Hi!

I just open-sourced Hive-Wallets, a tiny Go CLI that cranks out vanity Solana addresses and locks the results behind AES-256 OpenPGP encryption so your private keys never touch disk unprotected.

🔗 GitHub → https://github.com/TokensHive/hive-wallets

🔑 Why you might care

• Deterministic prefix / suffix search Supply -prefix HIVE,BUILDER or -suffix DAO,SOL; the engine tries every combination until your target count is reached.
• Configurable timeout -timeout 90s lets you bail automatically if no match is found within the window.
• Multi-core brute force Uses all CPU cores by default and exits cleanly on Ctrl-C.
• Instant safety net Outputs a single .json.gpg file encrypted with AES-256; unusable without your pass-phrase.
• MIT-licensed Fork it, embed it, automate it in CI—your call.

🚀 Quick taste

# Build the binary go install github.com/TokensHive/hive-wallets/cmd/walletgen@latest # Generate 3 wallets that start with HIVE or BUILDER and end with DAO or SOL # Stop after 90 seconds if none are found walletgen new -n 3  -prefix HIVE,BUILDER  -suffix DAO,SOL  -timeout 90s  -ignore-case -similar # Decrypt later (pass-phrase prompted) walletgen decrypt -in wallets.json.gpg 

🛡️ How encryption works

1. Keys + metadata (timestamp, filters) are marshalled to JSON.
2. The JSON is AES-256-encrypted using OpenPGP symmetric encryption.
3. You enter a pass-phrase twice (or set HIVE_WALLET_PASSPHRASE).
4. No pass-phrase → no file.

🙏 Looking for feedback

• Edge cases I missed?
• Features you’d like (hardware-wallet export, extra derivation paths, etc.)?