Solana Volume Bot PumpBot Launches Six-DEX Native Engine With Anti-MEV Jito Routing

A Telegram-native execution platform brings venue-specific routing across Pump.fun, Bonk.fun, Raydium, Orca, Jupiter and DexScreener, multilingual organic signal generation, and a non-custodial, zero-log privacy stance to Solana token launches.

United States, 14th May 2026 – PumpBot, accessible at www.pumpbot.net, has launched a six-DEX native Solana Volume Bot engine that coordinates on-chain trade execution, holder diversification, and organic social amplification for token launches across Pump.fun, Bonk.fun, Raydium, Orca, Jupiter, and DexScreener — all driven from a single Telegram chat under a flat 2% all-inclusive commission. The platform is non-custodial by design: the user’s main deposit wallet is never touched, every session is executed through ephemeral sub-wallets that are generated fresh, funded with randomized amounts, and swept clean at session end, with any unused SOL refunded the moment a session is stopped.

Why a Multi-DEX Volume Engine Is Structurally Different From a Single-Venue Tool

The Solana memecoin lifecycle no longer runs on one venue. A new token typically launches on a bonding-curve launchpad such as Pump.fun or Bonk.fun, graduates to a Raydium CLMM or v4 AMM pool, often mirrors into Orca’s Whirlpools for concentrated-liquidity depth, is routed against Jupiter’s aggregator on virtually every swap, and is judged by traders on DexScreener’s trending and hot-pair surfaces. A volume tool that understands only one of those venues will execute correctly for a few minutes and then mis-route the moment migration happens — losing time precisely when trending algorithms are sampling.

PumpBot’s engine is built around venue-specific logic rather than a single generic swap path. Pump.fun and Bonk.fun trades are issued through native bonding-curve calls, with curve-cap auto-detection and trending-threshold targeting. Raydium routing handles both CLMM and standard v4 pools with tick-aware slippage. Orca execution respects Whirlpool tick boundaries and range-aware sizing. Jupiter is consulted on every swap and used whenever its best-price route is cheaper than a direct pool fill. DexScreener-aware burst timing aligns volume spikes to the minute-edge windows (:00, :15, :30, :45 seconds) when its trending algorithm samples pair activity. Migration from a bonding curve to Raydium is detected block-by-block and re-routed without session downtime — a behaviour that single-venue Pump.fun volume bot implementations consistently miss.

Wallet Fleet Design: Ephemeral Generation, Anti-Cluster Routing, Reputation Scoring

Every session draws between roughly 100 and 400 freshly generated wallets from an internal pool, with no address reuse across sessions and no two fleet wallets permitted to share a Solana block — preventing the classic cluster patterns that Bubblemaps, Solscan, and on-chain forensics platforms surface to retail traders. SOL is dispersed across fleet wallets in randomised amounts; identical funding patterns are explicitly avoided. Each wallet carries a live “realism” score that drives automatic rotation: addresses whose behavioural fingerprint becomes too uniform are pulled from the active fleet before they degrade session signal. Fleet traffic is distributed across a regional IP pool spanning North America, Europe, APAC, and South America, so the geographic footprint of any single launch reads as a real, multi-continent retail interest base rather than a single-origin botnet.

Defensive engineering extends below the wallet layer. Every signature uses an ephemeral keypair generated for that single transaction; keys are not reused. Anti-bundling delays randomise the gap between paired trades from 3 to 90 milliseconds. Block-gap enforcement prevents two fleet trades from landing in adjacent blocks. Validator hop counts are randomised. All trades are submitted through Jito private bundles with randomised tip amounts, blocking sandwich and front-running attacks at the mempool layer. Cumulatively, the platform reports an on-chain footprint score of 97 out of 100, a social signal realism score of 95 out of 100, and a scanner evasion score of 99 out of 100 across its self-assessed launch sessions.

Organic Signal Layer: 10,000+ Comments Across Twelve Languages

On-chain volume alone does not produce trending behaviour on Pump.fun or Bonk.fun; the launchpads weight comments, favourites, and watchlist activity alongside trade flow. PumpBot ships a curated, AI-augmented comment database of more than 10,000 entries, rotated daily, shuffled per session, and weighted by emoji and persona. Comments are written in native regional dialects across twelve languages — English, Chinese, Korean, Japanese, Turkish, Spanish, Portuguese, French, German, Russian, Vietnamese, and Thai — and explicitly are not machine-translated, which is the failure mode that makes most volume-bot chat output trivially identifiable. A typing-cadence simulator introduces per-character timing noise so that messages do not carry the instant-paste signature that launchpad anti-bot heuristics watch for.

Four wallet personas — whale, retail, dev, and skeptic — give each fleet wallet a distinct trade-size profile, timing distribution, comment voice, and emoji palette, with a default mix biased toward retail (55%) and skeptic (25%) to mirror the actual distribution of voices on a typical launch. A reaction-echo subsystem reacts to genuine user comments with weighted emoji patterns. A sentiment mixer blends bullish, degen, and skeptical posts by tunable percentage, so the social tape of a session does not skew into the obvious one-note bullishness that scanner audiences discount.

Trade Engine: Poisson Timing, Volume Curves, Auto-Tuned Priority Fees

Trade execution is governed by four volume-curve presets — Gradual, Burst, Stealth, and Whale Pump — combined with Poisson-distributed timing so that intervals between trades never repeat in a uniform pattern. The buy/sell ratio is tunable from 50/50 to 90/10 in one-percent increments, with a 72/28 split recommended as the empirically derived sweet spot for trending acceleration without unsustainable price-impact. Per-trade SOL amounts are randomised within a user-defined min/max range, with a default band of 0.02 to 0.8 SOL and a configurable bias curve. Micro-buys at 0.02 SOL are interspersed with occasional whale swings above 2 SOL to reproduce the bimodal flow profile of a genuinely contested launch.

Priority fees are auto-tuned to live Solana network congestion on a per-transaction basis rather than a fixed lamport setting. Slippage is calculated dynamically from current pool depth and, on Orca, from the active Whirlpool tick. Burst mode delivers short, high-intensity volume spikes aligned to the minute-edge sampling windows used by DexScreener and other trending surfaces, so that the bot’s output is observed precisely when the algorithm is looking.

Migration Handoff and Cross-DEX Mirroring

The platform’s Raydium volume bot routing detects bonding-curve graduation block-by-block. When a Pump.fun or Bonk.fun token migrates, the engine switches its routing target from the launchpad’s native curve to the appropriate Raydium pool — CLMM or v4 — without dropping the session or pausing volume flow. Optional cross-DEX mirroring runs simultaneous activity across Raydium, Orca, and Meteora DLMM, so that the post-migration depth profile of the token is distributed rather than concentrated on a single venue. Jupiter aggregator routing is consulted on every swap during the post-migration phase and used whenever its multi-hop best-price quote outperforms a direct pool fill.

Anti-MEV, Non-Custodial Architecture, and Zero-Log Operational Posture

PumpBot’s execution model is explicitly non-custodial. The user’s primary deposit wallet remains under their control at all times; the bot never requests a primary private key. Internal sub-wallets are generated, funded, used, and swept within the lifecycle of a single session. Any unused SOL is refunded immediately when a session is paused or stopped. Trade submission is routed exclusively through Jito private relays, which removes the public mempool exposure that makes sandwich and back-running profitable, and randomised Jito tips prevent timing-pattern fingerprinting.

The operational posture is consistent with the architecture. The platform commits in writing to a zero-log policy: IP addresses are not stored, Telegram chat history is not retained, and no wallet-to-user mapping is logged. Control traffic between Telegram and the execution nodes is end-to-end encrypted. There is no KYC step, no email registration, no signup form, and no account that survives a finished session. Private keys for execution-node activity never leave encrypted memory.

Trending Mechanics and Session Estimates

The platform reports a typical time-to-trending of three to eight minutes after a session begins, contingent on launch context and target volume. Before any SOL is committed, the Telegram interface renders a live session preview projecting the number of wallets that will be deployed, the number of trades the configuration will execute, the comment and favourite counts that will be posted, the estimated count of unique holders the session will produce, and the expected runtime. The preview is generated against the user’s actual configuration — buy/sell ratio, comment density (tunable 10–80%), favourite density (tunable 30–100%), language mix, persona mix, and volume curve — rather than a generic average.

Flat 2% Commission and the Refundable-Deposit Model

PumpBot rejects the tiered-subscription model that dominates the category in favour of a single flat commission of two percent on target volume, with a minimum session of 50 SOL and a maximum of 5,000 SOL. The commission is genuinely all-inclusive: it covers Solana network fees, congestion-tuned priority fees, randomised Jito bundle tips, wallet-fleet funding and dispersal, the entire auto-comment and auto-favourite layer, MEV-shielding private-relay routing, cross-DEX mirroring across Raydium, Orca, and Meteora, and twenty-four-hour execution monitoring. There are no gas top-up requests mid-session, no surprise tip prompts, no add-on modules, and no subscription that continues to bill after a launch ends. Unused SOL is refunded the moment a user pauses or stops a session — there is no withdrawal queue and no clawback window.

Industry Context for Solana Launch Infrastructure

Solana’s launchpad ecosystem has consolidated rapidly around Pump.fun and Bonk.fun as the dominant entry points, with Raydium, Orca, and Jupiter forming the post-graduation depth and routing layer and DexScreener acting as the de-facto discovery surface for retail traders. The economic value of a launch is now decided in the first minutes after deployment, when trending visibility on multiple surfaces compounds into organic interest. The asymmetry between projects that have access to coordinated multi-DEX execution infrastructure and projects that do not has, until now, been a function of which teams happened to own bespoke trading stacks. PumpBot’s launch is a direct response to that asymmetry: venue-specific routing, organic-signal generation, and anti-detection engineering bundled into a single non-custodial Telegram flow under a transparent commission, accessible from https://www.pumpbot.net with no account creation step.

Company Details

Organization: Pumpbot.net

Contact Person: Xavier Klocko

Website: https://www.pumpbot.net

Email: Send Email

Country: United States

Release Id: 14052644998

Disclaimer This announcement is provided for informational purposes only and does not constitute financial, investment, trading, or legal advice. Cryptocurrency and blockchain-related activities involve significant risk, including potential loss of funds, and past performance does not guarantee future results. Users are solely responsible for evaluating risks, regulatory requirements, and suitability before using any platform or service described.