InterVations is so confident you will be happy with FileCOPA we are giving it to you, fully functional and with full support for 30 days. You can experience the PCI Compliant FileCOPA secure FTP Server with SSL (Secure Socket Layer), SFTP, HTTP, HTTPS and TFTP for yourself right now. V10 adds support for SSL certificate chains, customisation of the WebFTP logo image, an enhanced anti-hammering feature and an event to add data to an ODBC databaseĬlick the Secure Online Registration button on the registration screen of the installed product to register and purchase FileCOPA. The FileCOPA Command Server has also been extended to allow scripts to block IP addresses. V8 of FileCOPA adds improved logging, support for FTP extensions MLSD and MLST, a WebDAV server, support for IETF format public SSH keys and a FileCOPA Command Server for automating user addition and deletion.įileCOPA V9 adds a web based FTP client using the WebFTP Server so your customers can upload and download files through a familiar web based interface. V7 of FileCOPA adds modular servers allowing you to run servers on different ports, adds a fully blown HTTP/HTTPS server and support for IPv6 pfx file certificates, TLS1.1 and TLS1.2 support and the ability to import and export the user database. The FileCOPA FTP Server can also be configured to be fully PCI Compliant.įileCOPA V4 introduced reporting and graphing statistics allowing you to analyze who is using your FTP site and popular file uploads and downloads.įileCOPA V5 introduced improved SSL and SSH handling allowing self signed certificates, certificates from the Windows Certificate Store and selectable ciphersįileCOPA V6 introduces SSH Public Key authentication, adds more SSL and SSH ciphers, support for. FileCOPA has a user-friendly interface making managing an FTP server very easy. The FileCOPA Secure FTP Server with SSL support is ideal for business users who require a powerful and flexible FTP Server. With FileCOPA's active control panel, you can even see who is online, and what they are doing, and as FileCOPA will produce W3C, industry standard log Files you can analyse your logs with any commercially available log file tools. InterVations will not charge you more as your business grows, $49.95 buys you the full, unlimited system including the SSL (Secure Socket Layer) and SFTP support, normally only available on more expensive "Pro" versions of FTP Server Software.īy running as a system service FileCOPA will always be running, even if no physical user is logged in on your machine. Just $49.95 for ALL features - FTP/SFTP/FTPS/HTTP/HTTPS/TFTP!įileCOPA does not limit the number of connections and you can configure an unlimited number of users. FTP / SFTP / FTPS / HTTP / HTTPS / TFTP.
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Visually stunning, splattered with humor, and sultry as only the Louisiana bayou can do, all of it resides an hour north of New Orleans. There’s a “100yr old Louisiana Creole cottage, an exhibition hall of memorabilia and junk, and the much photographed House of Shards…a Mardi Gras parade, a New Orleans jazz funeral, a rhythm and blues dance hall, a haunted Southern plantation, and much more!” You enter via a 1930’s gas station in tiny Abita Springs and stumble mind-bogingly upon 50,000 found and recycled objects or, as the wonderfully outdated and retro web site warns: “Tourists see a miniature Southern town with push-buttons that activate animated ‘displays.’ On exhibit are odd collections, memorabilia, pure junk, and old arcade machines that are fun to play.”īut wait. Owner/eccentric John Preble, inspired by Albuquerque’s Tinkertown masterpiece (tucked away in the Sandias), opened up UCM Museum – You See ‘Em or, technically, Unusual Collections and Mini-Town – in 1998. Abita is a popular stop with trace-side attractions like the Abita Mystery House, restaurants, and art galleries. I visited the Abita Mystery House (or, more accurately, it visited me) in backwater Louisiana a few years back, and it remains the gold standard of roadside attractions. From Covington, its a 3.55-mile ride over the Bogue Falaya River into downtown Abita Springs and the Abita Tourism Plaza, museum and childrens playground. Also known as the UCM ('you-see-em') Museum, the Abita Mystery House is a roadside attraction in Abita Springs about 40 minutes north of New Orleans French Quarter. Latest travel itineraries for Abita Mystery House / UCM Museum in June (updated in 2023), book Abita Mystery House / UCM Museum tickets now, view reviews. What days are UCM Museum: Abita Mystery House open UCM Museum: Abita Mystery House is open Mon, Tue, Wed, Thu, Fri, Sat, Sun. This entry was posted in South and tagged abita mystery house abita springs ben batchelder borderlands usa photography roadside attraction ucm museum on Octoby Ben Artist John Preble, owner of the UCM Museum/Abita Mystery House has created a visual wonderland in the resort town of Abita Springs, Louisiana. UCM Museum: Abita Mystery House has 4.5 stars. So the solution needs to be sought in another way. It is going to be difficult if not impossible to reverse this trend in design, except for very specialised security systems. This is because the applications are normaly designed to assume no resource limits and the windows manager and underlying OS must support this. The manager is designed in a similar way to the underlying operating system. Over and above the computer operating system is the windows manager and applications. That is the OS designers assume that resources are going to be limited in one way or another, for example system RAM is not going to be sufficient and also to slow, the result data is cached in both slower memory (hard disk) to make up for the lack of quantity and in much faster memory in the CPU. It is a more specific case of limited resources -v- security. It is to do with the trade off between efficiency and security.Īs a rule of thumb (that I have yet to be seen broken) the more efficient a system then the less secure it is. The problem of “deniability” is not just MS OS’S but virtualy all multitasking OS’s. Tags: academic papers, cryptanalysis, cryptography, deniability, encryption, full-disk encryption, TrueCrypt Our paper will be presented at the 3rd USENIX Workshop on Hot Topics in Security (HotSec ’08). Whole disk encryption is the smartest option. If you don’t encrypt the entire drive, there is the possibility-and it seems very probable-that information about the encrypted partition will leak onto the unencrypted rest of the drive. One talks about a generalization to encrypted partitions. There have been two news articles (and a Slashdot thread) about the paper. So we cannot break the deniability feature in TrueCrypt 6.0. Rather, we encourage further research evaluating the deniability of such systems, as well as research on new yet light-weight methods for improving deniability. Given these potential challenges, we encourage the users not to blindly trust the deniability of such systems. We suggest that the breadth of our results for TrueCrypt v5.1a highlight the challenges to creating deniable file systems. We have not analyzed version 6.0, but observe that TrueCrypt v6.0 does take new steps to improve TrueCrypt’s deniability properties (e.g., via the creation of deniable operating systems, which we also recommend in Section 5). TrueCrypt version 6.0 was released in July 2008. We shared a draft of our paper with the TrueCrypt development team in May 2008. We analyzed the most current version of TrueCrypt available at the writing of the paper, version 5.1a. Since we wrote our paper, TrueCrypt released version 6.0 of its software, which claims to have addressed many of the issues we’ve uncovered. An example would be if the secret police break into Alice’s apartment every day when she is away, and make a copy of the disk each time. The attacker has many snapshots of the disk image, taken in short intervals. An example would be border guards who make a copy of Alice’s hard drive every time she enters or leaves the country. The attacker has several snapshots of the disk image, taken at different times. An example would be when the secret police seize Alice’s computer. The attacker has a single snapshot of the disk image. There are several threat models against which a DFS could potentially be secure: Deniability is a very hard feature to achieve. I helped with the basic ideas, and contributed the threat model. The students did most of the actual work. Finally, we suggest approaches for overcoming these challenges on modern operating systems like Windows. While staged in the context of TrueCrypt, our research highlights several fundamental challenges to the creation and use of any DFS: even when the file system may be deniable in the pure, mathematical sense, we find that the environment surrounding that file system can undermine its deniability, as well as its contents. We find that the Windows Vista operating system itself, Microsoft Word, and Google Desktop all compromise the deniability of a TrueCrypt DFS. Basically, modern operating systems leak information like mad, making deniability a very difficult requirement to satisfy.ĪBSTRACT: We examine the security requirements for creating a Deniable File System (DFS), and the efficacy with which the TrueCrypt disk-encryption software meets those requirements. Together with Tadayoshi Kohno, Steve Gribble, and three of their students at the University of Washington, I have a new paper that breaks the deniable encryption feature of TrueCrypt version 5.1a. 1441 AD - The people rebel against the rule of Mayapan.1283 AD - The city-state of Mayapan becomes the capital city of the Maya civilization.1250 AD - After declining for years, Chichen Itza is abandoned.925 AD - The city-state of Chichen Itza becomes the most powerful city-state in the region.This signals the end of the Classic period.Īlthough the southern city-states collapsed, the Mayan cities in the northern part of the Yucatan Peninsula continued to thrive for the next several hundred years during the Post-classic period. The reason for the collapse of the MayaĬlassic period is still a mystery to archeologists. 900 AD - The southern lowland cities collapse and Teotihuacan is abandoned.600 AD - The city-state of Caracol becomes a major force in the land.600 AD - The powerful city-state of Teotihuacan declines and is no longer a cultural center.560 AD - The city-state of Tikal is defeated by an alliance of other city-states.400 AD - The city-state of Teotihuacan becomes the dominant city and rules over the Maya highlands.Most of the artistic and cultural achievements of the Maya civilization took place during this period. The Classic Period is considered the golden age of the Maya city-states. 100 BC - The city-state of Teotihuacan is established in the Valley of Mexico.300 BC - The Maya adopt the idea of a monarchy for their government.400 BC - The first Mayan calendars are carved into stone.This will be one of the major cities in the Maya civilization. 600 BC - The settlement at Tikal is formed.This enables their society to support larger populations and the cities begin to grow 600 BC - Large buildings are built in the city of El Mirador.700 BC - Mayan writing first starts to develop.1000 BC - The Maya begin to form larger settlements at places like Copan and Chalchuapa. 1500 BC - The Olmec civilization develops, the Maya will take on much of their culture.2000 BC - Farming villages begin to form across the Maya region.The major cities during this period were El Mirador and Kaminaljuyu. A lot of development took place during this period. The Pre-classic Period covers from the start of the Maya civilization to 250 AD when the Maya civilization began its golden age. The timeline of the Maya Civilization is often divided up into three major periods: the Pre-classic Period, the Classic Period, and the Post-classic Period. |