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MD5 Password is a password recovery tool for security professionals, which can be used to recover a password if its MD5 hash is known. MD5 is an industry standard hash algorithm that is used in many applications to store passwords. MD5 Password features fast, highly optimized recovery engine that can recover multiple hashes at once: up to 32,000 hashes in the Pro version. The number of hashes being recovered simultaneously does not have significant performance impact. The recovery engine is fully configurable, so you can adjust the recovery options as needed.Since there is no known way to reverse the MD5 algorithm, MD5 Password provides a number of tools to recover the password:Brute Force Attack, Dictionary Attack, Hybrid Dictionary Attack, Smart Force Attack. MD5 Password supports the distributed recovery technology, which allows you to utilize the power of several computers when performing the recovery process, drastically reducing the recovery time. MD5 Password has a feature-rich user interface that allows you to utilize its functionality with maximum efficiency. The export and import feature can be used to export and import hashes to or from text files and the Report feature is used to generate text reports after the recovery process is completed. MD5 Password comes in two versions: Standard and Pro. The Standard version can process up to 10 hashes simultaneously and the Pro version has a technical limit of 32,000. There is also a free Demo version that can recover only short passwords (up to 3 characters).
SWF Debug Remover: http://www.dcomsoft.com/download/swf_debug_remover.exe.html
MD5 Password: http://lastbit.com/md5pswdemo.zip |
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VizUp Professional enables you to reduce the number of polygons in a complex 3D model while retaining the quality and appearance of the original. The end result of the reduction is a 3D model with a well-balanced level of details and size, which is perfect for the use in virtual reality and real-time visualization systems. The process of reduction is extremely simple and doesn't require any advanced knowledge. VizUp automatically picks all necessary parameters without any manual interference on your side. Supports Wavefront .OBJ, VRML2 and StereoLitho (STL) file formats.
Unique to VizUp is that it compresses the model for all possible ratios at once. This means you can see the effect of any compression level instantly with a click on the corresponding ratio button. Thanks to this, you no longer have to restart polygon reduction each time for 10%, 20%, 30%, and other ratios. Switch between different compression ratios, compare the resulting models and select the one that fits your requirements.
Another good thing about VizUp is its unique ability to maintain the visual fidelity of the model even at high compression ratios. In compressing a model, VizUp deletes some vertices, but the coordinates of the remaining vertices do not change. Thanks to this, there are minimal distortions during texture mapping, as texture coordinates of the vertices remain the same. However if you find that the resulting model doesn't look well, you can refine it by using the VizUp's optimization algorithm. This makes the model look very smooth.
VizUp Streamline Home Professional: http://www.vizup.com/load/vizup.exe
WebCab Optimization for Delphi: http://www.webcabcomponents.com/delphi/demo/WebCabOptimizationDemoDelphiService.Msi
Add refined procedures for solving and performing sensitivity analysis on uni and multi dimensional, local or global optimization problems which may or may not have constraints; to your .NET and COM Applications. Specialized Simplex Linear programming algorithm, including sensitivity analysis with respect to object functions coefficients or linear boundaries using a duality or direct approach.
This suite includes the following features:
Local UniDimensional -18 Distinct Algorithms involving different Location and Bracketing Algorithms. Bracketing: Acceleration, Parabolic extrapolation; Locate: Parabolic interpolation,
Linear, Brent, Cubic interpolation.
Global UniDimensional - Accurate high level algorithms for continuous and derivable object functions.
Local MultiDimensional - General Functions: Downhill simplex method of Nelder and Mead, Powell's method, Derivable functions: Steepest descent, Fletcher-Reeves, Polak-Riviere, Fletcher-Powell, Broyden-Fletcher-Goldfarb-Shanno
Global Multidimensional - Simulated annealing technique applied to local algorithm.
Constrained optimization - Linear: Rosen's gradient projection algorithm
Linear programming - Simplex algorithm, Duality, Sensitivity Analysis
This product also has the following technology aspects:
2-in-1: .NET and COM - Two DLLs, Two API Docs, Two sets of Client Examples all in 1 product. Offering a 1st class .NET and COM product implementation.
Extensive Client Examples - Multiple client examples including Delphi, C# and VB.NET examples
Compatible Containers - Delphi 3 - 8, Delphi 2005, Borland's C++ Builder (incl. C++Builder, C++BuilderX, C++ 2005), Office 97/2000/XP/2003. |