An automated program that executes cryptocurrency trades without manual intervention. Bots range from simple snipers that buy new token launches to sophisticated MEV searchers that extract value from transaction ordering. On Solana, trading bots compete via priority fees and Jito bundles for execution speed. Popular Solana trading bots include BONKbot, Trojan, and BullX.
Start with the shortest useful explanation before going deeper.
An automated program that executes cryptocurrency trades without manual intervention. Bots range from simple snipers that buy new token launches to sophisticated MEV searchers that extract value from transaction ordering. On Solana, trading bots compete via priority fees and Jito bundles for execution speed. Popular Solana trading bots include BONKbot, Trojan, and BullX.
Use the quick analogy first so the term is easier to reason about when you meet it in code, docs, or prompts.
Think of it as a building block that connects one definition to the larger Solana system around it.
Place the term inside its Solana layer so the definition is easier to reason about.
Wallets, signing flows, dApps, and key management concepts.
Turn the term from vocabulary into something operational for product and engineering work.
This term unlocks adjacent concepts quickly, so it works best when you treat it as a junction instead of an isolated definition.
Use this compact block when you want to give an agent or assistant grounded context without dumping the entire page.
Trading Bot (trading-bot) Category: Web3 Definition: An automated program that executes cryptocurrency trades without manual intervention. Bots range from simple snipers that buy new token launches to sophisticated MEV searchers that extract value from transaction ordering. On Solana, trading bots compete via priority fees and Jito bundles for execution speed. Popular Solana trading bots include BONKbot, Trojan, and BullX. Aliases: Bot Related: Sniping, MEV (Maximal Extractable Value), Searcher (MEV)
Use glossary context, relationships, mental models, and builder paths to get structured answers instead of generic chat output.
Optional: paste Anchor, Solana, or Rust code so the Copilot can map primitives back to glossary terms.
The Copilot will answer using the current term, related concepts, mental models, and the surrounding glossary graph.
These branches show which concepts this term touches directly and what sits one layer beyond them.
Buying a token immediately at launch using automated bots that detect pool creation events and execute buy transactions in the same block. Snipers monitor new Raydium liquidity pools and Pump.fun graduation migrations to buy before other traders can react. Anti-snipe mechanics such as delayed trading windows and launch taxes are designed to mitigate this practice.
The profit a block producer (leader) or sophisticated trader can extract by controlling the ordering, inclusion, or exclusion of transactions within a block — including strategies like front-running, back-running, sandwich attacks, and arbitrage. On Solana, MEV dynamics differ from Ethereum because there is no public mempool; transactions are forwarded directly to the current leader, making latency and validator relationships central to MEV capture. The Jito infrastructure provides the dominant MEV marketplace on Solana through bundles and tips.
An MEV actor that monitors on-chain state and pending transactions to identify profitable opportunities such as arbitrage, liquidations, or backruns, and submits transaction bundles through Jito's Block Engine to capture that value. Searchers compete on speed and strategy, paying tips to validators for bundle inclusion priority. Searcher operations range from beneficial (keeping markets efficient through arbitrage) to extractive (sandwich attacks that harm regular users).
These are the next concepts worth opening if you want this term to make more sense inside a real Solana workflow.
These entries are easy to mix up when you are reading quickly, prompting an LLM, or onboarding into a new layer of Solana.
Strategy where users automatically replicate the on-chain trades of other wallets in real time. On Solana, copy trading bots monitor successful trader wallets and mirror their swaps, often using Jupiter or Raydium. While popular, it carries risks including front-running by the copied wallet and delayed execution.
Practice of simultaneously buying and selling the same asset to artificially inflate trading volume. Common in NFT markets where traders trade between their own wallets to fabricate activity metrics, manipulate collection rankings, or farm airdrop eligibility. Solana's low fees make wash trading cheaper than on other chains.
Glossary entries become useful when they are connected. These links are the shortest path to adjacent ideas.
Buying a token immediately at launch using automated bots that detect pool creation events and execute buy transactions in the same block. Snipers monitor new Raydium liquidity pools and Pump.fun graduation migrations to buy before other traders can react. Anti-snipe mechanics such as delayed trading windows and launch taxes are designed to mitigate this practice.
The profit a block producer (leader) or sophisticated trader can extract by controlling the ordering, inclusion, or exclusion of transactions within a block — including strategies like front-running, back-running, sandwich attacks, and arbitrage. On Solana, MEV dynamics differ from Ethereum because there is no public mempool; transactions are forwarded directly to the current leader, making latency and validator relationships central to MEV capture. The Jito infrastructure provides the dominant MEV marketplace on Solana through bundles and tips.
An MEV actor that monitors on-chain state and pending transactions to identify profitable opportunities such as arbitrage, liquidations, or backruns, and submits transaction bundles through Jito's Block Engine to capture that value. Searchers compete on speed and strategy, paying tips to validators for bundle inclusion priority. Searcher operations range from beneficial (keeping markets efficient through arbitrage) to extractive (sandwich attacks that harm regular users).
These entries live beside the current term and help the page feel like part of a larger knowledge graph instead of a dead end.
The vision of a decentralized internet built on blockchain technology, where users own their data, identity, and digital assets. Web1 was read-only (static pages), Web2 is read-write (platforms like social media), Web3 is read-write-own (permissionless, user-sovereign). Web3 applications use wallets instead of logins and smart contracts instead of centralized servers.
An application with its backend logic running on a blockchain as smart contracts rather than centralized servers. dApps typically have a traditional web frontend that interacts with on-chain programs via RPC. Users authenticate with wallets instead of username/password. Examples: Uniswap (Ethereum DEX), Jupiter (Solana DEX), Magic Eden (NFT marketplace).
Software or hardware that manages cryptographic keys and enables users to sign transactions, view balances, and interact with dApps. Hot wallets (Phantom, Solflare, Backpack) are internet-connected for convenience. Cold wallets (Ledger, Trezor) store keys offline for security. Wallets don't actually 'hold' tokens—they hold the private keys that control on-chain accounts.
A 12 or 24-word human-readable backup of a wallet's master private key, generated using BIP-39 standard. The seed phrase can deterministically regenerate all derived keypairs (BIP-44 derivation paths). Losing the seed phrase means permanently losing access to all associated accounts. Never share, photograph, or store seed phrases digitally in plain text.