Neurons Fund

The Neurons' Fund (NF) facilitates investments by the community in the Internet Computer (IC) ecosystem. This article explains the process of the Neurons' Fund (NF).

Background and motivation

• The success of the IC is dependent on the services built on the IC. Similar to Ethereum, it is envisaged that, in the long run, the value of services built on the IC will collectively be worth more than the IC itself.
• The NF introduces the concept of an NNS controlled treasury. The goals of this treasury are to aid the bootstrapping of the SNS DAO ecosystem, and later be able to re-invest in the continued growth of the ecosystem. The NNS will be the decision maker in choosing where its treasury or NF resources are to be invested. The NNS treasury can be extended in the future to support additional community-developed governance and fundraising frameworks (i.e. opportunities from these frameworks will also be featured in the Launchpad).
• To allow the NF to create this treasury NF neurons, i.e. NNS neurons flagged as NF, will expose their maturity to the risks the NF fund is taking when investing. Maturity of NF neurons will be reduced when the NF decides to make investments. At a later date NF neurons whose maturity was reduced will be rewarded with maturity increases, dependent on the success of the investments the NF has made.
• Involving the maturity of NF neurons instead of their stake in ICP minimizes the impact on the overall ICP tokenomics.
• Please note that anyone can also directly invest ICP tokens in an SNS via the decentralization swap.

Community fund process

The Neurons' fund (NF) process can be split into five phases: (1) joining the NF, (2) making an investment decision, (3) NF participating in the decentralization swap receiving SNS neurons, (4) participation in SNS governance, and (5) increasing maturity when SNS neurons dissolve. The following describes these five phases in more detail.

(1) Joining and leaving the NF

• Using a tick-box in the NNS front-end dapp, a neuron can join and leave the NF at any time, also while there are proposals with ongoing voting periods.
• NF neurons will expose their maturity to the risks the NF fund is taking when investing, as described in the following steps.

(2) Voting on investments

• The NF investment proposal is part of a proposal to create an SNS for a dapp. It is essentially a statement “Start the SNS and invest X ICP from the NF in the SNS decentralization swap”.
• As a consequence, all NNS neurons will vote on both the creation of an SNS for a dapp and on whether the NF invests in that dapp.
• If NF neurons opt out of the NF whilst an SNS proposal is open for voting, then the ICP amount the NF was proposed to make is reduced proportionally.
• If neurons opt in when an SNS proposal is open for voting, the ICP amount the NF invests in an SNS remains the same, but each NF neuron will participate with less maturity (proportionally decreased).

(3) NF participating in the decentralization swap

• If a proposal to create an SNS is adopted, the decentralization swap, where initial tokens of the SNS are swapped, starts. The CF participates in the decentralization swap.
• The maturity of CF neurons is reduced pro rata by an amount related to X as defined in the proposal.
• If the decentralization swap is successful, the NNS mints X ICP as specified in the proposal.
  • The SNS treasury receives the X ICP.
  • The NNS CF treasury receives SNS neurons corresponding to X ICP. This is provided as a basket of neurons with various dissolve delays for each participating CF neuron.
• If the decentralization swap is not successful, the maturity of CF neurons is increased again by the amount it was decreased by earlier.

(4) Participation in SNS governance

• Participation in voting on the SNS proposals is passed through to the CF neurons via hotkeys on the SNS neurons owned by the NNS. This means, that CF neurons are owned by NNS but permission is given to the principals that exposed maturity to CF neurons to vote on SNS proposals.
• The voting power of the SNS neurons is proportional to the amount of maturity exposed.

(5) Increasing maturity of CF neurons

• The NNS CF treasury holds SNS neurons & tokens in its treasury, to be dissolved and sold at its discretion.
• When a set of neurons from a decentralization swap of an SNS dissolves, the NNS determines the value of the dissolved SNS neurons. In the first stage, this is done by a proposal. In a later stage this could be done by pulling data from a DEX.
• The maturity of CF neurons whose maturity was reduced when an investment in a SNS-controlled dapp was made is increased by the amount determined by the NNS in the previous step. In the worst case this amount could also be zero.
• The NNS can sell the tokens from an SNS at a later point in time with the goal to maximize the swap price. After the NNS sells tokens from an SNS, the received ICP will be burned.