A scholarship foundation managing a $2 million endowment faces a familiar problem: traditional investment structures require intermediaries, custodians, and frequent audits to verify that funds remain intact and that distributions match grant agreements. The foundation’s board must trust a financial advisor, a brokerage, and an accountant to confirm what happened to the money. An alternative exists on the Solana blockchain, where a non-custodial wallet can hold assets, earn rewards through staking, and record every distribution in an immutable ledger that any authorized party can verify independently at any time.

Solflare, a non-custodial wallet designed exclusively for the Solana blockchain, was created by Dokia Capital as the first wallet built specifically for SOL management and staking. Rather than requiring a foundation’s treasurer to learn command-line tools or delegate custody to an exchange, Solflare provides a browser extension and mobile application that handle staking, token transfers, and reward claims through an intuitive interface. The wallet eliminates intermediaries from the staking process itself, though it does not eliminate the need for sound governance, multi-signature approval, and clear procedures for how rewards are claimed and scholarships are funded. For nonprofit boards accustomed to traditional finance, this represents a fundamentally different transparency model: one where the blockchain itself serves as the audit trail.

Why non-custodial staking matters for endowment governance

Traditional endowment management concentrates decision-making authority in a small number of institutions. A foundation deposits funds with a custodian bank, which delegates investment management to an advisor, who may sub-delegate to other managers. Each layer creates an opportunity for miscommunication, fee extraction, or access delays. More importantly, the foundation loses direct visibility into asset movements. The custodian reports balances quarterly or annually, and the foundation relies on auditors to verify that the numbers match reality.

A non-custodial wallet reverses this structure. The foundation controls its own private keys, either directly through secure hardware storage or through multi-signature accounts that require approval from multiple board members. Every transaction appears on the Solana blockchain in real time, visible to anyone with an address. When the foundation stakes SOL to a validator, the staking account is created on-chain. When rewards are claimed, the transaction is recorded. When a scholarship is distributed to a recipient’s wallet, the payment appears in the blockchain’s permanent record. None of these actions depend on an intermediary’s willingness or availability.

This transparency creates a powerful governance tool. The foundation’s treasurer, audit committee, and board members can each verify the wallet’s balance and transaction history independently without waiting for a custodian’s report. A donor who contributed funds can trace where those funds went. A scholarship recipient can confirm that their payment was received. The blockchain becomes a shared source of truth that does not require trusting any single institution. This is not to say that blockchain-based endowments eliminate the need for board oversight or financial controls. Rather, they replace intermediary-mediated trust with cryptographic verification and on-chain transparency.

Solflare simplifies this model by providing an interface designed specifically for SOL and Solana-based tokens, eliminating the steep learning curve that command-line tools imposed on earlier adopters. The wallet’s staking interface shows validators, their historical performance, commission rates, and reward projections, allowing a foundation to make informed staking decisions without technical expertise. The web extension works on Chromium-based browsers including Chrome, Brave, and Edge, ensuring broad compatibility across the devices a foundation’s officers might already use.

Setting up a foundation wallet with multi-signature controls

A foundation’s first governance decision is how many signatures are required to move funds. A single individual holding the wallet’s recovery phrase creates obvious risk: illness, loss, or unauthorized access could result in the loss of the entire endowment. A Solana program account can enforce multi-signature controls, requiring approval from a specified number of authorized signers before any transaction executes. This is a software-based governance mechanism, not a network-level feature, but it remains enforceable and auditable on-chain.

The practical setup typically involves creating a multi-signature account using a program such as Squads, which operates as a Solana native program and allows a foundation to designate signers, configure approval thresholds, and maintain a transaction history. The foundation could specify that two of three board members must approve any transfer above a certain amount, that three of five signers must authorize staking changes, and that all disbursements to scholarship recipients require sign-off from both the treasurer and the grants committee chair. Each approval is recorded on-chain, creating an immutable audit trail.

To initialize the multi-signature account, the foundation must designate seed holders: individuals who receive encrypted copies of the recovery phrase under secure conditions. These individuals do not need to be board members, but they should be trusted long-term stakeholders with geographic and institutional diversity. A foundation might designate the treasurer, the finance committee chair, and an external advisor as the three seed holders, ensuring that no single person can access the wallet unilaterally and that the loss of one individual does not make the wallet permanently inaccessible.

Solflare integrates with Ledger and Keystone hardware wallets, which can further secure the signing process by ensuring that private keys never touch an internet-connected device during transaction approval. A board member could authorize a scholarship disbursement by connecting their hardware wallet to a computer, reviewing the transaction details on the device’s screen, and pressing a physical button to confirm. This hardware-backed approval process adds friction compared to clicking a mouse, but that friction is precisely what prevents accidental or unauthorized transfers of large sums.

How staking rewards accumulate and compound

Solana’s staking mechanism differs from traditional interest-bearing accounts in one essential respect: the foundation does not receive periodic interest payments. Instead, the stake account accumulates rewards as the validator to which it is delegated participates in the network’s consensus process and earns epoch rewards. An epoch on Solana lasts approximately 2 to 3 days. At the end of each epoch, the validator receives new SOL tokens as compensation for securing the network, and those rewards are distributed among delegators in proportion to their stake.

The foundation’s treasurer can view accumulated rewards within Solflare by examining the staking account’s details. The wallet shows the current stake amount, the selected validator, projected annual yield based on recent performance, and the epoch at which rewards will next be claimed. Importantly, the rewards remain on-chain; they are not held by any intermediary pending withdrawal. They simply accumulate in the staking account until the foundation decides to claim them.

Claiming rewards requires a transaction that moves the newly earned SOL from the staking account to the wallet’s primary account or to a designated distribution address. Solflare presents this as a straightforward button click, but behind that interface, the transaction interacts with Solana’s staking program to verify the validator’s reward distribution and confirm the foundation’s ownership of the stake. Once claimed, rewards can be immediately re-staked, transferred to scholarship recipients, or held in liquid form for other purposes.

The compounding effect is material at scale. A $2 million endowment staked at a current annual yield of approximately 6 to 8 percent (rates vary based on network conditions) generates between $120,000 and $160,000 in annual rewards. Over time, as those rewards are re-staked, the endowment grows without requiring additional contributions. The foundation’s board can establish a policy determining what portion of rewards are disbursed as scholarships and what portion remains staked to grow the endowment’s principal. This policy becomes enforceable through multi-signature requirements, so any deviation from the approved distribution requires explicit board approval recorded on-chain.

Creating immutable scholarship distribution records

A scholarship award traditionally involves paper documentation: a letter from the foundation confirming the amount and terms, a receipt from the recipient, and a file in the foundation’s office. If records are lost or disputed years later, the foundation relies on organizational memory and archived documents. A blockchain-based distribution creates an alternative: the scholarship itself can be encoded as a transaction, with the recipient’s wallet address, the amount of SOL transferred, the date, and any attached metadata (such as an award letter or program identifier) all recorded in the transaction’s memo field or associated with the transaction’s signature.

When a foundation decides to award a $5,000 scholarship, it first converts the SOL amount at the current exchange rate or fixes an SOL amount that approximates that value. The foundation then creates a transaction in Solflare sending that SOL to the recipient’s wallet address. Before the transaction is broadcast, the multi-signature approval process engages: the treasurer and grants committee chair each review the recipient’s name, the award amount, and the destination wallet. Once both have approved, the transaction is sent to the blockchain and settles within seconds.

From that moment forward, the award is immutable and auditable. The recipient can confirm receipt in their own wallet. An auditor can query the blockchain to verify that the foundation sent the funds. The foundation maintains a record linking the on-chain transaction signature to the recipient’s file. Five years later, if the recipient claims they never received the award or if the foundation needs to verify its grant history, both parties can point to the blockchain as the authoritative record. Unlike a paper letter or an email, the blockchain record cannot be lost, altered, or disputed based on different interpretations of what was promised.

This model also simplifies cross-border scholarships. If a foundation awards funds to a student in another country, the recipient can receive the SOL directly in their own Solana wallet without requiring a bank account, navigating wire transfer fees, or waiting for international clearance. The foundation can verify the payment was received and the recipient has immediate access to the funds. SPL-standard tokens, which Solflare fully supports, could even encode the scholarship terms themselves through token-gated conditions, though that level of automation is optional and suitable only for foundations with technical staff or external development resources.

Audit and compliance considerations

The blockchain’s transparency creates new audit capabilities but does not eliminate the need for traditional audit procedures. A foundation’s external auditor should verify that the wallet addresses listed in financial statements correspond to the actual on-chain accounts, that staking rewards are properly calculated and recorded, and that scholarship disbursements match board-approved grant decisions. Rather than requesting bank statements from a custodian, the auditor can query the Solana blockchain directly to confirm balances and trace transaction history.

Tax treatment of staking rewards remains a jurisdiction-dependent question that the foundation should address with qualified tax counsel. In the United States, the IRS has provided limited formal guidance on cryptocurrency staking, but most tax professionals treat staking rewards as ordinary income when received, valued at the SOL price on the date the reward is claimed. The foundation’s finance team should maintain detailed records of reward dates, SOL prices, and corresponding dollar values to support tax reporting and audit documentation.

Regulatory considerations vary significantly by jurisdiction. A foundation operating in a state with strict cryptocurrency-related financial regulations should consult legal counsel to ensure compliance before initiating a blockchain-based endowment structure. Some states have updated their regulations to accommodate digital assets; others have not. Insurance coverage for digital asset holdings is also emerging but remains specialized; the foundation should confirm with its insurance agent that endowment assets held in a Solana wallet are covered under its existing policies or obtain supplemental coverage if needed.

Documentation standards matter for audit purposes. The foundation should maintain a governance document that specifies how many signatures are required for different transaction types, who the authorized signers are, how staking decisions are made, and how scholarship distributions are approved. This document serves as the foundation’s control framework, similar to an investment policy statement for traditional endowments. When the board updates these policies, the updated document should be dated and filed, creating a time-stamped record of policy changes. Some foundations maintain these documents on-chain through Solana’s metadata programs, adding another layer of transparency.

Choosing validators and managing staking concentration

When a foundation stakes SOL through Solflare, it must select a validator to which to delegate its stake. The validator is a network participant that runs Solana’s consensus software, validates transactions, and produces blocks. In return, validators receive rewards that they distribute to delegators. Solflare displays a list of active validators with commission rates, historical uptime, and projected yields. A foundation should not automatically choose the validator with the lowest commission; uptime and network participation quality also matter.

An important governance practice is diversifying staking across multiple validators rather than concentrating the entire endowment with one operator. If the chosen validator experiences downtime or is subject to network removal due to misconduct, the foundation’s rewards and participation are affected. By staking portions of the endowment to three or five different validators with strong historical performance records, the foundation reduces the risk that any single validator’s failure significantly impacts reward generation. This is a software-level decision, not a network requirement, but it represents prudent risk management.

Solflare’s interface allows the foundation to create multiple stake accounts and delegate each to a different validator. The wallet tracks each account separately, showing stake amounts, rewards, and validator assignments. The foundation’s treasurer can rebalance across validators periodically—for example, moving stake from a validator whose commission has increased to one offering better terms, or reallocating to improve geographic or operational diversity among chosen validators.

Documentation of validator selection criteria should be maintained as part of the foundation’s staking governance policy. The criteria might specify minimum uptime requirements, maximum commission rates, geographic distribution targets, and the process for monitoring validator performance. By establishing these criteria in advance and recording them in board minutes, the foundation ensures that staking decisions are made systematically rather than ad hoc, and that future boards can understand the reasoning behind earlier choices.

Integrating Solflare with grant management workflows

A scholarship foundation’s workflow typically involves application periods, review processes, award decisions, and fund distribution. Solflare can be integrated into this workflow at the distribution stage, but integration requires clear processes and role assignments. The foundation might designate the executive director and board treasurer as the two signers required to approve scholarship disbursements, ensuring that neither individual can unilaterally transfer funds. The grants committee reviews applications and recommends awards, the board formally approves the recommendations, and then the executive director and treasurer jointly approve the on-chain transfer.

This structure creates a separation of duties: the committee that reviews applications is distinct from the individuals who authorize payment, preventing conflicts of interest and ensuring independent verification. The blockchain’s immutable record ensures that no one can later claim that a scholarship was not actually disbursed or that a different amount was sent.

Some foundations using the official Solflare site have developed additional governance layers by using token-based voting. A foundation could create an SPL token and distribute it to board members, allowing the token holders to vote on scholarship recommendations through on-chain voting programs. The actual disbursement still occurs through Solflare’s standard transaction interface, but the voting record is similarly transparent and auditable. This is an advanced implementation, suitable for foundations with technical capability or external development support, but it demonstrates how blockchain tools can enhance democratic governance in nonprofit settings.

For foundations without technical staff, a simpler approach remains viable: use Solflare to manage the endowment balance and execute the approved disbursements, while maintaining traditional governance processes (board meetings, committee reviews, documented decisions) for the approval stage. The transparency and audit benefits of blockchain staking and distribution remain available even without automating the entire governance process on-chain.

Managing operational and security risks

A foundation managing an endowment in a non-custodial wallet must implement security procedures that traditional institutional structures delegate to professional custodians. This includes secure storage of recovery phrases, regular verification of wallet balances, monitoring for suspicious activity, and documented access controls. If the wallet’s recovery phrase is compromised, an attacker could drain the entire endowment without leaving any internal record of wrongdoing; the blockchain would show a legitimate transaction, but to an unexpected address.

Best practices include storing the recovery phrase in a physical safe kept at the foundation’s office, with a second copy in a bank safety deposit box and a third with the external advisor. The foundation should establish a policy requiring that no individual ever has access to all three copies. Board minutes should document the locations where recovery phrases are stored, the names of individuals with access to each location, and the procedures for emergency recovery if one seed holder becomes unavailable.

Regular balance verification is another essential control. The treasurer should check the wallet balance weekly through Solflare and compare it to the recorded endowment value in the foundation’s accounting system. Discrepancies should be investigated immediately. The foundation should also maintain a transaction log documenting when staking rewards are claimed, when distributions occur, and any changes to validator delegations. This log becomes part of the audit documentation and helps detect unauthorized or erroneous transactions.

Hardware wallet integration adds a layer of protection for sensitive operations. By requiring that scholarship disbursements be approved through a Ledger or Keystone device, the foundation ensures that the private key itself is never exposed to a potentially compromised computer. This is particularly important for large transfers. An employee’s laptop could be infected with malware that monitors for Solflare activity; that malware could not extract the approval if the approval happens on an isolated hardware device.

The long-term case for blockchain-based nonprofit endowments

The immediate appeal of blockchain endowment management is operational efficiency: faster distributions, transparent records, and elimination of intermediary fees. Over a 20-year endowment lifetime, the compounding effect of reduced fees and simplified operations can be substantial. A foundation avoiding custodian fees (typically 0.25 to 0.50 percent of assets annually) preserves hundreds of thousands of dollars that can be allocated to scholarships instead.

The deeper appeal is governance alignment. A blockchain-based endowment creates objective verification that the foundation is operating as intended. Donors, beneficiaries, regulators, and board members can independently verify that funds are being used as committed, that rewards are being claimed and reinvested, and that scholarships are being disbursed according to policy. This transparency builds trust in a way that quarterly audit reports, no matter how thorough, cannot fully achieve.

This does not mean that every nonprofit should immediately transition endowments to blockchain structures. Foundations with small endowments, limited technical capability, or regulatory concerns should proceed cautiously. Foundations with significant assets, sophisticated governance structures, and the capacity to implement robust security and operational procedures can derive meaningful benefits from non-custodial staking through Solflare and similar tools.

The model also applies beyond endowments. Scholarship funds held in trust, donor-advised funds, grant-making organizations, and other nonprofit structures with transparent distribution requirements can adopt similar approaches. As blockchain infrastructure matures and regulatory frameworks clarify, nonprofit board members and finance staff will increasingly face decisions about whether to pilot these systems for new funding streams or to transition existing structures. The foundation that understands both the technological capabilities and the governance requirements will be positioned to make that decision confidently.