$GORA's utility:
-Pay for real-world (off-chain) data and computation on the Goracle network.
-Governance over the network.
-Staking to run a node runner/operator and receive rewards (from the protocol and consumers).
-Delegation to a node runner/operator to receive rewards (from the protocol and consumers).
-Provide on-chain liquidity.

Demand Drivers:
-An increase in the number of consumers seeking reliable, secure, and high-throughput off-chain data from a decentralized oracle provider like Goracle would drive demand for $GORA, as the token is required to pay for this service.
-An increase in the number of consumers requiring computational power from the network would drive demand for $GORA, as the token is required to pay for this service.
-An increase in fees generated (by providing data or computation) by the network would make running a node more desirable and would thus drive demand for $GORA, as the token is required to setup a node.
-An increase in fees generated (by providing data or computation) by the network would make delegating $GORA tokens to a node runner/operator more desirable and would thus drive demand for $GORA, as the token is required to delegate stakes in the network.
-An increase in network security (by an increased number of node operators/runners and/or delegators) would result in more demand for data and computation as it is more reliable and secure, and thus for the $GORA token.
-An increase in demand to govern the network can also drive demand for the $GORA token, as staking, delegating, or holding it is required to participate in governance.
-An influx of users, developers, and, by extension, dApps to the Algorand network could bolster the aforementioned demand drivers.
-An increase in use cases requiring real-world data could bolster the aforementioned demand drivers.

The value created by Goracle lies in its ability to provide developers and decentralized applications with real-world data that is fast (high throughput), reliable (accurate), and secure (tamper-proof). This real-world data can range from weather to event outcomes to price feeds, allowing a myriad of use cases to be fulfilled, such as borrowing and lending, insurance, and sports betting on the blockchain, among other things.

Value accrual to token:
-The network generates fees in $GORA from consumers that require real-world (off-chain) data and computation and passes them onto node runners/operators and their delegators.
-Node runners/operators also receive $GORA rewards from the protocol for behaving in line with the protocol rules and following consensus.

Value accrual to protocol:
-None; all fees generated get passed onto node runners/operators and their delegators.

The protocol generates revenue by allowing consumers to purchase real-world (off-chain) data and computations for a fee paid in $GORA. These $GORA token(s) are then distributed as revenue to node runners/operators (and, by extension, $GORA tokens delegated to that node runner/operator) who provided the data or computation (the node runner/operator has a higher chance of being selected to provide the data or computation based on the self-staked $GORA token amount and the $GORA token amount delegated to them, just like in any PoS blockchain, i.e., the higher the self-staked and delegated $GORA tokens, the higher the chance of being picked to provide data and/or computation).