The Solana developer tooling story in 2026 is much better than it was even two years ago. The SDKs are mature, the frameworks are stable, the explorers are comprehensive, and the RPC providers compete on quality rather than just availability. But the choices have multiplied, and the question for someone starting a new project isn't "what's available" — it's "what should I actually use."
This piece covers the tools we'd actually pick for a production Solana project in 2026, why, and where each fits. Opinionated where it makes sense.
The Categories That Matter
A Solana project's tooling stack breaks into:
- Programming language and SDK for client code
- Program development framework if you're writing on-chain programs
- RPC providers for read and write traffic
- Block explorer / on-chain analytics for debugging and monitoring
- Wallet integration for user-facing flows
- Testing infrastructure for both off-chain and on-chain code
- Deployment and ops for getting code to mainnet
We'll cover each.
Programming Language
For client code, the practical choices are:
TypeScript / JavaScript. Dominant in the ecosystem. @solana/web3.js (now in v2) and the wallet adapter ecosystem are mature. Almost every dApp frontend uses this.
Rust. What programs are written in. Also used for some clients (high-performance backends, bots, infrastructure).
Python. solders and solana-py work but are less mature than the JS ecosystem. Use if you have specific Python ecosystem needs.
Go. solana-go exists. Less mature than other options. Use if Go is mandatory.
For most projects, TypeScript on the client and Rust for programs is the path of least resistance.
Program Development Framework
For writing Solana programs:
Anchor. The dominant framework. Adds account validation, IDL generation, client generation. Most modern programs use Anchor.
Native Solana programs (no framework). Lower abstraction; more control. Used for performance-critical programs or when Anchor's overhead isn't acceptable.
Pinocchio. Newer alternative aimed at minimal overhead. Worth knowing about; not yet dominant.
For most teams: use Anchor unless you have specific reasons not to. The productivity benefit is large; the overhead is acceptable for most use cases.
RPC Providers
Two categories matter:
Read-optimised RPCs. Heavy read traffic, indexing, parsed transactions, NFT metadata, webhooks. Good for dApps where users browse, analytics platforms, indexers.
Write-optimised RPCs. Transaction sending, sub-second confirmation, Anti-MEV routing, SWQoS. Good for trading bots, DEX UIs, anywhere transaction landing matters. BoltTx is built specifically for this workload.
Most production apps use both: read-RPC for queries, write-RPC for sends.
For a comprehensive comparison, see Best Solana RPC Provider in 2026.
Block Explorers and Analytics
For debugging and visibility:
Solana Explorer (official). Solana Foundation's explorer. Bare bones but reliable.
Solscan. Better UI, parsed transaction history, NFT metadata, address tracking. The default for most developers.
SolanaFM. Alternative with different feature emphasis.
Solscan API. If you need programmatic access to historical data.
For development debugging, Solscan is the default. For application-level analytics on user wallets, the Solscan API is reasonable; for higher volumes, dedicated indexing.
On-Chain Analytics and Wallet Tracking
For analytics beyond the basic explorer view:
dexscreener. Real-time DEX activity, price charts, new pairs.
Birdeye. Token analytics, watchlists, holder distribution.
bubblemaps. Holder distribution visualisation, wallet relationship mapping.
There are also several Solana trading terminals that bundle smart-money tracking, wallet analytics, and copy-trading into their products — which one to use comes down to workflow preference; the underlying information they expose is roughly comparable.
For traders and bot developers, dexscreener is one of the most-used tools. For NFT data, mainstream marketplaces ship their own analytics.
Wallet Integration
Already covered in Solana Wallet API Developer Guide. Brief recap:
@solana/wallet-adapter. Default for frontend integration. Handles multiple wallets through a unified interface.
Mobile Wallet Adapter (MWA). For mobile dApps. Different flow from desktop.
Wallets to support: Phantom, Solflare, Backpack, Glow at minimum.
Testing Infrastructure
For Solana programs:
Anchor's anchor test. Spins up a local validator and runs your tests. Default for Anchor projects.
Solana test validator. Local validator for manual testing without Anchor.
Bankrun. Newer testing framework using a stripped-down runtime. Faster than full validator-based tests.
Mock Solana for client code. For testing client code without round-trips, use mock connections in your test harness.
For production work, mix all of these: Bankrun for fast unit tests, anchor test for integration, devnet for end-to-end before mainnet.
Deployment and Ops
When you go to mainnet:
Anchor deploy commands. anchor deploy handles program deployment for Anchor projects.
Solana CLI's solana program deploy. Lower-level program deployment.
Squads. Multi-sig for production program upgrades. Don't deploy production programs from a single key — too much blast radius.
Cargo for client builds. If your bot or backend is in Rust.
Standard CI/CD. GitHub Actions, GitLab CI, etc. Solana doesn't need anything special; just standard build pipelines.
Monitoring. Per-signature telemetry from your RPC, error tracking (Sentry), performance monitoring (Datadog, New Relic). Same as any production system.
Tools That Aren't Worth Your Time
Some categories where the tooling is over-marketed:
Most "all-in-one Solana platforms." They tend to be mediocre at everything. Specialise: best-in-class read RPC + best-in-class write RPC beats one provider trying to be both.
Most "solana wallet tracker" services for production. Build your own using on-chain data; the SaaS pricing rarely makes sense at scale.
Most "solana token launcher" tools. Useful for prototyping; bake the launching logic into your own program for anything serious.
Off-chain bot management dashboards. The actual debugging happens in your logs and per-signature telemetry, not in dashboards. Skip these unless they're free.
Recommended Stack for Common Cases
A new dApp:
- TypeScript + Next.js on the frontend
- Anchor for any custom programs
- Read RPC: any general-purpose vendor
- Write RPC: BoltTx (Anti-MEV by default)
- Wallet integration: wallet-adapter-react
- Explorer: Solscan
A new trading bot:
- Rust or TypeScript depending on team
- RPC streaming subscriptions for market data
- Write RPC: BoltTx (sub-second + Anti-MEV)
- Per-signature telemetry early
A new program:
- Anchor for development
- Bankrun for fast unit tests
- anchor test for integration
- Devnet for end-to-end
- Squads for mainnet deployment governance
What to Do This Week
If you're starting a Solana project:
- Pick a language and stick with it. TypeScript for client; Rust for programs.
- Use Anchor unless you have specific reasons not to.
- Pick read RPC and write RPC separately. Optimise for your dominant traffic type.
- Set up testing infrastructure on day one. Don't add tests at the end.
- Plan for mainnet deployment from the start. Multi-sig for program upgrades, env vars for URLs, monitoring infrastructure.
- Don't over-tool. A simple stack you understand beats a complex stack you don't.
Try BoltTx as Your Write RPC
For transaction-sending workloads:
import { Connection } from "@solana/web3.js";
const writeConnection = new Connection(
"https://bolttx.io/?api-key=YOUR_API_KEY",
"processed"
);
Free tier signup — pay only when transactions land. Pair with whatever read provider fits your workload best.
FAQ
Is Solana easier or harder to develop on than Ethereum in 2026? Different. Tooling is comparable now (Anchor + web3.js is a clean stack). Rust is harder to learn than Solidity for beginners. Solana's economic model (no gas wars) is friendlier for users.
Should I use web3.js v2 or v1? For new projects, v2. It's significantly more efficient. Migration from v1 to v2 has API changes; budget time if you're moving an existing project.
Is Anchor really necessary? For most projects, yes. The account validation alone catches a class of bugs that's painful to debug otherwise.
What about Sealevel? Is it relevant for app developers? Sealevel is Solana's parallel runtime. It affects program design (you should think about which accounts your transactions touch) but most application code doesn't interact with it directly.
Should I use multiple RPC providers for redundancy? For reads, yes — failover to a secondary if your primary is down. For writes, usually one good provider is better than parallel submission to multiple.