kriptodh's profile picture. Web3 enthusiast | DeFi & LP enjoyer | Member of Jupiter Indonesia | Skilled yapper on Warden | Making money, no drama |

kriptodh

@kriptodh

Web3 enthusiast | DeFi & LP enjoyer | Member of Jupiter Indonesia | Skilled yapper on Warden | Making money, no drama |

kriptodh أعاد

trading is not for the weak, that's why you have never seen a gay trader.

ItsBione's tweet image. trading is not for the weak, that's why you have never seen a gay trader.

kriptodh أعاد

Catatan untuk Fase Akhir Bull Market 1/ Jangan DCA masuk. DCA bagus di awal siklus, tapi di akhir, waktu nggak di pihakmu. 2/ Keluar perlahan. Saat harga naik, jual bertahap. Jangan ngarep jual pas puncak—nggak ada yang bisa tepat. Amankan keuntungan. 3/ Fokus ke koin yang…

Take notes for the final phase of this bull market 1/ Don’t DCA in. Dollar-cost-averaging works early in a cycle. At the end, time is against you. If you’re late, you need conviction bets. 2/ DCA out. On the way up, scale out. Don’t dream about selling the exact top — nobody…



GM ALL FAM☀️ Can i get GM back? Big things are brewing… stay tuned.


Season 2 @wardenprotocol = your swap volume is your PUMP. Who’s ready for this? I’m already cooking up my swap moves to pump it hard.


Facts about @WardenProtocol Fact 27 SPEX Mechanism (II) Verifier Node: Catching Cheaters & Lazy Bois The Verifier node, instead of doing all the work itself, just randomly samples parts of the task (both midway results and the final output). Then it checks if those samples…

kriptodh's tweet image. Facts about @WardenProtocol
Fact 27

SPEX Mechanism (II) Verifier Node: Catching Cheaters & Lazy Bois

The Verifier node, instead of doing all the work itself, just randomly samples parts of the task (both midway results and the final output). Then it checks if those samples…

Facts about @WardenProtocol Fact 26 SPEX Mechanism (I) Efficient Solver-Verifier Model: Two Is Better Than One (Usually) SPEX runs on a slick, efficient Solver-Verifier model. You only need two nodes to make it work. Just a pair. The Solver node does the heavy lifting:…

kriptodh's tweet image. Facts about @WardenProtocol

Fact 26

SPEX Mechanism (I) Efficient Solver-Verifier Model: Two Is Better Than One (Usually)

SPEX runs on a slick, efficient Solver-Verifier model. You only need two nodes to make it work. Just a pair.

The Solver node does the heavy lifting:…


Facts about @WardenProtocol Fact 26 SPEX Mechanism (I) Efficient Solver-Verifier Model: Two Is Better Than One (Usually) SPEX runs on a slick, efficient Solver-Verifier model. You only need two nodes to make it work. Just a pair. The Solver node does the heavy lifting:…

kriptodh's tweet image. Facts about @WardenProtocol

Fact 26

SPEX Mechanism (I) Efficient Solver-Verifier Model: Two Is Better Than One (Usually)

SPEX runs on a slick, efficient Solver-Verifier model. You only need two nodes to make it work. Just a pair.

The Solver node does the heavy lifting:…

Facts about @WardenProtocol Fact 25 SPEX: Solving Existing Verification Flaws (III) Vs. TEE: Trusting Hardware? Nah, We Trust Crypto. Trusted Execution Environments (TEE)? Useful, sure, but they make you trust the damn hardware manufacturer. And guess what? Hardware's got its…

kriptodh's tweet image. Facts about @WardenProtocol

Fact 25

SPEX: Solving Existing Verification Flaws (III) Vs. TEE: Trusting Hardware? Nah, We Trust Crypto.

Trusted Execution Environments (TEE)? Useful, sure, but they make you trust the damn hardware manufacturer. And guess what? Hardware's got its…


Facts about @WardenProtocol Fact 26 SPEX Mechanism (I) Efficient Solver-Verifier Model: Two Is Better Than One (Usually) SPEX runs on a slick, efficient Solver-Verifier model. You only need two nodes to make it work. Just a pair. The Solver node does the heavy lifting:…

kriptodh's tweet image. Facts about @WardenProtocol

Fact 26

SPEX Mechanism (I) Efficient Solver-Verifier Model: Two Is Better Than One (Usually)

SPEX runs on a slick, efficient Solver-Verifier model. You only need two nodes to make it work. Just a pair.

The Solver node does the heavy lifting:…

Facts about @WardenProtocol Fact 25 SPEX: Solving Existing Verification Flaws (III) Vs. TEE: Trusting Hardware? Nah, We Trust Crypto. Trusted Execution Environments (TEE)? Useful, sure, but they make you trust the damn hardware manufacturer. And guess what? Hardware's got its…

kriptodh's tweet image. Facts about @WardenProtocol

Fact 25

SPEX: Solving Existing Verification Flaws (III) Vs. TEE: Trusting Hardware? Nah, We Trust Crypto.

Trusted Execution Environments (TEE)? Useful, sure, but they make you trust the damn hardware manufacturer. And guess what? Hardware's got its…


Facts about @WardenProtocol Fact 25 SPEX: Solving Existing Verification Flaws (III) Vs. TEE: Trusting Hardware? Nah, We Trust Crypto. Trusted Execution Environments (TEE)? Useful, sure, but they make you trust the damn hardware manufacturer. And guess what? Hardware's got its…

kriptodh's tweet image. Facts about @WardenProtocol

Fact 25

SPEX: Solving Existing Verification Flaws (III) Vs. TEE: Trusting Hardware? Nah, We Trust Crypto.

Trusted Execution Environments (TEE)? Useful, sure, but they make you trust the damn hardware manufacturer. And guess what? Hardware's got its…

Facts about @WardenProtocol Fact 24 SPEX: Solving Existing Verification Flaws (II) Vs. OPML: Simple AF Consensus And Optimistic Machine Learning (OPML)? It's all "assume it's correct" until someone challenges it, which can be a complex, latency-filled mess. Warden straight up…

kriptodh's tweet image. Facts about @WardenProtocol

Fact 24

SPEX: Solving Existing Verification Flaws (II) Vs. OPML: Simple AF Consensus

And Optimistic Machine Learning (OPML)? It's all "assume it's correct" until someone challenges it, which can be a complex, latency-filled mess.

Warden straight up…

Facts about @WardenProtocol Fact 23 SPEX: Solving Existing Verification Flaws (I) Vs. ZKML: Faster, Cheaper, No Headaches SPEX is throwing shade at existing verification methods. Zero-Knowledge Machine Learning (ZKML)? Yeah, it's private and correct, but right now it's super…

kriptodh's tweet image. Facts about @WardenProtocol

Fact 23

SPEX: Solving Existing Verification Flaws (I) Vs. ZKML: Faster, Cheaper, No Headaches

SPEX is throwing shade at existing verification methods. Zero-Knowledge Machine Learning (ZKML)? Yeah, it's private and correct, but right now it's super…


Facts about @WardenProtocol Fact 23 SPEX: Solving Existing Verification Flaws (I) Vs. ZKML: Faster, Cheaper, No Headaches SPEX is throwing shade at existing verification methods. Zero-Knowledge Machine Learning (ZKML)? Yeah, it's private and correct, but right now it's super…

kriptodh's tweet image. Facts about @WardenProtocol

Fact 23

SPEX: Solving Existing Verification Flaws (I) Vs. ZKML: Faster, Cheaper, No Headaches

SPEX is throwing shade at existing verification methods. Zero-Knowledge Machine Learning (ZKML)? Yeah, it's private and correct, but right now it's super…

Facts about @WardenProtocol Fact 22 SPEX (Statistical Proof of Execution): Core Innovation (II) Sampling-Based Verification: Cryptographic Truth Bombs SPEX is a sampling-based verified computation protocol that drops cryptographic guarantees about computational tasks. It's…

kriptodh's tweet image. Facts about @WardenProtocol

Fact 22

SPEX (Statistical Proof of Execution): Core Innovation (II) Sampling-Based Verification: Cryptographic Truth Bombs

SPEX is a sampling-based verified computation protocol that drops cryptographic guarantees about computational tasks.

It's…


Facts about @WardenProtocol Fact 22 SPEX (Statistical Proof of Execution): Core Innovation (II) Sampling-Based Verification: Cryptographic Truth Bombs SPEX is a sampling-based verified computation protocol that drops cryptographic guarantees about computational tasks. It's…

kriptodh's tweet image. Facts about @WardenProtocol

Fact 22

SPEX (Statistical Proof of Execution): Core Innovation (II) Sampling-Based Verification: Cryptographic Truth Bombs

SPEX is a sampling-based verified computation protocol that drops cryptographic guarantees about computational tasks.

It's…

Facts about @WardenProtocol Fact 21 SPEX (Statistical Proof of Execution): Core Innovation (I) Verifying Off-chain Computations: No More AI BS! The secret sauce behind Warden's verification layer is Statistical Proof of Execution (SPEX). This tech is built to tackle one of…

kriptodh's tweet image. Facts about @WardenProtocol

Fact 21

SPEX (Statistical Proof of Execution): Core Innovation (I) Verifying Off-chain Computations: No More AI BS!

The secret sauce behind Warden's verification layer is Statistical Proof of Execution (SPEX). This tech is built to tackle one of…


Facts about @WardenProtocol Fact 21 SPEX (Statistical Proof of Execution): Core Innovation (I) Verifying Off-chain Computations: No More AI BS! The secret sauce behind Warden's verification layer is Statistical Proof of Execution (SPEX). This tech is built to tackle one of…

kriptodh's tweet image. Facts about @WardenProtocol

Fact 21

SPEX (Statistical Proof of Execution): Core Innovation (I) Verifying Off-chain Computations: No More AI BS!

The secret sauce behind Warden's verification layer is Statistical Proof of Execution (SPEX). This tech is built to tackle one of…

Facts about @WardenProtocol Fact 20 Omnichain Asset Management (IV) DAO Treasury Management: Automate Your Crypto Kingdom Imagine a DAO, right? They can set up a Space for their treasury with Intents that automatically enforce super complex investment policies right there…

kriptodh's tweet image. Facts about @WardenProtocol

Fact 20

Omnichain Asset Management (IV) DAO Treasury Management: Automate Your Crypto Kingdom

Imagine a DAO, right? They can set up a Space for their treasury with Intents that automatically enforce super complex investment policies right there…


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