Fragmented Workflows
Issuance, transfer restrictions, investor checks, and reporting are often split across disconnected systems.
Solana Security Token Standard
Compliant securities issuance, standardized on Solana.
SSTS gives issuers a shared operating model for verification, transfer controls, and lifecycle events. Designed for issuers, banks, and technical teams that need one reliable framework from launch through lifecycle operations.
Policy-ready
Modular controls for instrument-specific requirements.
Composable
Atomic verification programs that map to real obligations.
Open
Open standard designed for long-term ecosystem growth.
issuer-setup.ts
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const initMintIx = getInitializeMintInstruction( { mint: mintSigner, authority: mintAuthorityPda, payer: payerSigner, initializeMintArgs, }, { programAddress: securityProgramId },)const signature = await sendTx( rpc, sendTransaction, payerSigner, [initMintIx],)console.log(`Mint initialized: ${signature}`)Identity checksTransfer rulesLifecycle hooks
Issuer Ready
Verifier Modules
- Institutional Design
- Built for regulated issuance workflows where legal, compliance, and operations must align.
- Auditable Controls
- Verification and transfer logic are explicit, reviewable, and easier to evidence to stakeholders.
- Solana-Native Performance
- High-throughput execution supports real issuance and lifecycle volume without fragile workarounds.
- Open Standard Governance
- A shared standard that can evolve without forcing issuers to rebuild from scratch.
Why Solana
Why security tokenization teams prefer Solana over EVM-first stacks
For regulated assets, speed alone is not enough. You need deterministic controls, lower contract risk, and operational scale for real issuance programs.
- Fast Settlement at Operational Scale
- Handle high-volume transfer and compliance events without long settlement delays.
- Lower Contract Risk Surface
- Reduce bespoke-contract exposure for issuers, auditors, custodians, and integrators.
- Built-In Compliance Primitives
- Launch with policy controls available from day one instead of layering custom contracts later.
- Atomic Compliance Enforcement
- Avoid partial outcomes where transfers succeed but controls lag behind.
- Reduced Admin Key Exposure
- Minimize dependence on human-managed privileged wallets for sensitive controls.
- Parallel Lifecycle Operations
- Support frequent corporate actions and policy updates across large holder bases.
Technical basis: Solana throughput and low-latency execution keep checks and settlement responsive under load.
Technical basis: SPL Token-2022 plus shared SSTS core logic avoids per-issuer contract sprawl common in EVM deployments.
Technical basis: Token-2022 extensions such as Transfer Hook, Permanent Delegate, Pausable, and Freeze are native building blocks.
Technical basis: Transfer and verification execute in one atomic transaction that succeeds or fails as a unit.
Technical basis: Program Derived Addresses are off-curve authorities with no corresponding private key to steal.
Technical basis: Parallel account-based execution enables concurrent state updates instead of serial bottlenecks.
Why SSTS
From fragmented issuance stacks to a standard operational model
SSTS turns legal and operational requirements into reusable policy modules so organizations stop rebuilding the same controls.
Common pain points
Custom Contract Sprawl
Teams repeatedly rebuild custom logic, increasing security review scope and operational complexity.
Brittle Lifecycle Operations
Corporate actions and policy updates are often bolted on later, creating manual handoffs, reconciliation effort, and control gaps.
Standardized outcome
Shared Core Standard
One reusable core standard for many issuers and instrument types.
Modular Verification
Compliance logic is composed as verification programs for each market without rewriting core issuance logic.
Lifecycle-Ready Operations
Run distributions, corporate actions, and transfer controls inside one auditable operating model.
Workflow
How issuance moves from structuring to live operations
A clear sequence for business, legal, and engineering teams to execute together.
Requirements Composer
Translate offering requirements into reusable standard modules
Select an instrument profile, toggle requirements, and see how they translate into SSTS primitives and atomic verification programs.
Instrument profile
Requirements Examples
Private Equity Token includes 5 active controls.
Mapped modules + verification programs
Identity Eligibility Module
Identity Verification Program
Confirms wallet-level eligibility before issuance or transfer is permitted.
Investor Classification Module
Accredited Investor Verification Program
Enforces investor-type restrictions for private and regulated offerings.
Geo Policy Module
Jurisdiction Verification Program
Applies cross-border and local constraints to issuance and transfers.
Lockup Module
Time-Lock Verification Program
Adds programmable lockups and unlock conditions.
Transfer Policy Module
Transfer Rule Verification Program
Checks holder and transaction constraints in real time.
Use Cases
Common instruments, mapped to reusable standard blocks
A shared model for business, legal, and technical stakeholders to align on implementation priorities.
Instrument Type
Typical Requirements
SSTS Mapping
Instrument Type
Private Equity
Typical Requirements
Accreditation, transfer restrictions, lockups
SSTS Mapping
Eligibility verifier + transfer-rule module + holding-period policy
Instrument Type
Tokenized Bond
Typical Requirements
Jurisdiction rules, coupon events, investor classes
SSTS Mapping
Jurisdiction verifier + corporate-action scheduler + class controls
Instrument Type
Fund Shares
Typical Requirements
Whitelists, subscription windows, redemption controls
SSTS Mapping
Identity verifier + issuance window module + redemption policy
Instrument Type
Revenue Share
Typical Requirements
Distribution cadence, holder snapshots, reporting consistency
SSTS Mapping
Snapshot module + payout action module + disclosure event hooks
For Developers
Ship faster with less custom-contract overhead
SSTS helps engineering teams launch compliant token flows quickly while keeping flexibility for future requirements.
- Shared baseline.
- Start from a stable core built for regulated assets.
- Policy extensibility.
- Attach new verification logic without forking the core.
- Production-ready resources.
- Use docs plus reference code to accelerate delivery.
Technical Entry Path
Implementation1
Review
Understand the standard and policy model through the documentation.
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Connect
Integrate the SSTS Core Program and Token-2022 controls into your stack.
3
Launch
Use reference patterns to ship a controlled pilot and expand with confidence.
Everything you need to evaluate and launch with SSTS: documentation, the SSTS Core Program, and the reference implementation.
Open Standard
Governance principles for long-term confidence
SSTS is designed to evolve as regulations, products, and market requirements change.
- Transparent Specifications
- Standard behavior is documented, reviewable, and independently implementable.
- Composable Upgrades
- New requirements can be added as modules rather than forcing full-system rewrites.
- Institutional Reliability
- Operational consistency is prioritized for issuers, custodians, transfer agents, and partners.
FAQ
Business and technical questions, answered clearly
Who is SSTS for?+
SSTS is designed for issuers, legal/compliance stakeholders, and engineering teams that need a shared standard for security token operations.
Why Solana instead of an EVM-first approach?+
For compliance-heavy assets, Solana provides high-throughput execution, atomic policy checks, and a single token primitive that reduces custom-contract risk.
Can requirements vary by instrument and jurisdiction?+
Yes. SSTS keeps the core standard stable while verification programs model local rules and investor constraints.
Where should teams start?+
Start with the documentation, then review the SSTS Core Program and reference implementation for your target instrument.
Does SSTS replace legal structuring and regulatory advice?+
No. Legal and regulatory decisions remain jurisdiction-specific. SSTS provides a consistent technical framework to implement those decisions on-chain.
Can banks, custodians, and transfer agents integrate with it?+
Yes. SSTS is designed as an open standard so external service providers can plug into one shared model instead of custom issuer-by-issuer contracts.
How does governance work as requirements evolve?+
The standard is intended to evolve through transparent specifications and modular upgrades, so new controls can be introduced without breaking existing operations.
Is this only for new issuances?+
No. Teams can also use SSTS as a migration target when modernizing legacy tokenization stacks or consolidating fragmented policy logic.
What does a first pilot typically include?+
Most teams begin with one instrument profile, a focused set of requirements, and a controlled distribution path to validate policy enforcement and operational readiness.
How quickly can technical teams get started?+
With the documentation and reference implementation, teams can stand up a controlled pilot quickly and then harden controls for production.
Get Started
Standardize your security token stack with SSTS.
Explore the documentation, review the open-source codebase, and align legal, compliance, and engineering on one shared standard.