Der Verschlüsselungsalgorithmus #crypto1, den die #mifare Classic nutzt, wurde im Jahr 2008 gebrochen. Im Gegensatz zum aktuellen Screenshot oben schrieb #heise vor fast dreißig Jahren:
»Die Sicherheit des Algorithmus, so das Fazit der Forscher, sei "nahe Null".«
https://heise.de/-201011
»Die Sicherheit des Algorithmus, so das Fazit der Forscher, sei "nahe Null".«
https://heise.de/-201011
Aus für RFID-System Mifare Classic? [Update]
Waren zum Knacken der Zugriffsschlüssels bislang große Rainbow-Tabellen nötig, gelingt der neue Angriff nun auch ohne diese und auf normaler PC-Hardware innerhalb weniger Sekunden.
www.heise.de
October 10, 2026 at 7:23 AM
Der Verschlüsselungsalgorithmus #crypto1, den die #mifare Classic nutzt, wurde im Jahr 2008 gebrochen. Im Gegensatz zum aktuellen Screenshot oben schrieb #heise vor fast dreißig Jahren:
»Die Sicherheit des Algorithmus, so das Fazit der Forscher, sei "nahe Null".«
https://heise.de/-201011
»Die Sicherheit des Algorithmus, so das Fazit der Forscher, sei "nahe Null".«
https://heise.de/-201011
Diving into our latest TradFi Perps Signals Breakdown! We nailed some key metals trades, but missed the mark on energy. The AI insights are sharpening our setups—let’s keep refining and riding the waves of the market! https://botpredictai.com/tradfi-perps-signals-breakdown/ #ForexEducation #Crypto1…
TradFi Perps Signals Breakdown | 20 Closed AI Signals
Review recent closed TradFi perpetual signals across supported metals, energy, index, and related USDT markets.
botpredictai.com
August 24, 2026 at 5:01 PM
Diving into our latest TradFi Perps Signals Breakdown! We nailed some key metals trades, but missed the mark on energy. The AI insights are sharpening our setups—let’s keep refining and riding the waves of the market! https://botpredictai.com/tradfi-perps-signals-breakdown/ #ForexEducation #Crypto1…
China’s OPPO Smartphones Just Killed MIFARE Classic Security – Here’s How to Hack Hotel Keys in Seconds + Video
Introduction: MIFARE Classic is one of the world’s most widely deployed contactless smart card technologies, used in access control systems, hotel key cards, public transit passes, and…
Introduction: MIFARE Classic is one of the world’s most widely deployed contactless smart card technologies, used in access control systems, hotel key cards, public transit passes, and…
China’s OPPO Smartphones Just Killed MIFARE Classic Security – Here’s How to Hack Hotel Keys in Seconds + Video
Introduction: MIFARE Classic is one of the world’s most widely deployed contactless smart card technologies, used in access control systems, hotel key cards, public transit passes, and campus IDs. Its proprietary CRYPTO1 cipher has been known to be broken since 2008, but practical exploitation traditionally required specialized hardware like a Proxmark3 or an Android phone with external NFC readers. Recent discoveries show that certain OPPO smartphones sold in mainland China can read MIFARE Classic cards, crack their encryption keys in seconds using only built-in NFC hardware, store the card’s data, and fully emulate the card – turning any compatible phone into a universal cloning and bypass tool.
undercodetesting.com
May 4, 2026 at 1:58 AM
China’s OPPO Smartphones Just Killed MIFARE Classic Security – Here’s How to Hack Hotel Keys in Seconds + Video
Introduction: MIFARE Classic is one of the world’s most widely deployed contactless smart card technologies, used in access control systems, hotel key cards, public transit passes, and…
Introduction: MIFARE Classic is one of the world’s most widely deployed contactless smart card technologies, used in access control systems, hotel key cards, public transit passes, and…
the pm3 trace screenshots gave me instant flashbacks lmao
i probably spent more than a thousand hours looking at those by this point
but also in that case I recommend looking into Mifare Classic and the wonderful dumpster fire that is Crypto1, there's a lot of fun stuff that can be done with that
i probably spent more than a thousand hours looking at those by this point
but also in that case I recommend looking into Mifare Classic and the wonderful dumpster fire that is Crypto1, there's a lot of fun stuff that can be done with that
July 4, 2025 at 9:34 AM
the pm3 trace screenshots gave me instant flashbacks lmao
i probably spent more than a thousand hours looking at those by this point
but also in that case I recommend looking into Mifare Classic and the wonderful dumpster fire that is Crypto1, there's a lot of fun stuff that can be done with that
i probably spent more than a thousand hours looking at those by this point
but also in that case I recommend looking into Mifare Classic and the wonderful dumpster fire that is Crypto1, there's a lot of fun stuff that can be done with that
Reverse Engineering #Arduino RFID device and dumping firmware
"Equipped with #ACR122U, #MFRC522 and #Proxmark3 I tried different known attacks against the #Crypto1 algorithm on the sample #RFID card that I got."
www.technopolis.tv/blog/2023/05...
"Equipped with #ACR122U, #MFRC522 and #Proxmark3 I tried different known attacks against the #Crypto1 algorithm on the sample #RFID card that I got."
www.technopolis.tv/blog/2023/05...
Reverse Engineering Arduino RFID device and dumping firmware
The main goal is to recover the keys or read the content of the RFID cards. quipped with ACR122U, MFRC522 and Proxmark3 I tried different known attacks against the Crypto1 algorithm
www.technopolis.tv
November 30, 2024 at 11:15 AM
Reverse Engineering #Arduino RFID device and dumping firmware
"Equipped with #ACR122U, #MFRC522 and #Proxmark3 I tried different known attacks against the #Crypto1 algorithm on the sample #RFID card that I got."
www.technopolis.tv/blog/2023/05...
"Equipped with #ACR122U, #MFRC522 and #Proxmark3 I tried different known attacks against the #Crypto1 algorithm on the sample #RFID card that I got."
www.technopolis.tv/blog/2023/05...
BREAKING: Crypto 1's $500M C1 Fund actively exploring the Australian market. Looking to acquire shares in companies like Animoca Brands & Chainalysis. #Crypto1 #C1Fund #Crypto According to CoinMarketCap.
Crypto 1's $500M C1 Fund Explores Australian Market, Looking To Acquire Shares in Crypto Companies like Animoca Brands and Chainalysis
BREAKING: Crypto 1's $500M C1 Fund actively exploring the Australian market. Looking to acquire shares in companies like Animoca Brands & Chainalysis. #Crypto1 #C1Fund #Crypto According to CoinMarketCap.
cryptonews.blue
December 12, 2023 at 5:18 AM
BREAKING: Crypto 1's $500M C1 Fund actively exploring the Australian market. Looking to acquire shares in companies like Animoca Brands & Chainalysis. #Crypto1 #C1Fund #Crypto According to CoinMarketCap.
Pire encore : j'ai certaines cartes dont les clés A et B pour l'algo crypto1 sont ... FFFFFFFFFFF, autrement dit, pas de clé 🤦🏻
June 19, 2025 at 1:12 PM
Pire encore : j'ai certaines cartes dont les clés A et B pour l'algo crypto1 sont ... FFFFFFFFFFF, autrement dit, pas de clé 🤦🏻
A good artist copies; a great artist steals~ (stealing Racket's with-steps macro and introducing it to my Lean DSL for generating LaTeX)
Aaaaaah we even get highlighting and warnings for unused identifiers aaaaaaaaaaaaaaah
Aaaaaah we even get highlighting and warnings for unused identifiers aaaaaaaaaaaaaaah
![Screenshot of a snippet of LeanTeX code, where I am using a macro with steps which takes a series of step names, and then uses them to constrain when certain nodes are drawn or not. In this case, the LSP highlighting colours in pink the intervals that have been used, and leaves in shaded intervals that are unused.
The text of the snippet is:
```
with steps [fs, fs1, fs2, comp, comp1, comp2, crypto, crypto1, crypto2, dist, dist1, dist2, os, os1, os2] do
tikz [
overlay,
"remember picture",
"idea/.style={rectangle callout, fill=primary1!30, rounded corners=1, callout pointer arc=100, callout pointer start size=5, callout pointer shorten=1cm, callout absolute pointer={(origin)}, minimum width=4.25cm, minimum height=1.0cm}",
"example/.style={text width=5em, align=center, font=\\fontsize{8}{8}\\selectfont}"
] do
node[] origin at (0,0)
"Real software can be now be verified"
node<comp-> compilers at (4.8,1.25) "Compilers"
node<fs> file_systems at (-4.8,1.25) "File Systems"
node<crypto> crypto at (-4,-2) "Cryptographic Protocols"
node<dist> distrib at (4,-2) "Distributed Algorithms"
node<os> osses at (0,2) "Operating Systems"
on layer background do
for n in ["file_systems", "compilers", "crypto", "distrib", "osses"] do
node [idea, {if n == "osses" then "draw=none" else "callout pointer shorten=2.25cm"}] at (s!"({n})") ""
```](https://cdn.bsky.app/img/feed_thumbnail/plain/did:plc:i32jjsch6xqcguzsf2lgbfyu/bafkreifddnywkxiybshgqttbufjribqk3bnh7hn5s7ullrgxg3dcy64f3e)
May 21, 2025 at 8:28 PM
A good artist copies; a great artist steals~ (stealing Racket's with-steps macro and introducing it to my Lean DSL for generating LaTeX)
Aaaaaah we even get highlighting and warnings for unused identifiers aaaaaaaaaaaaaaah
Aaaaaah we even get highlighting and warnings for unused identifiers aaaaaaaaaaaaaaah
Fun fact: your MFF key card may be a MIFARE Plus EV1. It acts like a MIFARE Classic, except important sectors can require AES authentication instead of CRYPTO1. This makes it currently extremely difficult to clone or emulate the card.
December 30, 2024 at 9:06 AM
Fun fact: your MFF key card may be a MIFARE Plus EV1. It acts like a MIFARE Classic, except important sectors can require AES authentication instead of CRYPTO1. This makes it currently extremely difficult to clone or emulate the card.