On this page13.1 Market Risk

CHAPTER 13

Risk Disclosure

위험 고지

Risk Disclosure

Every reader of this whitepaper must fully understand the risk factors set out below and make decisions in light of their own financial situation and risk tolerance. This risk disclosure is not exhaustive, and additional risks not stated in this whitepaper may exist.

13.1 Market Risk

01. Price volatility. Exchange AAG's price is determined by the market once it lists, and large price swings can occur over both the short and long term. APPM is a structure that pursues a price-support effect, but it does not guarantee price stability and does not promise a future price.

02. Thin liquidity. If exchange volume is not sufficient in the early period after launch, slippage can occur on large buys and sells. Trading may also become difficult for a time if a given exchange halts trading or its liquidity dries up.

03. A worsening competitive environment. The crypto payment card market is fiercely competitive, and market share can be affected by new entrants or aggressive policy shifts from incumbents.

04. Macroeconomic conditions. Macroeconomic factors — global interest rates, exchange rates, a broad downturn across crypto markets — can affect AAG's price and usage.

13.2 Technical Risk

05. Smart contract vulnerabilities. Every smart contract in this project goes through audit by a specialist firm, but there is no guarantee that an audit finds every vulnerability. If an undiscovered vulnerability is exploited, loss of funds can result.

06. Blockchain network risk. AAG is issued on BNB Smart Chain. Events such as a consensus mechanism failure, a 51% attack, or a hard fork on BNB Smart Chain can affect AAG's normal operation.

07. Oracle and external data dependence. Some mechanisms, including VWAP calculation and price linkage, depend on external data (exchange prices). If a data source errs, is manipulated, or stops, those mechanisms may not operate normally.

08. System downtime. A temporary failure in backend servers, the in-house swap engine, or a card infrastructure partner's systems can interrupt top-ups, payments, staking, and other services.

13.3 Operational Risk

09. Team operations risk. An accident involving key operators, their departure, or an error in decision-making can affect the project's progress.

10. Partner dependence risk. If an external partner — a card infrastructure partner, an on-ramp partner, an exchange — changes policy, ends a contract, or shuts down its business, service delivery can be affected.

11. Security incidents. A security incident such as a Treasury wallet hack, key exposure, or insider fraud can cause loss of assets. Ayla operates multiple safeguards but does not guarantee absolute security.

12. Regulatory change. Activity that is lawful as of the writing of this whitepaper may be restricted or prohibited in future by new regulation. A regulatory change in a particular jurisdiction can suspend service for users in that region.

13.4 Liquidity Risk

13. Reserve shortfall. If reserves fail to cover payment demand — through Treasury operating losses, a wave of large withdrawals, or an exchange hack — top-ups and payments can be restricted for a time.

14. Large vesting unlocks. When the vesting schedule releases a large volume of tokens, temporary sell pressure can drive the price down. APPM's top-up bonus buying is structured to offset part of this, but the effect can be limited in the early stage before the user base is sufficiently established.

15. Mass unstaking. If users request large-scale unbonding all at once — because staking reward rates fall, or because more attractive opportunities appear elsewhere — circulating supply can jump 21 days later and affect the price.

Worst case — weak user growth and weak staking at the same time

If cardholder acquisition falls short of the threshold (roughly 60,000, model estimate) and staking participation is also weak, APPM’s core engine cannot run at sufficient scale and the price-support effect can weaken.

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