Public key cryptography Puns

Ofcourse the answer to this question may change based on the specific subfield. Yet, I was wondering some of the first places that come in mind in Europe when the topic is Public Key Cryptography.

As I recall, they're quite unbreakable.

I want to do key exchange via public chat channels in an online game that supports Lua plugins written in pure Lua 5.1.

Unfortunately I was not able to find anything useful in pure Lua 5.1. Just some basic RSA implementations that are way below any reasonable key size.

The only actually useful library I found was a curve 25519 NaCl implementation: https://github.com/philanc/plc/ but it's for Lua 5.3 and works with 64 bit integers and bitwise operators, so it won't work in 5.1.

I already spent a whole night trying to rewrite the above mentioned NaCl implementation to make it work in 5.1 but I failed because I am neither very experienced with Lua nor in elliptic curve cryptography.

Any advice and suggestions would be greatly appreciated!

I tried to make an experiment using public-key cryptography, I hope you guys like it and if any dev here your feedback is welcome.

Thank you.

https://medium.com/@michel.kansou/authentication-using-public-key-cryptography-with-nodejs-part-2-46dd1871611c

Introduction

Early November 2018, articles hit the news that EOS is "not a blockchain":

• Research: EOS is not a blockchain, it’s a glorified cloud computing service
• EOS Lacks The Most Fundamental Aspect of The Blockchain, According to Research Commissioned by ConsenSys
• Whiteblock completes industry's first EOS benchmark testing and blockchain investigation

The Research was comissioned by Consensys. From Consensys' homepage, we learn that

> ConsenSys is a global organism building the infrastructure, applications, and practices that enable a decentralized world.

If we have a look at the About Page, we learn that

> Our focus is on the ecosystem, the growth of the Ethereum network (emphasis mine), and global integration of the benefits of blockchain and tokenization.

The study was done by Whiteblock, the "Scalable Blockchain Testing Platform". If we have a look at the prnewswire press release, we learn that:

> Blockchain organizations such as Cosmos, Ethereum Community Fund, Amis, Maker DAO, IMToken, PlatON, Status, Loom Network, Coinfund, 1KX, Transference Fund, Web 3 Foundation, Grid+, MixLabs, Ledger Capital, Enterprise Ethereum Alliance, Google, Microsoft, ConsenSys and Bo Shen - Founding Partner of Fenbushi Capital & Cofounder of Bitshares, along with academic institutions such as Duke, USC, and MIT have committed to contributing resources to develop comprehensive reports based on Whiteblock's raw data (emphasis mine).

So at least a few pro-Ethereum entities have provided resources to Whiteblock. Can we expect impartiality from Whiteblock's research?

Additionally, if we have a look at the report, it was co-jointedly written by two scientist from Whiteblock and two scientists from Consensys:

https://www.screencast.com/t/8niRZaRScVJ

So we have the same party requesting an independent study of a concurrent blockchain and participating to the redaction off the final report. Conflict of interests, anyone?

About EOS and Cryptography:

EOS uses public key cryptograph

I Came across a problem on wikipedia on list of unsolved computer science problems and i don't think i quit understand it , I'm still new to cryptography does it mean that (Can public-key cryptography be impossible to break)

Do you plan to include Public-Key Cryptography.

The existing method is not strong enough, if you can't meet physically with the person you want to exchange emails.

The way you will use to agree on a Passphrase will be difficult, and also once the passphrase is known they wouldn't be any security to those emails sent.

The field of quantum-safe cryptography, also called post-quantum or quantum-resistant cryptography, aims to construct public-key cryptosystems that are believed to be secure even against quantum computers.

Need more information about this? Visit us on https://quube.exchange/security

p1 = 3092551601 and q1 = 3490383433. secret key is d1 = 10719928016004921607. How do you find the public key, e1?

Ive used the euler totient function to find (p-1)*(q-1) = 10794190867245091200. But Im not too sure where to go from there. All these numbers are doing my head in.

It doesnt help that Ive gotten like three different answers, and I dont know how to verify which answer is the correct one.

Any help appreciated.

Public key cryptography is essential in securing all Internet communications.

Need more information about this? Visit us on https://quube.exchange/security

Specifically two primes used to produce RSA key pairs.

Are your SSH sessions and configs secure? This post will tell you how to do SSH anno 2019 https://cryptsus.com/blog/how-to-secure-your-ssh-server-with-public-key-elliptic-curve-ed25519-crypto.html

So I was looking in r/personalfinance where it was posted that it is free to freeze your credit now. Someone made a comment that you wouldn't have to freeze your credit if you could verify your identity using Public Key Cryptography rather than just presenting simple identification numbers like SSN and facts about yourself like your birthday.

To me, the best I know of verifying your identity is two factor identification (3?). My username, my password, my phone - must be me! How does Public Key Cryptography work and how might we implement it to secure our finances?

The cofounder is tied to Whitfield Diffie https://en.wikipedia.org/wiki/Whitfield_Diffie, Inventor of public key cryptography (Diffie-Hellman) and 2015 Turing Award winner who is the advisor. He is a Turing Award winner basically a genius and geniuses dont invest/advise in shitcoins. Diffie-Hellman's code is (how the current internet runs as far as encryption goes relating to http:// and how servers, internet service providers and ip addresses communicate) it's good to see the man behind our current internet is behind a project to improve on his very own creation. In short he is the one that created the system for everyone to have access to the internet and not just the US government.

The development team is tied to NEO and ONT. Follow the money people thats how you win. ONT and NEO are 1 billion plus. This is sitting at 70 million market cap looks like an easy x10. More than likely coming to Binance soon because of the NEO/ONT connection.

It will have a platform to build apps and smart contracts but its main use is to allow everyone to incentivize their internet connection. So if someone with low connectivity or no connectivity in their area needs internet they will have to pay token holders in NKN in order to share faster. This is an easy to acheive use-case that millions of people would incentivize and they are ahead of schedule in development. Imagine getting paid to share your internet speed.

They are also not going to patent their tech it will open source in 5 days! They are also in talks with one of the largest cable companies in the US. This is a 1,4 trilllion industry.

The average ico nowadays is build a blockchain... transfer crypto p2p... create a token for a website that doesnt even need a blockchain. We now have something millions of people can use pretty much as soon as it is ready that wont be a hassle to get people to use. Adoption is very hard nowadays look at all the projects out on Mainnet with no use. NKN is as easy to use as downloading an app from Google Play and sharing your speed.

I want to understand how public-private key cryptography works, as the "it's easy to encrypt but hard for an attacker to decrypt even if they know the public key" part is confusing to me, and I think being able to do the math myself of a very very simple public-private key encryption method (as in so easy to crack that you can do it with pen and paper) would help me understand better.

Any ideas?

And if this isn't the right sub, would someone be able to point me in the right direction? Thanks. :)

How would society react to something like that occurring? Besides public key cryptography what other things would be affected? Is it possible to have the internet as we know it?

How does the public-private key system work? Why does it work?

Our field of quantum-safe cryptography, also called post-quantum or quantum-resistant cryptography, aims to construct public-key cryptosystems that are believed to be secure even against quantum computers.

Join the FIRST and ONLY Quantum resistant ecosystem. Join us on QUUBE today on https://quube.exchange/#