Rose @0xrosetteeee Twitter profile

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Rose

6 months

gm, our project ZkProof Portal won the @AvailProject Best appchain built with Avail DA at @ETHGlobal 's Scaling Ethereum Hackathon! Project Link: - 🏆 🛠️ 💻 cc:- @Karan1294728

ZkProof Portal | ETHGlobal

ZKProof Portal is a decentralized marketplace where developers can list zero-knowledge proof tasks and provers can bid to complete them.

ethglobal.com

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Rose

@0xrosetteeee

4 months

i’m happy to share that i'll be interning at @NethermindEth for the next 3 months.

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Rose

@0xrosetteeee

2 months

From getting rejected to finally becoming an official member of the Ethereum Protocol Fellowship Cohort 5!!🥺 I'm thrilled to announce that after contributing permissionlessly to the Ethereum protocol for 2 months, I've become an official member of EPF Cohort 5! 🥳🥳

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Rose

@0xrosetteeee

7 months

🎉 Thrilled to announce that our project built on @0xStackr , PointCaster, had an amazing run at @ethmumbai : 🌟 Finalist in EthMumbai Social category 🥇 First place in PurpleDAO track Project Link:

PointCaster | Devfolio

A tool for protocols to promote and gauge community engagment and cater to those who bet on them early through loyalty points

devfolio.co

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Rose

@0xrosetteeee

7 months

Had a blast last night at Micro Unification Dinner by @0xStackr and @AvailProject

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Rose

@0xrosetteeee

5 months

blr goes modular!🫡

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Rose

@0xrosetteeee

6 months

fuck endsems, fuck clg, i wanna go home

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Rose

@0xrosetteeee

5 months

Had an amazing time interacting and spending the day w the @StarknetIN team!✨

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Rose

@0xrosetteeee

3 months

already done w blr, i hate it here…. wanna go home so bad:/

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Rose

@0xrosetteeee

5 months

much needed after a week of corporate lyf:)

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Rose

@0xrosetteeee

2 months

Huge thanks to @joshdavislight and @TMIYChao for recognizing my efforts and providing this amazing opportunity!✨

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Rose

@0xrosetteeee

8 months

🎉Thrilled to announce that our team won the @AvailProject track prize in @ETHGlobal 's Circuit Breaker Hackathon! Our project PriviChainEx, enables interoperable private chains for trading tokenized assets using zkBridge. 🚀 with @0xpanicError

PrivChainEx | ETHGlobal

Our platform facilitates trading between tokenized assets using interoperable private chains with a ZK bridge, paving the way for a new era of secure and efficient financial transactions.

ethglobal.com

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Rose

@0xrosetteeee

4 months

exploring the nuances of Encapsulated vs systemic complexity in protocol design and here's the detailed breakdown:- Encapsulated complexity occurs when there is a system with sub-systems that are internally complex, but that present a simple "interface" to the outside.

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Rose

@0xrosetteeee

4 months

Here is the blog I wrote on PeerDAS. Give it a read: PeerDAS: From EIP-4844 to Full Danksharding

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Rose

@0xrosetteeee

7 months

PointCaster is a tool that allows protocols to gauge their early contributors and reward them through a point system.

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Rose

@0xrosetteeee

7 months

Reached Mumbai for @ethmumbai

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Rose

@0xrosetteeee

6 months

ZkProof Portal is an order book for proof markets where developers request zkProofs, provers submit proofs for rewards. Collateral bids ensure quality, while ratings ensure reliability.

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Rose

@0xrosetteeee

3 months

@0xdhruva @0xOthentic @eigenlayer congratulations!

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Rose

@0xrosetteeee

4 months

Systemic complexity occurs when the different parts of a system can't even be cleanly separated, and have complex interactions with each other.

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Rose

@0xrosetteeee

4 months

@SahityaRoy07 @BuildOnStellar @riseinweb3 @onboardingclub @BLRxZo @ankraj2 @ChintanVatsaJha @anuxhya @anke_g_liu @tomerweller @StellarOrg gm

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Rose

@0xrosetteeee

4 months

@SamyakShah_18 @NethermindEth thanks!

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Rose

@0xrosetteeee

4 months

@Ugochi_Iyi @NethermindEth thanks!

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Rose

@0xrosetteeee

4 months

@200OKDeveloper @NethermindEth thankyou!!

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Rose

@0xrosetteeee

3 months

@dvcoolster @BLRxZo @onboardingclub thankyouuu

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Rose

@0xrosetteeee

4 months

How then do we navigate this tradeoff? At this point, it should be clear that encapsulated complexity is generally less risky. The complexity of a system doesn't solely depend on the length of its specification.

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Rose

@0xrosetteeee

2 months

@0xSamarendra thanks!

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Rose

@0xrosetteeee

6 months

@0xdhruva congrats ser

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Rose

@0xrosetteeee

2 months

@visionary_aamir thankyou ser!

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Rose

@0xrosetteeee

4 months

@AnshulKahar2729 @NethermindEth thanks, blockchain core dev

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Rose

@0xrosetteeee

4 months

where H is a hash function m is the message , k and K are the private and public keys. The true complexity is hidden inside the definition of the e function: elliptic curve pairings, one of the most difficult-to-understand pieces of math in cryptography.

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Rose

@0xrosetteeee

6 months

@kushagrasarathe congratulations ser

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Rose

@0xrosetteeee

4 months

@gideonjones_ @NethermindEth thanks!

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Rose

@0xrosetteeee

5 months

@suparnojit26 i agree!

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Rose

@0xrosetteeee

3 months

@0xAbix @ventalitan @lita_xyz @BrianSeong99 @adidshaft gm

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Rose

@0xrosetteeee

4 months

BLS signatures are technically complex but manageable when treating the e function as a black box, making them relatively simple. Conversely, Schnorr signatures have less overall complexity but involve more components that could interact unpredictably with external elements.

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Rose

@0xrosetteeee

4 months

@0xpeternguyen @NethermindEth thanks! i’ll be working in the area of eip4844.

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Rose

@0xrosetteeee

4 months

@iam_hasan_raja @NethermindEth thanks!

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Rose

@0xrosetteeee

6 months

@stakeingermany @AvailProject @ETHGlobal thankyou!

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Rose

@0xrosetteeee

4 months

Here is an example to explain this:- BLS signatures and Schnorr signatures are two popular types of cryptographic signature schemes that can be made with elliptic curves. BLS signatures appear mathematically very simple: Signing : 𝛔 = H(m)*k Verifying: e([1], 𝛔 ) = e(H(m), K)

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Rose

@0xrosetteeee

8 months

@0xSamarendra @AvailProject @ETHGlobal @0xpanicError thanksss:)

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Rose

@0xrosetteeee

4 months

Now, consider Schnorr signatures. Schnorr signatures rely only on basic elliptic curves. But the signing and verification logic is somewhat more complex:

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Rose

@0xrosetteeee

4 months

@tanmaytarte3 count me in

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Rose

@0xrosetteeee

4 months

For instance, a brief 10-line segment that interacts with every other part of the system can introduce more complexity than a 100-line function that operates independently like a black box.

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Rose

@0xrosetteeee

4 months

Deciding which type of complexity to prefer is a complex issue with no straightforward answers. The most practical approach is to moderately prefer encapsulated complexity, without overcommitting, and to rely on careful judgment in each particular scenario.

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Rose

@0xrosetteeee

3 months

@Arcsh7 congrats!

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Rose

@0xrosetteeee

4 months

While encapsulated complexity is generally preferred, it has its drawbacks. Bugs can arise in any code, and larger codebases almost guarantee bugs. Additionally, interacting with a subsystem in new ways can turn encapsulated complexity into systemic complexity.

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Rose

@0xrosetteeee

1 month

@KaranZUncapped Congratulations!🥳

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Rose

@0xrosetteeee

4 months