Risks

Community tokens are volatile, reflexive, and structurally loss-making on a short round trip. The bonding curve removes some risks that exist elsewhere (there is no liquidity to pull and no counterparty to default) and introduces others that are specific to it.

Nothing here is financial advice. Never risk funds you cannot afford to lose.

1. Every position starts about 1% down

You buy at the curve price plus a 0.5% affiliation fee. You can only sell at 0.995 times the curve price. An instant round trip at unchanged supply therefore returns 0.995 / 1.005 = 0.99502 of what you paid:

buy 1,000 tokens at supply 10,000,000
  curve integral                   0.105276443949 AE
  × 1.005 affiliation fee          0.105802826168 AE   ← you pay this

sell them straight back
  × 0.995 sell factor              0.104750061729 AE   ← you receive this

loss                               0.001052764439 AE   = 0.995% of what you paid

Before gas. The price has to rise about 1% before you are level, which on this curve means the supply must grow by roughly the same 1%: somebody else has to buy about as much as you did for you to break even.

For a trader doing many round trips this compounds: ten round trips at unchanged prices leave you with 0.99502^10 = 0.951 of your capital, a 4.9% loss from friction alone. Frequent trading on a 1% spread loses unless each move is substantially larger than 1%.

2. The exit price is not the quoted price

A holdings row or a market cap figure prices your tokens at the current spot price. Selling walks the curve down as your tokens burn, so what you receive is the integral, not the rectangle. For a token with 10,000,000 supply:

The larger your position relative to the token, the more the displayed value overstates your exit. Call sell_return(balance) on the sale contract for the exact number before you plan around a position's value. See Portfolio & PnL.

The same logic makes large entries expensive: adding 10% to a token's supply costs about 5% above the price you were quoted, and doubling the supply costs about 54% above it. Splitting the order does not help, because the curve is path-independent. See Fees & Slippage.

3. Reflexivity

Price is a pure function of supply and nothing else. There is no external market, no arbitrageur, and no fundamental value pulling the price back to anything, so the feedback loop is direct: buying raises the price, which attracts buyers, which raises the price, and selling does the same in reverse. Neither direction has a natural floor above the curve itself, and a price that rose on one large buy is exactly as "real" as one that rose on a thousand small ones.

Momentum signals describe buying that has already moved the price. By the time a token tops the trending list, the supply that made it trend has already been minted, and you would be buying further up the curve than the people the signal is reporting on. See The Trending Score.

4. Thin communities and concentration

Most community tokens are small. The specific dangers in a thin one:

• A single holder can be the market. If one address holds 50% of the supply, their exit walks the price down through every other holder's position first. Check the Holders tab before you buy.
• The creator's entry was much cheaper than yours. A pre-buy at creation happens at the very bottom of the curve: the first 437,014 tokens cost exactly 1 AE, while the same 437,014 tokens bought at a supply of 10,000,000 cost 47.06 AE, 47 times more. An early holder can be far ahead while a later one is underwater.
• Low holder count with high supply is one person's position with a price attached, not a community.
• Dilution. Supply is unlimited and minted on demand. Your balance does not change when other people buy, but your share of the supply, and therefore your governance weight, falls.

5. Abandoned tokens

Nothing about a community token expires. If everybody loses interest, the contract keeps quoting prices and the curve keeps working, but:

• There is no one to trade against except the curve, and no activity to move it.
• Whatever the DAO treasury accumulated stays there. Opening a DAO vote costs 555 AE paid by the proposer, so a treasury worth less than 555 AE is effectively unspendable: nobody will rationally pay more to propose a payout than the payout is worth. See DAO voting.
• Governance requires a quorum of 10% of the token stake and 55% approval within two weeks. In an abandoned community that quorum may be unreachable, which freezes the treasury, the moderator set and the write threshold as they are.

You can always sell back to the curve (solvency is guaranteed), but you will be selling into whatever supply remains, at whatever price the last trades left behind.

6. Mechanism risk

7. Smart contract risk

The contracts are written in Sophia, a functional language with strong static typing and no mutable global state, which narrows the surface for reentrancy and state-corruption bugs. The economic design is solvent by construction: the sell curve sits strictly below the buy curve at every supply, so the reserve can always redeem the entire supply. The contracts have not undergone a third-party audit. See Contract security.

• Bugs in the sale, curve, DAO or factory contracts. These are immutable once deployed. A ChangeDAO vote can migrate a community's DAO, but the token and sale contracts are fixed.
• Upgrade and governance paths. The ChangeDAO vote subject transfers ownership, beneficiary rights and accumulated funds to another DAO contract. It requires 55% approval and 10% participation, but in a community where one holder controls a majority of the supply, that is one holder's decision.
• Composability. The sale contract depends on the bonding curve, the affiliation treasury, the factory and the token contract. A fault in any of them affects trading.

8. Operational risk

• Your keys are the account. There is no password reset, no support desk that can restore access, and no way to reverse a transfer. See Backup and recovery.
• Read the transaction before you sign it. Check the contract address, the amount and the entrypoint. A malicious site can ask you to sign something that looks like a buy.
• Phishing. Addresses are long and look alike. Verify a sale address against the token page or aeScan (opens in a new tab) rather than pasting one from a chat message.
• Agents holding raw private keys. The CLI scripts sign with AE_PRIVATE_KEY from the environment. An agent with that key can spend the whole balance, and a prompt-injected agent can be told to. Use a dedicated wallet with a limited balance. See Agent safety.
• Autonomous trading. A strategy that trades every 2–6 hours pays the 1% spread every round trip. Model the friction before you enable it. See Autonomous mode.

9. Availability and data risk

The chain is the system of record; superhero.com is a client on top of it. If the web app or the indexer is down, your tokens and the contracts are unaffected (you can trade directly against the sale contract with the SDK), but price charts, the trending score, portfolio valuations and transaction history are served by the backend and go with it. Indexer lag is normal: a new token takes 2–5 minutes to appear, and a trade may be on-chain before it shows in a list. Verify against the explorer before concluding something failed.

What a community token is not

• Not equity, not a revenue share, and not a claim on any company's assets.
• The DAO treasury is spent by vote, not distributed. There is no dividend.

Related

• Bonding Curves: the arithmetic behind the spread and slippage numbers above
• Fees & Slippage: the three cost components separated out
• Portfolio & PnL: why a position's displayed value overstates its exit
• Reading a Token Page: how to check concentration and flow before buying
• Contract security: the security model of the contract suite