Launch Instant Perps on Any Solana Token: Powered by SEDA & Jupiter

Matthew Peters

October 9, 2025

News & Updates

Perp DEXs can now move at market speed, deploying instant feeds for any Solana token launch, across any network.

In 2024, Solana accounted for ~87% of all new token launches: roughly 4 million on Pump.fun and another 96,000+ across the wider ecosystem. For the first time, builders on any network can deploy instant perpetual markets for any Solana token, powered by SEDA and Jupiter.

Jupiter’s Data Meets SEDA Oracle Infrastructure

SEDA’s latest Oracle Program removes the friction of launching new perp data feeds. Where new feeds typically take several months for traditional oracles to deploy, applications can input the ticker for any Solana token, provided by Jupiter, and ingest fresh price data in seconds. By leveraging SEDA, builders can also embed application‑specific logic via SEDA’s programmable oracle infrastructure, powering custom, production‑ready perp-specific data feeds in minutes, not months.

Connecting Perp Velocity to Pump.fun Momentum

Pump.fun’s 30‑day volume has reportedly hit multi‑billion‑dollar levels and daily active wallets have surged over 157,000. Meanwhile, perpetuals across onchain and CEX venues regularly post in the realm of $1.2 trillion 30‑day notional totals. With SEDA and Jupiter, developers can combine these worlds, with each data request execution powered by SEDA, to build the technical foundation for new financial primitives on Solana tokens.

The memecoin culture on Pump.fun has been a major on‑ramp and a cornerstone of Solana’s explosive growth. Now, users coming onchain via Pump.fun can access a new range of financial primitives, like perps built around their favorite token moments after listing.

As Galaxy Research puts it, trading these tokens is often “cultural arbitrage”: front‑running attention cycles by buying the token for a viral trend before the market fully recognizes it. With SEDA’s programmable oracle tools and data provided by Jupiter, developers can keep pace with that culture by spinning up new feeds for perps in minutes and letting users long or short with leverage as narratives emerge.

SEDA’s Oracle Programs: Programmable by Design

SEDA introduced Oracle Programs to give developers control over the data they call and the logic that delivers it to any chain. Unlike legacy oracles that gatekeep new assets, Oracle Programs are open, programmable, and composable. Developers define the offchain calls, transformation logic, and onchain delivery path so feeds match their protocol’s exact needs.

This same programmability powers far more than perps: lending markets, custom derivatives, advanced arbitrage, and entirely new onchain experiences. Builders can expand and diversify on top of the instant tokens launched on Solana, via Jupiter, widening Solana’s meme‑coin culture across Web3.

SEDA’s Oracle Program can integrate on-chain pricing data from Jupiter, allowing tokens to be listed within seconds of launch. As a token’s underlying metrics strengthen, SEDA can combine this on-chain data with Pyth’s Solana price feeds. By algorithmically weighting Pyth’s off-chain aggregation data (via Pyth Pro), SEDA ensures that as tokens mature and their perpetual trading volume grows, they receive the most accurate and reliable pricing across all Perp DEXs, until they are fully powered by Pyth’s data.

Solana’s Culture, Un-siloed, Creating a New DeFi Layer 

By combining SEDA’s Oracle Programs with data available through Jupiter, builders finally have the tooling to experiment at the speed of Solana’s culture. What was once siloed in the SVM, can now extend to any network, bringing the momentum that onboarded hundreds of thousands of users to wherever your application lives.

Perpetuals lead crypto trading, and Pump.fun remains a powerhouse of Solana volume. Together, SEDA’s infrastructure and Jupiter’s data provide the foundation for developers to deploy a new Solana‑powered DeFi layer for millions, across all networks.

Deploy instant feeds for perps with SEDA: Jupiter Oracle Program Repo.