To avoid damage to sensitive equipment, a circuit breaker kicks in and switches off the line. Think of it like a power surge: when lightning strikes an overhead power line, the voltage in the line gets dangerously high. A DDoS attack is an attack specifically directed at the network, with the intent being to cause an overload and shut off the system's Internet connection. A DDoS attack, for those not in the know, stands for "Distributed Denial of Service" - but in reality it's just computer-security-geek-speak for "flooding a target with too much data" Does this mean that the game was hacked? No. A few of you speculated that this was due to a DDoS attack, to which I say this is completely correct. Beginning on Sunday, many of you noticed that the game went offline for a few hours. I haven't released any details earlier since the investigation was still ongoing - and I didn't want to give the attackers any advantage in knowing what we knew. I firmly believe that the players deserve to know what has happened this week. I'm writing this in the spirit of transparency regarding TTR's security. If you want the nitty-gritty (or you're simply in the mood for a story), read on below. TL DR: TTR is still safe and secure, and our "hackers" really are just all bark and no bite. "I'm posting this security report on behalf of /u/CFSworks, who doesn't yet have the 20 comment karma required to make a post in /r/Toontown. I was on my uber, when I saw Shockley and asked him if he knew about the security situation, this is how I found about the Reddit post. I just want you all to know that the, database and all that is safe, but here's what Shockley (one of the developers) posted on Reddit. You must deploy it to the server where you generated the CSR.As you all know Toontown Rewritten has been experiencing several "hacker" attacks from Lefty Lemozilla, etc. This results in the certificate being generated in the server.crt file. Openssl x509 -req -in server.csr -CA ca.crt -CAkey ca.key -CAcreateserial -out server.crt -days 1000 -sha256 Generate it using the following command line, where the server.csr has been generated on the server: Process the CSR by generating a certificate. server FQDN or your name) :John DoeĮmail Address a Certificate Signing Request (CSR) on the Root Certificate Authority (CA) Process the request by following the instructions below.įollow the same procedure as for the Server certificate, but you must adapt two attributes of the information you enter to your needs, namely the Common Name and the Email Address.Transfer the server.csr file to the Root CA.server FQDN or your name) :Įmail Address Enter a password into the prompt, using a password manager as well as a strong password generator is essential. For Example: Country Name (2 letter code) :USĬommon Name (e.g. Enter the information about the server certificate (the exact FQDN that is used by the server must be specified).This request will later be processed on the Root CA server. Generate the server Certificate Signing Request (CSR) using the following command line: openssl req -new -sha256 -key server.key -out server.csr.Every certificate must have a corresponding private key. Generate the Server Certificate Private Key using the following command line: openssl ecparam -name prime256v1 -genkey -noout -out server.key (256bit private key in the server.key file). It is recommended to use this last approach only if you must adhere to scripted deployments to follow CloudOps/DevOps practices. The alternative is to securely deploy the private key to the destination server at the same time as the certificate. These steps are usually performed on each server or device for which you intend to request a certificate. Organizational Unit Name (eg, section) :SecurityĬommon Name (e.g. Organization Name (eg, company) :Acme inc. Enter the information about the CA (the certificate will be generated in the ca.crt file): Country Name (2 letter code) :US.Generate the Root CA Certificate (Certificate Authority) using the following command line: openssl req -new -x509 -sha256 -key ca.key -out ca.crt.Generate the Root CA Private Key using the following command line: openssl ecparam -name prime256v1 -genkey -noout -out ca.key.Process a Certificate Signing Request (CSR) on the Root Certificate Authority (CA).Generate a Certificate Signing Request (CSR) – Client.Generate a Certificate Signing Request (CSR) – Server.Create the Root Certification Authority (CA).The command line is simply choco install openssl. On Windows, it is recommended to use Chocolatey to install OpenSSL and its dependencies.
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