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  "map_content": "Steganographic NFT Storage Guide.\r\nIn our platform, every NFT is more than meets the eye. We use Digital Steganography\u2014specifically the LSB (Least Significant Bit) technique\u2014to hide private files inside your images. As the NFT owner, you are the only one who can extract and reveal this \"secret\" with a single click using your ownership address.\r\nSince every byte on the BSV blockchain has a cost, your minting fee is calculated based on the Final File Size at a rate of $0.20 USD per MB.\r\n4 Inscription Tiers: We will implement four storage tiers so you can select the one that best fits your secret's size and your budget. Choosing a tier automatically adjusts the carrier image's resolution to ensure your data is stored safely:\r\n\r\nWhy is a Steganographic NFT more expensive than a regular one?\r\nInscribing a hidden secret requires a larger \"digital canvas.\" To ensure your secret file is stored safely and remains invisible, we must use higher-resolution carrier images. While a standard NFT might use a small, compressed file, a Steganographic NFT requires high-quality PNG-24 format to prevent data loss. This results in a higher Final File Size, which increases the storage space needed on the BSV blockchain and the network's minting fee. Essentially, you are paying for both the art you see and the secure, permanent storage of the data hidden within it.\r\n\r\nTechnical Details\r\nTo maximize storage while maintaining image quality, our app uses a density of 3 bits per color channel:\r\n\r\nMandatory Requirement: All final NFTs are generated in PNG. This ensures your hidden data remains immutable and is never corrupted by blockchain indexing or lossy compression.\r\n\r\nConclusion\r\nBy choosing one of our four tiers, you are securing a piece of data that is eternal, unchangeable, and accessible only to owner. For the L and XL tiers, we recommend using carrier images with complex textures (like landscapes) to ensure the hidden data remains visually seamless across the larger pixel surface.",
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  "timestamp": "2026-02-12T17:33:58.000Z",
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