Every guide we have published, newest first. Search by title or filter by topic.
No malware, no phishing site, no signature stolen. The attacker just puts a lookalike address in your transaction history and waits for you to copy it. Why 'always double-check the address' fails, and what actually defends against it.
Telestai carried Ravencoin's unvalidated nHeight field for its entire existence. It was never exploited — because someone read another chain's incident report and shipped a patch in two days. What forks inherit, and why upstream attention is most of your security.
A field in the block header that nobody validated made counterfeit blocks nearly free to mine, and three days of Ravencoin history had to be thrown away. What that says about confirmations — and the honest limits of what any wallet can protect you from.
A single 2021 commit made thousands of seeds guessable, and $116M left wallets that had done nothing wrong. Why weak entropy is silent, total loss — and the honest limits of what 2-of-2 protects against.
Threshold signatures split a key; multisig requires several. What the chain enforces, what each one costs, and which failures each model actually survives.
Ravencoin's asset layer, why SSP handles the coin but not the tokens, and the August 2026 consensus exploit that erased three days of chain — including whether SSP users were affected.
SSP holds ZEC in the transparent pool, not the shielded one — custody, not confidentiality. Plus the consensus branch ID that makes staying updated non-optional.
The fork kept Bitcoin's address format, and people lost money to it. How CashAddr and SIGHASH_FORKID fix that, plus the lowest default fee in the wallet.
Seed phrase, hardware wallet, MPC, multisig — an honest comparison of what each model actually guarantees, what it costs you, and how to pick.
A dust limit 1,800x Bitcoin's, fees that look huge and cost nothing, P2SH addresses instead of segwit — and an issuance schedule that never stops.
Base fees, priority fees and refundable rent, with the real numbers SSP charges — and why your first Solana send costs more than every one after it.
Same P2WSH multisig, same dust limit, same seed — at a fifth of the fee rate and a quarter of the block time. Plus the one thing SSP does not do: MWEB.
Why Solana gives every token its own account, who pays the rent for it, and how SSP puts the token's decimals inside the signature you approve.
Flux transactions expire after about an hour. What that means for two-device signing, why fees are trivial, and how node collateral stays in your own multisig.
A preview of a transaction's effects, fourteen warning checks, address-poisoning detection — and why none of it is allowed to block your signature.
A step-by-step guide to sending SOL and SPL tokens from SSP: what the review screen verifies, why approval never expires, and what the first send costs.
Thirteen operations need re-signing, not a session cookie. Why the server writes the challenge, what it is bound to, and why failed attempts are logged too.
How SSP holds SOL and SPL tokens in a 2-of-2 multisig with no creator, who pays the fees, and what your devices verify before signing.
Whitelists, time locks and approval rules shape what gets proposed. Only the signature threshold is enforced by the chain. A three-layer threat model, stated honestly.
The five-step wizard, why two of those steps are permanent, what pending setup means, and the four checks to run before any money arrives.