Ingonyama Profile picture
Feb 13 12 tweets 9 min read
How #Zeroknowledge will Change Gaming Forever

New blogpost by @godstar28

TL;DR:

#ZKP can be implemented in #gaming in two key ways:

1. Multiplayer gaming architecture
2. Gameplay

1/12 🧵👇
2/12
Incorporating ZKP to gaming results in:

- Lowered costs
- Increased privacy protection
- Effective anti-cheat methods
- Enhanced scalability

How?
3/12
There are 4 ways online games are hosted today:

- Dedicated Game Server (Client-Server)
- Host-based #P2P
- P2P Hybrid
- #blockchain
4/12
Lower costs:

#zkproof can limit the quantity of sensitive data held on servers

This reduces the amount of computation the server manages, lowering expenses
5/12
#Privacy & Security:

ZKPs secure the veracity of data and game outcomes

This prevents data breaches, making these systems more efficient

Today, even #eSports suffers from cheaters:

fragster.com/the-top-10-che…
6/12
#Scalability:

ZKPs verify game actions & info shared in the network, rather than raw game data

This decreases data flow and operational costs --> increases computational yield
7/12
Now for the fun part: Gameplay use-cases

- First Person Shooter (#FPS)
- Massive Multiplayer Online Role Playing Games (#MMORPG)
- Gambling and Casino
- Strategy and Puzzle
8/12
First Person Shooter (#FPS):

#ZKP can enable verification of a player’s skill level, without revealing actual information

This provides a private method for determining skill level and helps prevent manipulation of the matching systems
9/12
MMORPG:

#ZKP can provide a more secure in-game #economy by allowing players to fully own their virtual assets

Zero-Knowledge Proofs will secure your in-game #Identity, inventory, communication and behavior
10/12
Gambling & Casino:

Casino and gambling games that use #ZKP provide a safe and fair gaming environment, with verifiably #Random results that are shielded from manipulation or tampering
11/12
#Strategy & Puzzle:

ZKP can be used to secure players' progress and high scores, while keeping sensitive information private

Strategy and puzzle games that include ZKPs enable players to share progress, without disclosing solutions
12/12
Specialized hardware dedicated to #zeroknowledge processing will become a necessity, as game developers design experiences that take advantage of Zero-Knowledge Proof capabilities

Full article here:

medium.com/@ingonyama/how…

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More from @Ingo_zk

Nov 3, 2022
1/ We've been working on Exactly that, for some time now. While the general idea is nice and correct...

Leveraging existing GPU mining infra to do ZK is in fact FAR from straight forward.

Time for a thread!🧵👇
2/ GPU mining was dominated by #Ethereum mining which is now, post merge, no longer possible.

So we came up with the idea of helping the community repurpose their GPUs for ZK compute a few weeks ago...

3/ ...and we got CRAZY demand.

Which took us completely by surprise! (surely, we thought, miners with tens of thousands of GPUs had a plan B for after the merge, right? well no.. but that's another story to tell)
Read 14 tweets
Sep 5, 2022
1/ Introducing Cloud-ZK: A Toolkit for Developing Zero Knowledge Proof Acceleration in the Cloud 🥳

TL;DR

Today we #opensource a new way to accelerate ZK. Using #FPGA. In #AWS cloud. Easy. Accessible. Cheap.

Read on, or check out the blog
Thread 🧵👇

github.com/ingonyama-zk/c… Image
2/
Zero Knowledge (ZK) technology is a fundamental building block for decentralized computing.

Its two main applications are privacy-preserving computation and verifiable computation.

Blogpost: medium.com/@ingonyama/clo…
3/
For specific types of ZK such as SNARK and STARK-based systems, additional properties include public verifiability, smaller proof sizes, and fast verification.

This makes these kinds of ZK perfect for use in blockchains for scalability and privacy purposes.
Read 17 tweets
Jul 21, 2022
Yesterday, @0xPolygon announced their Polygon #zkEVM , an EVM-equivalent ZK L2.

With the news, we see an opportunity to share some interesting data points on zkEVM.

Here are a few data points you might find interesting…🧵⬇️

Polygon’s zkEVM has a few modules:

- Proof of Efficiency Consensus Mechanism
- zkNode Software
- zkProver
- LX-to-LY Bridge
- Sequencers
- Aggregators
zkEVM Prover is the most complex part of the code.

zkEVM is mostly written in Go (Prover in C++) with some utilities in Javascript / Typescript
Read 8 tweets

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