Service / Web3
Solana programs built for speed and scale.
Rust programs on Solana with Anchor or native code: payments, DeFi, token extensions, compressed state and agent payments, built for throughput and low fees.
[ 01 ]The short answer
What is Solana Program Development?
Solana program development means writing the onchain logic of a Solana application in Rust, usually with the Anchor framework, plus the clients, indexers and transaction infrastructure around it. Solana's parallel runtime and low fees suit payments, trading and consumer apps at scale. We design accounts and PDAs for parallelism, use Token-2022 extensions where they fit, land transactions reliably under load with priority fees and bundles, and test with LiteSVM and Mollusk before devnet.
What you get
- Program source with IDL
- LiteSVM or Mollusk test suite
- TypeScript SDK
- Devnet and mainnet deployments
- Indexer and monitoring
[ 02 ]What we build
The pieces, built to last.
- 01
Anchor and native programs
Programs with account constraints, PDAs and compute budgets designed for parallel execution.
- 02
Token-2022 extensions
Transfer hooks, transfer fees, metadata and confidential transfers, used where they fit the product.
- 03
Payments and channels
Stablecoin payouts, metered billing and payment channels for agents and APIs.
- 04
Transaction landing
Priority fees, Jito bundles and retries tuned so transactions confirm under congestion.
- 05
Indexers
Geyser and webhook pipelines that turn program activity into queryable data.
- 06
Client SDKs
TypeScript and Rust SDKs generated from the IDL, so integrators start in minutes.
[ 03 ]Where it pays off
Where it earns its keep.
- 01
Payroll and payouts
Approval-gated, multi-recipient payouts with onchain receipts.
- 02
Agent payments
Programs that let AI agents pay per request, with budgets and kill switches.
- 03
Trading and DeFi
Order flow, vaults and liquidity programs where milliseconds matter.
- 04
Consumer apps
Loyalty, ticketing and collectibles at fees users never notice.
[ 04 ]How we deliver
Four steps, one team, start to finish.
The same people scope it, build it and stay after launch. Timings are typical for a first release; we agree yours after the deep dive.
- 01Week 1
Threat model and spec
Who can move money, under what conditions, and what happens when a key, an oracle or a bridge fails. Written down before code.
- 02Weeks 2 to 8
Build with invariants
Contracts or programs with unit, fuzz and invariant tests, least-privilege roles, timelocks and rate limits from the first commit.
- 03Weeks 6 to 10
Review and testnet
Internal review, an independent audit where value is at stake, and a public testnet with monitoring wired in.
- 04Ongoing
Mainnet and watch
A staged launch with caps, live alerting on admin actions and outflows, and a rehearsed incident plan.
[ 05 ]Stack
Tools we reach for.
Chosen per project, and we work in yours. Nothing here is a lock-in: you own the code and the accounts.
- Rust
- Anchor
- Pinocchio
- Solana CLI
- LiteSVM
- Mollusk
- Token-2022
- Jito
- Helius
- Triton
- Codama
[ 06 ]Related work
Built by the same team.
[ 07 ]Further reading
Problems we found, and how we would solve them.
- Agent payments4 min read
Agent payments settle on promises. They should settle on proof
Problemx402 and payment channels let agents pay for APIs and compute, but settlement is blind to whether the inference ran, on which model, or how many tokens it really used.ProposalSettle only against two signatures: the agent's spending voucher and a usage receipt signed inside the provider's attested enclave, with payments stopping the moment attestation lapses.Read the proposal - Agent reputation3 min read
Half of agent payment volume is fake. Reputation has to start from money that moved
ProblemAnalysts found that roughly half of x402 transactions were wash trading or self-dealing, and star ratings are cheaper still to fake, so neither can safely gate money.ProposalScore agents on net demand: settled stablecoin payments, with self-dealing and circular flows removed and each dollar weighted by the credibility of the wallet that paid it, published as a verifiable onchain account.Read the proposal - MEV3 min read
Sandwiched on Solana: protecting swaps from MEV
ProblemSandwich bots front-run and back-run user swaps on Solana through private order flow, and most protection today relies on users choosing a tight slippage setting they do not understand.ProposalProtect at the protocol and app layer: oracle-bounded minimum output, sensible default slippage computed per trade, bundled or private submission, and RFQ or batch execution for size.Read the proposal
[ 08 ]FAQ
Questions buyers ask.
Faster finality means apps can treat confirmation as settled much sooner, so UX can drop long spinners. Program code is unaffected, but confirmation assumptions in clients and indexers should be revisited.
Anchor for most programs: it is safer and faster to build. Native or Pinocchio where compute units are the bottleneck.
Yes: open-source payment and reputation programs for AI agents, and the Solana indexing behind Meme Wallet.
[ 09 ]More Web3 services
- Smart Contract DevelopmentContracts that do exactly what they promise.
- dApp DevelopmentOnchain apps people actually enjoy using.
- DeFi Protocol DevelopmentFinancial protocols that survive real markets.
- Smart Contract Security AuditFind the flaw before an attacker does.
- Real-World Asset TokenizationAssets that settle in minutes, not days.
- Stablecoin and Crypto PaymentsGlobal payments that settle in seconds.
- Wallets and Account AbstractionSelf-custody without the seed-phrase pain.
- Layer 2, Rollup and Appchain DevelopmentYour own chain, when you really need one.
- Cross-Chain and InteroperabilityOne product across every chain your users use.
- Zero-Knowledge Proof DevelopmentProve it without revealing it.
- Onchain AI Agents and Agent PaymentsAgents that can earn, pay and be trusted.
One company at a time