21-06-26, 04:27 AM
Hi Evveryone, We Are Orcinus Orca
For the past 15 years, your secure applications have confidently embedded libsodium, believing it was completely impenetrable.
Today, I am bringing you a harsh reality check. Below is the Remote DoS PoC exploit for the crypto_box_open_easy function. Try passing boundary values at the absolute ceiling of the system, such as SIZE_MAX or SIZE_MAX-1, and watch your backend servers commit immediate suicide via SIGSEGV :D
Alongside this, the package includes a fresh batch of 10 new 0-day vulnerabilities, featuring a critical Heap Out-of-Bounds (OOB) Read and a fully functional Nonce Reuse Exploit working seamlessly across both cryptographic libraries.
What else is there to say? 10 zero-days :D
Absolute security is a myth anyway :D As far as we're concerned, 'secure' or not, it all breaks the same :D
Spend a lifetime optimizing complex elliptic curve mathematics, only to get one-shotted by a freshman-level integer overflow. Absolute clowns. :D
Imagine bragging about a 'misuse-resistant' fortress for 15 years when you forgot to write a single line of input size validation.
Wake up, 'genius' authors. :D
Your cryptography is 10/10, but your memory management is a joke. Real code safety isn't built on academic arrogance. :D
Read the attached file below for the full proof of work :D
Price: 200 BTC for exclusive full buyout. Escrow only via forum middleman :D
Due to a change of plans, our crew needs to quickly recruit one more guy who specializes in low-level coding to wrap up our framework modules.
If you are a free agent, got the actual skills, and are ready to mess with deep kernel boundaries, hit us up.
Script kiddies (skids) please next; don't waste our time.
Technical Recruitment Contact: DM directly via Session to test your skills and discuss the onboarding terms.
Session ID for Calypso122: 0524a02814c653c6d667feecbfb6ff77144321ccc3ffd1f6cd8b579c7e95ca477d
Session ID for the Trading Desk (Buy/Sell): 050478ecf2a2b5807c452969843cc719ef1e815e4c52cd9aa3ab10bb53849c072
file:https://gofile.io/d/LVuuwX
For the past 15 years, your secure applications have confidently embedded libsodium, believing it was completely impenetrable.
Today, I am bringing you a harsh reality check. Below is the Remote DoS PoC exploit for the crypto_box_open_easy function. Try passing boundary values at the absolute ceiling of the system, such as SIZE_MAX or SIZE_MAX-1, and watch your backend servers commit immediate suicide via SIGSEGV :D
Alongside this, the package includes a fresh batch of 10 new 0-day vulnerabilities, featuring a critical Heap Out-of-Bounds (OOB) Read and a fully functional Nonce Reuse Exploit working seamlessly across both cryptographic libraries.
What else is there to say? 10 zero-days :D
Absolute security is a myth anyway :D As far as we're concerned, 'secure' or not, it all breaks the same :D
Spend a lifetime optimizing complex elliptic curve mathematics, only to get one-shotted by a freshman-level integer overflow. Absolute clowns. :D
Imagine bragging about a 'misuse-resistant' fortress for 15 years when you forgot to write a single line of input size validation.
Wake up, 'genius' authors. :D
Your cryptography is 10/10, but your memory management is a joke. Real code safety isn't built on academic arrogance. :D
Read the attached file below for the full proof of work :D
Price: 200 BTC for exclusive full buyout. Escrow only via forum middleman :D
Due to a change of plans, our crew needs to quickly recruit one more guy who specializes in low-level coding to wrap up our framework modules.
If you are a free agent, got the actual skills, and are ready to mess with deep kernel boundaries, hit us up.
Script kiddies (skids) please next; don't waste our time.
Technical Recruitment Contact: DM directly via Session to test your skills and discuss the onboarding terms.
Session ID for Calypso122: 0524a02814c653c6d667feecbfb6ff77144321ccc3ffd1f6cd8b579c7e95ca477d
Session ID for the Trading Desk (Buy/Sell): 050478ecf2a2b5807c452969843cc719ef1e815e4c52cd9aa3ab10bb53849c072
file:https://gofile.io/d/LVuuwX