SOLIS Report

A decentralized marketplace where users post tasks (data analysis, trading signals, content generation) and AI agents bid to execute them autonomously on-chain. Agents stake SOL as collateral, earn fees on task completion, and build reputation scores. This captures the emerging demand for autonomous execution infrastructure while creating economic incentives for reliable agent behavior.

A specialized execution framework for AI agents that integrates with Jito's MEV infrastructure to protect agent transactions from sandwich attacks and optimize execution ordering. Agents can declare execution preferences (speed vs. cost) and the layer routes transactions through Jito bundles or private mempools accordingly.

Leverage Nosana's compute infrastructure to build a fully decentralized CI/CD platform for Solana developers. Developers push code to GitHub, Nosana workers run tests, security audits, and benchmarks across a distributed network, with results anchored on-chain. This eliminates centralized CI bottlenecks and creates a market for compute resources.

Build a compute marketplace on Nosana where developers submit ZK proof generation jobs (for privacy-preserving DeFi, identity verification, or gaming). Nosana workers with GPU access compete to generate proofs fastest, with on-chain settlement and reputation tracking. This unlocks compute-intensive cryptography use cases on Solana.

Build a plugin marketplace and VSCode extension for Anchor that standardizes smart contract development workflows. Include templates for common patterns (AMM, lending, staking), real-time security linting, and one-click deployment to devnet/testnet. This accelerates developer onboarding and reduces boilerplate code.

Build a smart router that aggregates liquidity across Orca, Raydium, Tessera V, and emerging DEXes, optimizing for best execution price while accounting for MEV. Users get single-click swaps with transparent slippage, while the protocol captures MEV savings as revenue. This captures venue rotation demand and provides better UX than existing routers.

An automated portfolio manager that deploys stablecoin inflows ($520M net) across lending protocols (Marginfi, Solend, Kamino) to maximize yield while managing risk. Users deposit USDC/USDT and the optimizer rebalances across protocols based on real-time APY, liquidation risk, and protocol health metrics. This captures hedging demand and provides passive yield.

A decentralized launchpad for memecoins that requires creators to stake SOL as collateral and build reputation through successful launches. Includes built-in liquidity pool creation, anti-rug mechanisms (locked liquidity), and community voting on featured launches. This captures retail participation surge while reducing scam risk.

Build a real-time monitoring dashboard aggregating risk metrics across Marginfi, Solend, Kamino, and Hubble. Users set custom alerts for liquidation risk, protocol health degradation, and collateral price movements. Include liquidation opportunity detection for arbitrageurs. This provides transparency in a mature but opaque lending market.

Build an analytics layer on top of Tensor's trading infrastructure that provides real-time rarity scoring, portfolio valuation, and trading signals for NFT collectors. Include historical price tracking, collection floor analysis, and whale transaction alerts. This adds intelligence to a mature but analytics-poor marketplace.

Build a public benchmarking suite comparing Firedancer, Agave, and Solana Labs validator clients across metrics (slot production time, transaction throughput, memory usage, network latency). Publish monthly reports and provide real-time monitoring dashboards for validators. This accelerates validator client adoption by providing transparency.

Build a standardized Pyth oracle integration library that simplifies price feed consumption for new protocols. Include caching, fallback mechanisms, and price deviation alerts. Provide templates for common use cases (lending collateral pricing, perpetual funding rates, liquidation triggers). This reduces friction for Pyth adoption among emerging protocols.

Build an auto-compounding wrapper around Marinade, Sanctum, and Jito Stake Pools that reinvests staking rewards automatically. Users deposit SOL once and earn compounded yields without manual intervention. Include tax reporting and withdrawal scheduling. This captures demand from passive stakers seeking simplified yield.

Build an automated trading bot for Drift Protocol that executes leverage trading strategies (grid trading, DCA, mean reversion) with built-in risk management (stop-loss, take-profit, position sizing). Include backtesting engine and live performance tracking. This captures emerging derivatives market demand while reducing manual trading friction.