> No one could take them away from you
The DAO fork.
Sorry, but the Etherium team/chain/community has no credit when it comes to irreversibility.
The DAO fork.
Sorry, but the Etherium team/chain/community has no credit when it comes to irreversibility.
But I don't buy this argument for video games. Most of the game code ought to live outside of the blockchain and that non-blockchain code/art would be difficult to reproduce let alone subject to copyright claims or closed source.
Another random video game thought: Would item storage on blockchain mean that every player could see the inventory of every other player?
It's worth noting that you can achieve semi-privacy through either on-chain/off-chain hybrids, as well as some other emerging efforts.
One example I've been playing around with is to use the multi-address approach:
In your database each "player" consists of multiple addresses each which are OR-multi-sig wallets, for various inventory elements and stats.
When they log in via a system like metamask, their main wallet (PlayerID) is unlocking an account which in your games database (off-chain) ties together another set of "master wallets" together with you've given the player private keys for - for each item, or each set of X items, in the players inventory you are setting up a new smart contract that is a OR-multi-sig wallet.
For this wallet, which holds the item, there are two possible signatories the first being the game's main contract, so that the game can add/remove items from players based on game events, and then one of the players private keys.
While you'd likely need a custom fork of metamask to handle the multi-key environment, you've made a system where:
* Player's inventory cannot be know from one private address.
* Player's retain full control over the items.
* Player's have private key access to the items in case the service goes down.
* You store player data off-chain, but in a way that your service is not crucial to the game.
* Player assets can be traded off-game without updating the game service.
* Data about individual items is still public, and does not need to be obscured, oraclized or stored off chain.
The current blocker isn't any specific blockchain technology, but just having a good multi-key management UI for users.
Every participant has the choice to stick to the old protocol or use the new one. Or use both.
If I create a Bitcoin fork tonight and somebody buys 0.1 Bitcoin from me in the forked chain, what's wrong about that? The price of Bitcoin my forked chain would obviously be another matter.