Risks

Technical Risks

• Smart contracts can contain defects despite testing.
• The token is not upgradeable and has no pause function.
• Incorrect recipient addresses used during deployment are permanent.
• Lost treasury or beneficiary keys can make tokens inaccessible.
• Standard ERC-20 approvals have known operational risks; an allowance may need to be set to zero before it is changed.
• Tokens sent to the token contract itself may become permanently locked.

Treasury and Governance Risks

• Multisig signers can collude, lose keys, or have their keys compromised.
• Treasury policies are a social process, not a mathematical guarantee.
• The vesting beneficiary role, and therefore economic rights to amounts not yet withdrawn, is transferable.
• A small number of participants constitutes centralized control even when a Safe is used.

Scientific Risks

• The results are workload- and platform-specific.
• Independent reproductions may produce different results.
• REIST can be slower for unsuitable workloads.
• The token must not create an incentive to withhold negative results or exaggerate measurements.
• Token ownership is not evidence of qualification or peer review.

Market and Use Risks

• The token may remain permanently worthless and illiquid.
• Third parties can create tokens with the same name or promote false addresses.
• Any later market may be volatile and susceptible to manipulation.
• There is no commitment to redemption, price, yield, or listing.
• The utility of a research-reward token is established only after real, verified contributions.

Legal and Tax Risks

Technical creation does not mean that a public offering, sale, or admission to trading is legally permissible. MiCAR, tax law, consumer protection, anti-money-laundering requirements, trademark law, and potentially other regimes may apply. The specific classification depends on the design, communications, target group, and actual use.