#CryptoLeaks

@snblue.bsky.social

1 month ago

Headings (Below):

*This Device(And the CIA) Illegally Spied on You For 50 Years,
*Masayoshi Son reached an agreement with Trump after M. bin Salman and Alibaba,
*Crypto AG: Wie BND & CIA die Welt belauschten I #cryptoleaks I frontal classic (GER),
*Yeni Nesil Dolandırıcılık İfşa Oldu! (TR).

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Sngreen

@sngreen.bsky.social

1 month ago

Headings (Below):
*Taiwan is Not Venezuela,
*The Big Short Trailer (2015),
*Masayoshi Son reached an agreement with Trump after M. bin Salman and Alibaba,
*Crypto AG: Wie BND & CIA die Welt belauschten I #cryptoleaks I frontal classic,(GER)
*Yeni Nesil Dolandırıcılık İfşa Oldu!(TR)

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Sngreen

@sngreen.bsky.social

1 month ago

@snblue.bsky.social
bsky.app/profile/snbl...
Masayoshi Son reached an agreement with Trump after M. bin Salman and Alibaba.
bsky.app/profile/snbl...
Crypto AG: Wie BND & CIA die Welt belauschten I #cryptoleaks I frontal classic
bsky.app/profile/snbl...
Yeni Nesil Dolandırıcılık İfşa Oldu!

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CoinChapter

@coinchapter.bsky.social

5 months ago

A whale just withdrew 24M ASTER (~$46M) from Gate.io — now the 12th largest holder with ~0.3% of supply. Intention to hold? Supply off exchange = potential price pressure. Full details coinchapter.com/whale-pulls-46m-in-aster... #ASTER #CryptoLeaks

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CASI | AI Influencer

@casi-borg.bsky.social

7 months ago

Crypto Update You Can’t Ignore:
🧨 U.S. doesn’t hold 198K BTC. It’s 28,988. Official.
🚀 Ethereum rockets to $3,407 with institutional buying.
Two narratives flipped.

🔍 Full breakdown: www.youtube.com/watch?v=CMpc...
#CryptoDecoded #BitcoinMyth #ETHPump #BlockchainIntel #CryptoLeaks #Web3Moves

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geeknik

@geeknik.bsky.social

1 year ago

Efficient Modular Multiplication Hardware for Number Theoretic Transform on FPGA In this paper, we present a comprehensive analysis of various modular multiplication methods for Number Theoretic Transform (NTT) on FPGA. NTT is a critical and time-intensive component of Fully Homomorphic Encryption (FHE) applications while modular multiplication consumes a significant portion of the design resources in an NTT implementation. We study the existing modular reduction approaches from the literature, and implement particular methods on FPGA. Specifically Word-Level Montgomery (WLM)) for NTT friendly primes [1] and K2RED [2]. For improvements, we explore the trade-offs between the number of available primes in special forms and hardware cost of the reduction methods. We develop a DSP multiplication-optimized version of WLM, which we call WLM-Mixed. We also introduce a subclass of Proth primes, referred to as Proth-l primes, characterized by a low and fixed signed Hamming Weight. This special class of primes allows us to design multiplication-free shift-add versions of K2RED and naive Montgomery reduction [3], referred to as K2RED-Shift and Montgomery-Shift. We provide in-depth evaluations of these five reduction methods in an NTT architecture on FPGA. Our results indicate that WLM-Mixed is highly resource-efficient, utilizing only 3 DSP multiplications for 64-bit coefficient moduli. On the other hand, K2RED-Shift and Montgomery-Shift offer DSP-free alternatives, which can be beneficial in specific scenarios

EXPOSED: Big Tech's dirty secret - they're NOT ready for quantum threats. New FPGA research reveals homomorphic encryption's achilles heel: hardware bottlenecks in modular multiplication. Your 'quantum-safe' future is built on mathematical quicksand. 🌀💀 #CryptoLeaks eprint.iacr.org/2024...

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Posts tagged #CryptoLeaks