Safety
17 articles in this topic.
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Address Poisoning Scams
How lookalike wallet addresses can mislead Bittensor users during routine wallet transactions.
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Back-Running
How back-running orders a transaction immediately after a pending swap in Bittensor's subnet pools, and how it differs from front-running and the sandwich attack.
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Collusion
How colluding validators could try to skew Bittensor consensus toward favored miners, and why consensus clipping and stake weighting resist it.
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Front-Running
How front-running observes a pending swap in Bittensor's subnet pools and orders ahead of it, and how price protection and the MEV shield blunt it.
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Impermanent Loss
How providing liquidity to a Bittensor subnet's TAO and alpha pool exposes a provider to loss when the alpha price moves, compared with simply holding.
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Mempool Visibility
How pending transaction visibility creates MEV risk in Bittensor before block inclusion.
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MEV (Maximal Extractable Value)
How MEV names the value extractable by manipulating transaction ordering in Bittensor's mempool context.
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MEV Shield
How Bittensor's MEV Shield hides sensitive transaction details before block inclusion to reduce mempool-based MEV risk.
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Phishing
How phishing tricks a Bittensor user into revealing a wallet's seed phrase, and why that recovery phrase is the prize.
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Price Protection
How Bittensor price protection limits adverse price movement handling during staking and unstaking.
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Replay Attack
How a replay attack reuses a valid signed message, and how Bittensor's increasing, freshness-checked nonces keep a reused message from being accepted again.
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Sandwich Attack
How a sandwich attack names a transaction ordering exploit that wraps a target transaction between two adversarial ones in Bittensor.
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Seed Phrase Security
How Bittensor wallet recovery phrases relate to wallet access, loss risk, and disclosure risk.
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Self-Weighting
How a lone validator inflating weights for its own miners is blunted by Bittensor's stake-weighted consensus, which clips weights that depart from the broader agreement.
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Staking Proxy Attacks
How delegated staking authority can become a Bittensor wallet-safety risk even without direct transfer authority over the protected wallet.
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Sybil Attack
How a Sybil attack uses many fake identities to seek disproportionate influence, and why Bittensor's registration cost and stake weighting blunt it.
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Wash Trading
How wash trading uses self-dealing to fake market activity, and why Bittensor's automated market maker makes it a costly, self-defeating exercise.