Solana remains one of crypto’s busiest ecosystems in 2026, and the source article organizes its watchlist around four areas: trading and liquidity, yield and staking, data infrastructure, and real-world DePIN networks. The projects named include Jupiter, Drift, Kamino Finance, Raydium, Jito, Sanctum, Pyth Network, Helium, and Helium Mobile.
The framework is simple. Some Solana protocols already sit on top of real on-chain activity such as swaps, lending, staking, pricing, and wireless infrastructure, while others still depend more heavily on attention and speculation. That split helps explain why Solana stays attractive and risky at the same time.
Trading protocols remain central to Solana activity
In the liquidity and trading layer, Jupiter is presented as one of Solana’s leading aggregators. It routes orders across multiple DEXs, giving users access to better pricing, lower slippage, and a simpler trading interface. The source also points to Jupiter’s wider product suite, including swaps, limit orders, dollar-cost averaging, trading tools, and APIs. Its position near the center of Solana trading activity is a major reason it stays on the list, even as smart-contract exposure, governance uncertainty, and broader market dependence remain part of the risk profile.
Drift is positioned as a more advanced venue. The protocol offers perpetual futures, spot trading, swaps, lending, and cross-margin collateral, aimed at users who want on-chain derivatives rather than relying only on centralized exchanges. The article is clear on the trade-off: leverage can magnify losses, liquidity can shift quickly, and liquidation rules matter. This is framed as an advanced DeFi platform, not a passive product for newcomers.
Kamino Finance appears as a broader DeFi stack that combines lending, borrowing, liquidity deployment, leverage, and automated yield strategies. The appeal is usability. It gives users access to more complex strategies without requiring them to manage every position manually. Still, the source notes the familiar set of risks around liquidation, collateral, smart contracts, and changing market conditions. Raydium, meanwhile, remains one of Solana’s core DEX and liquidity protocols, with token swaps, AMM pools, concentrated liquidity, farms, and token-launch tools. The article treats Raydium as closer to Solana’s main trading flow than smaller or less active alternatives.
Liquid staking ties SOL yield to DeFi utility
In the staking section, the article focuses on liquid staking tokens, or LSTs. Jito is one of the clearest examples. Users who stake SOL through Jito receive JitoSOL, which keeps the position usable across DeFi while accruing staking and MEV rewards. JTO functions as the governance token. The source places Jito near the heart of Solana’s staking infrastructure because it connects validator performance, network security, MEV economics, and DeFi liquidity in one system.
Sanctum takes a different approach. Rather than centering on a single staking token, it provides infrastructure for unified liquidity, LST creation, instant unstaking, and staking-as-a-service tools. That makes it relevant not only for users but also for validators and ecosystem teams. The article argues that Sanctum’s role becomes more important if liquid staking continues to expand, though it also warns that LST yields are not risk-free and can be shaped by liquidity conditions, validator behavior, smart-contract issues, and market pricing.
Infrastructure and real-world networks broaden the Solana story
For data infrastructure, the source highlights Pyth Network. As an oracle network, Pyth delivers market data covering crypto, equities, commodities, foreign exchange, and other assets. That function matters because DeFi lending, swaps, derivatives, and liquidation systems depend on accurate price feeds. The article notes that Pyth’s investment case is tied not only to Solana but also to its wider infrastructure role across chains, while competition, data quality, and governance still shape the downside.
The real-world infrastructure and DePIN section leans heavily on Helium. The project moved from its own blockchain to Solana on April 18, 2023 and runs a decentralized wireless network where participants deploy IoT and mobile infrastructure in return for token rewards. The article describes Helium as one of the clearest real-world infrastructure projects in the Solana ecosystem because it attempts to link token incentives with actual network coverage and data usage. Practical constraints remain significant, including hardware costs, deployment quality, customer demand, reward changes, and telecom or regulatory limits.
Helium Mobile gets a separate entry, but with a notable caveat. The source says that in 2026, Helium Mobile announced it would be acquired by Noble Mobile, which said it would continue using the Helium Network. It also notes that the earlier $5 and $20 unlimited plans were retired for new sign-ups, meaning the project should no longer be viewed through the same simple low-cost-plan narrative. The article still treats it as an interesting DePIN attempt in a consumer category people use every day, though coverage quality, subscriber growth, incentive design, carrier relationships, plan changes, and telecom competition all remain relevant.
Across the full list, the source does not frame Solana through a single trend. It spreads attention across trading, lending, liquid staking, oracle data, and decentralized wireless infrastructure. The recurring filter is practical use: projects with visible utility and protocol-level activity stand out more than those driven mainly by speculation.