Image: Tiger-128/3 Hash Algorithm – High-Level Visualization

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The image is a wide, landscape-oriented digital infographic that visualizes the Tiger-128/3 hash algorithm in a simplified, educational manner. The background is a blue, technology-themed grid filled with subtle binary digits and glowing lines, giving the impression of data flowing through a system. At the top center, a large heading reads "Tiger-128/3 Hash Algorithm" in bold white and orange letters, immediately setting the context of the diagram.

On the far left side is a section labeled "Input Data." This panel shows small generic icons such as a document, an image, and a music symbol to indicate that any kind of digital data can be used as input. An arrow labeled "Padding / Split" points from this input panel to the next stage, implying that the original data is first prepared before further processing.

The next panel is titled "64-bit Blocks." It displays several stacked rectangular blocks, each labeled "64-bit Block," with ellipsis dots beneath them to indicate that there can be many such blocks depending on the input size. This visually communicates that the input is divided into fixed-size chunks for processing. A large arrow labeled "Key Schedule" leads from the blocks into the core of the diagram.

At the center is a large orange and blue box titled "Compression Function." Above this box are small gear icons and the labels "Bitwise Operations" and "Mixing & XOR," connected by arrows that point downward into the compression area, suggesting that these kinds of operations are conceptually involved in each step. Inside the compression function are three stacked horizontal boxes labeled "Round 1," "Round 2," and "Round 3," with arrows flowing from top to bottom, indicating a sequence of repeated processing rounds.

From the right side of the compression function, a thick arrow leads to the final panel labeled "Output." This output panel is highlighted in orange and blue and is titled "128-bit Hash Value." Inside it are four small boxes, each marked "32-bit," visually representing that the final result is composed of multiple parts that together form the complete hash. Beneath these boxes is a caption stating "128-bit Hash Result." A curved arrow loops from the output area back toward the compression function, hinting at the iterative nature of hashing without exposing internal technical details.

Overall, the layout reads clearly from left to right: raw input data is prepared, split into blocks, processed through a multi-round compression function, and finally transformed into a fixed-length 128-bit hash output. The entire design avoids overly specific algorithmic constants or formulas, focusing instead on conveying the conceptual stages and data flow in a way that is visually intuitive and accessible to non-experts.

The image is related to: Tiger-128/3 Hash Code Calculator