Blockchain games will now have low energy transactions
Aleo and Forte have teamed up to introduce zero-knowledge-proof solutions to blockchain games to enable low-energy transactions. In San Francisco, Aleo was founded in 2019 and recently raised $200 million from investors Kora Management LP and SoftBank Vision Fund 2 to establish a platform for private blockchain games-based applications.
Now, it will collaborate with Forte, a blockchain game infrastructure startup that just raised $725 million, to include Aleo’s zero-knowledge proof technology to significantly increase its capacity to power blockchain-based economies in new and existing video games.
Forte will use the scalable architecture of Aleo to unlock new levels of gameplay and create more inclusive and engaging gaming ecosystems. To service an established, real-world use case, Forte is already using Aleo’s technology to mint, transfer, and exchange non-fungible tokens (NFTs) for in-game products inside numerous in-game economies.
Whether playing an old title or a new blockchain game, the Forte Platform allows developers to construct and operate games with token-based economies that are simple for players and fan groups to connect with. Forte gives developers the freedom and autonomy to establish in-game economies, improve customer experience, and expand the transfer of digital assets by incorporating Aleo’s robust Layer-1 scaling solution into its already extensive technical arsenal.
In a statement, Forte CEO Josh Williams said, “Aleo’s platform gives Forte access to the next generation of scaling solutions, which will be powered by zero-knowledge cryptography, and we look forward to integrating their technology to unlock the potential of cryptocurrencies in all forms of gaming communities.” “At Forte, our mission is to expand the gaming universe and introduce blockchain technology to new consumers.” Working with Aleo will assist us in accomplishing this.”
Aleo can support a high volume of microtransactions in Forte’s blockchain game ecosystem by using zero-knowledge cryptography in a new architecture known as a “rollup” to batch several transactions.
According to Wu, other technologies would be difficult, if not impossible, to recreate. Aleo allows developers freedom in constructing the next generation of decentralized apps (dApps) and enables real-world use cases that will define the next-generation web by being both totally private and fully programmable, according to the business.
Aleo is the only developer platform that allows you to create entirely private, scalable, and cost-effective apps. Aleo uses zero-knowledge cryptography to shift smart contract execution off-chain, allowing a wide range of decentralized apps to be created that is wholly private and scalable to thousands of transactions per second.
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Aleo, which is based on an open, public blockchain game, has all of the flexibility of Ethereum, but with a more scalable design in which miners don’t have to re-run every transaction, instead only verifying that they are correct. Aleo launched a successful incentivized testnet in anticipation of its mainnet launch next year, with over 10,000 people each downloaded and running a snarkOS node on Aleo’s network. Aleo employs 45 people.
The Importance of Proofs with Zero-Knowledge in Blockchain games
Aleo can make it possible for applications to execute on the blockchain confidentially. To grasp Aleo’s relevance, you must first get a blockchain. This transparent and secure digital ledger relies on a network of computers to authenticate the truth of data stored on a single computer. The data is confirmed if the distributed and immutable ledger validates the same across the network.
Non-fungible tokens (NFTs) employ blockchain to validate unique digital assets in games, and blockchains such as Ethereum have proven popular for hosting blockchain games with NFTs. However, when they use the network to verify every element in fun, such as who beat a boss or won a match, those blockchains can waste a lot of energy.
According to Wu, Forte is leveraging smart contracts, or programs, on the Ethereum blockchain to do a lot of rich logic for games.
“The fundamental difficulty with doing that kind of rich logic on-chain is that it bottlenecks the network for everyone,” Wu explained. “As a result, the value proposition for what we bring to the table is based on a technology called zero-knowledge proofs.”
“It’s a type of cryptography that allows for basically provable computations,” he continued. An application executes a piece of code, and you provide evidence that the result is the effect of that code. That enchantment allows you to skip and fast track a lot of steps that the network would otherwise perform for you.”
How blockchain games may save energy by using zero-knowledge proofs
By doing so, the game may use the company’s servers for things like producing in-game objects rather than consuming a lot of energy and money by operating it on the blockchain. Wu explained that you might take a complex concept, such as fighting a boss, and play out the full combat between your character and the adversary — but not on the blockchain. This consumes significantly less computational power and energy, but it may be less secure.
The blockchain game firm can keep a complete log or transcript of everything that happened throughout the process and only provide the final result along with the proof. The evidence is sent to the blockchain, and it may be verified by the network that verifies transactions on the blockchain. If everything checks out mathematically, you’ve completed the boss battle. That is, it can check the data’s accuracy without requiring the blockchain network’s host of computers to be turned on.
The blockchain game company can thus avoid recreating the complete sequence of events and simply accept the network’s ultimate decision.
Wu explained, “That’s a cryptographic magic trick that we use.” “At least in Forte’s case, the value is in doing that type of gameplay, but it’s exaggerated beyond all other aspects of the game.” The partners will enable player journeys, user stories, and various forms of events, as well as provide proof of correctness to the game firm.”