metal recovery solution for UNIX and Linux systems.




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