RE: [Steem Rep] Update - September 2024 | AI-Comments | Tags | Trendings Scores
Was den Einsatz von KI auf Steemit betrifft bin ich, insbesondere nach diesem Kommentar, doch recht optimistisch. Evtl. gibt es einmal (auf Anfrage) KI-Kommentare, z.B. mit Verbesserungsvorschlägen zum Post oder einen Bot, der Anfängerfragen beantwortet. Nur zwei Gedanken.
Zur SEO-Geschichte, ich bin auf dem Gebiet nicht mehr am aktuellen Stand, denke aber, ein hive-123456
in der URL sollte nicht so dramatische Auswirkungen haben, weil die Überschrift im <h1>
Tag und auch in der URL vorkommt. Wenn die Überschrift passt sollte der Beitrag auch gefunden werden, bei Google war z.B. beim Suchbegriff "BTCBSC Scam" ein Beitrag von Steemit lange Zeit auf Platz 1, jetzt auf Platz 2. Wobei, natürlich, wenn URL's ohne hive-
möglich sind, wäre das sicher kein Nachteil.
Und ja, die Trending Scores - auch noch eine Baustelle, die beiden Ideen finde ich schon mal gut, damit wäre schon einiges gewonnen. Könnte mir noch eine zusätzliche Gewichtung nach Inhalt vorstellen, ein Bild ohne Text wäre z.B. nicht so trending :-)
(Offtopic: weiß du zufällig (ohne groß zu suchen) wie sich aus einem privat Key der entsprechende public Key berechnen lässt?)
Erstmal kurz zu der Key-Geschichte, da ich gerade auf dem Sprung bin:
In Python gibt es die Klasse
PrivateKey
mit der du den Public Key erhalten kannst.Da du ja eher in Javascript unterwegs bist, in SteemJS gibt es die Klasse ebenfalls. Damit habe ich aber bisher nicht gearbeitet. Das wird aber auch funktionieren.
Danke dir, das hilft mir schon mal weiter! (Nachdem 2 verschiedene KI's unbrauchbare Lösungen geliefert haben)
!DUBby 13%
So, hat etwas gedauert, im Urlaub hat man ja keine Zeit für nix ;-)
Weil "das Ding" serverseitig laufen soll und vermutlich nur für ein paar Tests gebraucht wird, hab ich einfach die Arbeit Phyton überlassen, ein kleines .py Script, dass die von dir verlinkte Klasse nutzt und von PHP aufgerufen wird.
Wunderbar, Ziel erreicht, danke für deine Hilfe!
Das hört sich doch gut an. :-)
Wusste gar nicht, dass PHP auch Python aufrufen kann...
Das ging mir irgendwie fast den ganzen Sommer so. Nix im Garten geschafft, es war immer viel zu schönes Wetter und wir am See :-))
I suspect the algorithm to do this is a closely kept secret so that the inverse can't be achieved.
What do you mean with "invers"? From Private to Public or from Public to Private?
The calculation of the public key from the private key must work, otherwise the whole system would not work. After all, it must be possible to check whether the entered private key matches the publicly known public key. Since the developer (naturally) has no access to the master key (from which all other keys could be determined), authorisation is only possible via the private/public route.
The reverse route, public to private, must not work of course, otherwise it would no longer be secret.
The reason I say is that it's a calculation... so if you can calculate the Public key from the Private and know the calculation to do so, then in theory, you should be able to adjust the variables within the calculation to prove the opposite.
E.g. a = b*c where a is the public key, b is a calc. and c is the private key would lead to c = a/b, therefore allowing us to calculate the Private Key from the Public.
I believe that there's an algorithm that exists linking one with the other, but if this is known in one direction, then the reverse will be calculable.
Of course, I could be wrong. My understanding of RSA is that there are a couple of prime numbers that define the algorithm (unique to each site) which if discovered would unlock every key.
There’s a post on the blockchain somewhere from one of the people who set up Hive about their algorithm. I struggle to understand RSA so I’m probably wrong.
Yes, it is a calculation, but the essential and decisive factor for cryptography is that the calculation can only be carried out in one direction with justifiable effort.
I've also read a lot about RSA, but I can't really explain it in detail :-)
Me too. It's frustrating. Read -> Understand -> Forget. Time after time.
The bottom line is that none of them can be reversed in a reasonable period of time until quantum computing comes along. In general, I think that the trusted encryption algorithms are open source, so I'm sure we could dig the details out in the code if we wanted to spend the time on it. From following Bruce Schneier's Blog for many years, I have the impression that closed source algorithms are the ones that shouldn't be trusted.
@cmp2020 and I were talking about this when he took a cryptography course last year. Apparently, ECDSA is vulnerable to quantum algorithms, so Bitcoin and Steem are going to have to deal with that in the foreseeable future (and many others, I assume).
I'm out of time, but one of the AIs could probably give us the algorithm to derive the public key from the private key with ECSDA (which, I think might be the one that's used for our Steem keys). As I understand, it is based on the geometry of repeated movements around an elliptic curve for some number of times.
Quantum computers are fascinating to me on the one hand and difficult to grasp on the other. I already have a problem imagining the theory of the undefined state. Let alone the realisation in computers. Exciting topic!
Cryptography is also exciting. I also assume that our keys are calculated using elliptical curves. Explaining this would be a useful task for AI.
Hey @moecki,
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It's an oversimplification - at best - but I think of a metaphor with positional notation.
For example, if I have a symbol, such as 10111100011101, it simultaneously has infinite potential values until I give it a base of representation. But, the moment I say that it's a base 10 number or a base 2 number or a base 8 number, it "collapses" to a single value.
So, I imagine quantum computations as something like classical computations that could operate on that symbol without fixing the base of representation. For example, splitting it or reversing it and so on. Every operation like that can produce an infinite number of answers after the base gets established.
Obviously, it's not at all what the quantum computer is doing, and I have no idea whether there are any useful operations to be done in my imaginary scenario, but at least it's a familiar concept that makes me feel better about the idea of "superposition" and computing with superimposed values.
This is extremely easy, without this we cannot verify the authenticity of keys. In the Steem blockchain, a private key is converted into a public key using Elliptic Curve Cryptography (ECC) on the secp256k1 curve. The private key is used to generate a point on this curve, which forms the public key. This public key is then compressed and encoded using Base58Check, a format that makes it shorter, human-readable, and includes error detection. The final public key starts with the prefix
STM
, allowing you to prove ownership without exposing the private key itself.Above code will print you public key for any given private key
It would be nice if the readers knew who exactly wrote this comment, but for your answer I'll send you our !DUBby 1%.
I did, wrote this comment. Do you want to know more about myself? or are you confused on something
Nun ja, dieser Such Term ist ja bei einer knappen Handvoll Ergebnisse nicht unbedingt eine Messlatte. Aber selbst den findest du bei BING irgendwo im Nirvana und bei meiner genutzten Suchmaschine Yandex noch weit hinter dem Nirvana.
Würde man Steemit oder einen anderen Kondenser zur Suchanfrage Kryptowährung oder dem beliebten Messlatten-Beispiel Lebensversicherung unter den Top 10 finden wäre das eine Ansage.
Den übelst manipulierten Ideologie Laden Giggle nutze ich sowieso maximal noch zum Vergleich. Das sind Welten und man wundert sich, was andere Searchengines da zu Tage fördern. Bzw merkt man zu was für einem Shithole Google verkommen ist. Da war ja der Yahoo Suchkatalog vor der Jahrtausendwende noch besser, als es die Suchmaschinen im heutigen Sinn noch gar nicht gab.
真利害