lambda0xE's profile picture. byzantine general & co-founder @octra

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@lambda0xE

byzantine general & co-founder @octra

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sometimes post all sorts of useful things here (mb it will help someone somehow) t.me/fold_left


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oh btw, we recently did an oversubbed $2m echo sale, bringing the total raised to $8m no need for fancy designed announcements, thanks to our friends @z00m3rf13d, @comfycapital_, @gametheorizing, @devops199fan and of course @cobie check your emails if you participated gmonad

Anyone that ever invested in a deal on Echo should be eligible for Monad airdrop. Sending instructions on how you can add your claim to their site shortly. Gmonad.



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math is magic


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chat we're trending strong cryptography makes the world a safer place

octra's tweet image. chat we're trending 

strong cryptography makes the world a safer place

in 1997, a message encrypted with 56-bit DES (data encryption standard at the time) was broken in 11 weeks using thousands of internet-connected volunteer computers the decrypted message was: "Strong cryptography makes the world a safer place."



strong cryptography makes the world a safer place

in 1997, a message encrypted with 56-bit DES (data encryption standard at the time) was broken in 11 weeks using thousands of internet-connected volunteer computers the decrypted message was: "Strong cryptography makes the world a safer place."



the network has just been updated at epoch 123954 and private txs will be available with the new scheme in an upcoming client, the current client no longer supports priv-env methods and is not able to send this type of txs

small minor update: in approximately two hours, the private tx transfer feature will be updated and will no longer be available (at all) on the previous client. the new client will be available (tentatively) late at night with a wider range of features: a much more secure…



small minor update: in approximately two hours, the private tx transfer feature will be updated and will no longer be available (at all) on the previous client. the new client will be available (tentatively) late at night with a wider range of features: a much more secure…

last call: accept all incoming private txs (about 60% of hashes are still pending), sign the envelope with the old client from the archive if you removed it, if this is not done, these tokens will be lost forever after the transition to the new priv tx mechanism, try to do this…



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dec 5, 2022 we've said it consistently for years: crypto will eventually do a full circle back to its original purpose of unstoppable "peer to peer version of electronic cash", as envisioned by satoshi in 2008

octra's tweet image. dec 5, 2022

we've said it consistently for years: crypto will eventually do a full circle back to its original purpose of unstoppable "peer to peer version of electronic cash", as envisioned by satoshi in 2008

Crypto is… Desperate gamblers chasing their first bag. Investors funding the buildout of the global casino. Bankers hypnotizing the masses to collect their vig. …all meaningless and ephemeral without the cypherpunks, who defend the dream of encrypted and unstoppable cash.



wow have never seen anything like it


last call: accept all incoming private txs (about 60% of hashes are still pending), sign the envelope with the old client from the archive if you removed it, if this is not done, these tokens will be lost forever after the transition to the new priv tx mechanism, try to do this…


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The Mathematical Way

octra's tweet image. The Mathematical Way

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“privacy” may not be the next mainstream narrative outside of crypto but “encryption”, “cryptography”, new approaches in both and new systems of coordination that they enable very well could

Code is free speech and encryption is the right to bear arms.



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POV: you're about to find out why senior devs spend weeks/months on database design.

Today I wrote 1000+ lines of code using @prisma . And literally it takes only 3hr to design the database. Now I am exhausted and I think I deserve some goodies

sachindev69's tweet image. Today I wrote  1000+ lines of code using @prisma . And literally it takes only 3hr to design the database. Now I am exhausted and I think I deserve some goodies


heads down working, will tweet after we ship some releases


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Agreed, learn C and assembly

DO NOT let your kids learn C++

vxunderground's tweet image. DO NOT let your kids learn C++


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I've read only one C++ book "Computational Geometry: Algorithms and Applications" by Mark de Berg, Otfried Cheong, Marc van Kreveld, and Mark Overmars Therefore, it's the only C++ book I can recommend.

ChShersh's tweet image. I've read only one C++ book

"Computational Geometry: Algorithms and Applications" by Mark de Berg, Otfried Cheong, Marc van Kreveld, and Mark Overmars

Therefore, it's the only C++ book I can recommend.
ChShersh's tweet image. I've read only one C++ book

"Computational Geometry: Algorithms and Applications" by Mark de Berg, Otfried Cheong, Marc van Kreveld, and Mark Overmars

Therefore, it's the only C++ book I can recommend.

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if you have unclaimed private transfers, you have to claim them now by running command [7] in pre-client private txs are currently only completed when claimed, and tokens will be lost forever after the transition to the new client this is the last call

octra's tweet image. if you have unclaimed private transfers, you have to claim them now by running command [7] in pre-client 

private txs are currently only completed when claimed, and tokens will be lost forever after the transition to the new client

this is the last call

сontinuing with yesterday's post, was able to determine that the number of leading zeros is always 3n + 4 - 1 (one less than the theoretical number), after all the zeros, there is not chaos, but structure (for all numbers from 64 to 1024) and the first bit after the zeros will be…

lambda0xE's tweet image. сontinuing with yesterday's post, was able to determine that the number of leading zeros is always 3n + 4 - 1 (one less than the theoretical number), after all the zeros, there is not chaos, but structure (for all numbers from 64 to 1024) and the first bit after the zeros will be…
lambda0xE's tweet image. сontinuing with yesterday's post, was able to determine that the number of leading zeros is always 3n + 4 - 1 (one less than the theoretical number), after all the zeros, there is not chaos, but structure (for all numbers from 64 to 1024) and the first bit after the zeros will be…

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