The new SecureZIP Toolkit for Java™ allows developers to build applications running on the Java platform that take advantage of the compression and encryption capabilities of SecureZIP.
Organizations have long had the ability to use either Java or an Open Source add-on to perform compression and encryption. With the PKWARE SecureZIP Toolkit for Java, compression and encryption are available in a single package along with extensive software support and indemnification. PKWARE has FIPS 140-2 validated libraries and uses the .zip file format.
The SecureZIP Toolkit for Java includes advanced ZIP archive management & strong data security functionality.
The SecureZIP Toolkit allows applications on multiple platforms to encrypt files using a wide range of industry and government standard symmetric key algorithms including 3DES and AES. Files can be encrypted using either passphrases or X.509-compliant digital certificates, providing the flexibility to work within different security environments. Digital signature capabilities are also available to help ensure file authenticity, integrity, and to support non-repudiation. Additionally, standard retrieval of x.509 certificates from Java Keystores or LDAP-compliant directories is supported.
Please contact our SDK Solutions Representative at 414-221-0135 to make a purchase or for more information.
The SecureZIP® Toolkit for Windows and SecureZIP Toolkit for Java are our premier developer solutions that combine advanced ZIP archive management with strong data security functionality. OpenPGP support is available in the Enterprise edition of SecureZIP Toolkit for Windows and in the SecureZIP Toolkit for Java.
The PKZIP® Toolkit for Windows includes PKWARE’s industry-leading Data Compression Library, as well as the ability to create and extract data from a wide variety of archive types in addition to ZIP.
The PKWARE® Data Compression Library (DCL) for Windows® provides a high-speed interface for compressing and decompressing data within applications when ZIP archiving is not required.
The PKZIP Toolkit for Windows includes PKWARE®’s industry-leading data compression libraries and adds the ability to create different types of data file archives, including ZIP archives, as well as extracting data from a large selection of archive types.
The PKZIP Toolkit for Windows also exposes many of the advanced archive management functions previously only available with PKWARE’s end-user applications. In addition to ZIP archives, the Toolkit can create BZIP2 and GZIP compressed file archives, as well as TAR, UUENCODE, and XXENCODE archives. Extraction capabilities include all these types, plus extraction from CAB, BinHex, ARJ, LZH, and RAR archives. Additionally, ZIP files created with the Toolkit can be extracted on any PKZIP-supported platform (Windows®, UNIX®/Linux®, i5/OS®, or z/OS®).
The PKWARE® Data Compression Library (DCL) for Windows® provides a high-speed interface for compressing and decompressing data files within applications, when ZIP file archiving is not required. DCL compression generally reduces typical data file sizes by 50% or more, while reducing some types of ASCII and database files by as much as 90%.
PKWARE’s well-known DCL has been available for over a decade with the traditional DCL Implode compression algorithm. With this new release, the Windows DCL now includes support for the DEFLATE and DEFLATE64 algorithms. Moreover, this release expands the number of exposed functions significantly, providing more options and greater control. There are no limits to the types of data that can be processed with the PKWARE DCL algorithms, allowing compression and decompression to and from memory, media, serial ports, or any other device that an application can address.
The SecureZIP Toolkit for Windows includes all the capabilities of the PKZIP® Toolkit for Windows with the addition of strong data security functionality.
The SecureZIP Toolkit for Windows allows Windows applications to leverage Microsoft’s Crypto API , enabling applications to encrypt files using a wide range of industry and government standard symmetric key algorithms including 3DES and AES. Files can be encrypted using either passphrases or X.509-compliant digital certificates, providing the flexibility to work within different security environments. Digital signature capabilities are also available to help ensure file authenticity, integrity, and to support non-repudiation. Additionally, support for LDAP-compliant interfaces allows for the automatic location and retrieval of X.509 certificates for data encryption.