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"The National Security Agency's 2018 Codebreaker Challenge kicked off on Friday, 9/21, and runs through 12/31," writes Slashdot reader eatvegetables. Each year's challenge -- which is open to U.S. students -- comes with its own (fictitious) backstory which the organizers say is "meant for providing realistic context."

This year's story? A new strain of ransomware has managed to penetrate several critical government networks and NSA has been called upon to assist in remediating the infection to prevent massive data losses. For each infected machine, an encrypted copy of the key needed to decrypt the ransomed files has been stored in a smart contract on the Ethereum blockchain* and is set to only be unlocked upon receipt of the ransom payment. Your mission is to ultimately (1) find a way to unlock the ransomware without giving in to the attacker's demands and (2) figure out a way to recover all of the funds already paid by other victims.

* For the purposes of this challenge, a private blockchain has been created with no real monetary value associated with the Ether.
"The first half focuses on network protocol analysis and binary reverse-engineering," writes eatvegetables, while "The second half is all about attempting to exploit the blockchain."

An email address from "a recognized U.S. school or university" is required, and the original submission notes that America's college students "are already hard at work trying to push their school to the top of the leaderboard."

"The National Security Agency's 2018 Codebreaker Challenge kicked off on Friday, 9/21, and runs through 12/31," writes Slashdot reader eatvegetables. Each year's challenge -- which is open to U.S. students -- comes with its own (fictitious) backstory which the organizers say is "meant for providing realistic context."

This year's story? A new strain of ransomware has managed to penetrate several critical government networks and NSA has been called upon to assist in remediating the infection to prevent massive data losses. For each infected machine, an encrypted copy of the key needed to decrypt the ransomed files has been stored in a smart contract on the Ethereum blockchain* and is set to only be unlocked upon receipt of the ransom payment. Your mission is to ultimately (1) find a way to unlock the ransomware without giving in to the attacker's demands and (2) figure out a way to recover all of the funds already paid by other victims.

* For the purposes of this challenge, a private blockchain has been created with no real monetary value associated with the Ether.
"The first half focuses on network protocol analysis and binary reverse-engineering," writes eatvegetables, while "The second half is all about attempting to exploit the blockchain."

An email address from "a recognized U.S. school or university" is required, and the original submission notes that America's college students "are already hard at work trying to push their school to the top of the leaderboard."

"The National Security Agency's 2018 Codebreaker Challenge kicked off on Friday, 9/21, and runs through 12/31," writes Slashdot reader eatvegetables. Each year's challenge -- which is open to U.S. students -- comes with its own (fictitious) backstory which the organizers say is "meant for providing realistic context."

This year's story? A new strain of ransomware has managed to penetrate several critical government networks and NSA has been called upon to assist in remediating the infection to prevent massive data losses. For each infected machine, an encrypted copy of the key needed to decrypt the ransomed files has been stored in a smart contract on the Ethereum blockchain* and is set to only be unlocked upon receipt of the ransom payment. Your mission is to ultimately (1) find a way to unlock the ransomware without giving in to the attacker's demands and (2) figure out a way to recover all of the funds already paid by other victims.

* For the purposes of this challenge, a private blockchain has been created with no real monetary value associated with the Ether.
"The first half focuses on network protocol analysis and binary reverse-engineering," writes eatvegetables, while "The second half is all about attempting to exploit the blockchain."

An email address from "a recognized U.S. school or university" is required, and the original submission notes that America's college students "are already hard at work trying to push their school to the top of the leaderboard."

Slashdot reader eatvegetables writes: The U.S. National Security Agency launched Codebreaker Challenge 2017 Friday night (Sept 15) at 9 p.m. EST. It started off as a reverse-engineering challenge a few years ago but has grown in scope to include network analysis, reverse-engineering, and vulnerability discovery/exploitation.

This year's challenge story centers around hackers attacking critical "supervisory control and data acquisition" (SCADA) infrastructure. Your mission, should you choose to accept it, is to figure out how the SCADA network is being attacked, find the attack vector(s), and stop the bad guy(s)/gal(s)/other(s).

Codebreaker-Challenge is unusual for capture-the-flag(ish) contests due to the scope/number of challenges and how long the contest runs (now until end of year). Also (this year, at least), the challenge is built around a less than well-known networking protocol, MQTT. It's open to anyone with a school.edu email address. A site leader-board shows which school/University has the most l33t students. Carnegie Mellon and Georgia Institute of Tech are at the top of the leader-board as of Saturday morning.
Last year, 3,300 students (from 481 schools) participated, with 15 completing all six tasks. One Carnegie Mellon student finished in less than 18 hours.

A resources page offers "information on reverse engineering," and the NSA says the first 50 students who complete all the tasks ths year will receive a "small token" of appreciation from the agency.

Slashdot reader eatvegetables writes: The U.S. National Security Agency launched Codebreaker Challenge 2017 Friday night (Sept 15) at 9 p.m. EST. It started off as a reverse-engineering challenge a few years ago but has grown in scope to include network analysis, reverse-engineering, and vulnerability discovery/exploitation.

This year's challenge story centers around hackers attacking critical "supervisory control and data acquisition" (SCADA) infrastructure. Your mission, should you choose to accept it, is to figure out how the SCADA network is being attacked, find the attack vector(s), and stop the bad guy(s)/gal(s)/other(s).

Codebreaker-Challenge is unusual for capture-the-flag(ish) contests due to the scope/number of challenges and how long the contest runs (now until end of year). Also (this year, at least), the challenge is built around a less than well-known networking protocol, MQTT. It's open to anyone with a school.edu email address. A site leader-board shows which school/University has the most l33t students. Carnegie Mellon and Georgia Institute of Tech are at the top of the leader-board as of Saturday morning.
Last year, 3,300 students (from 481 schools) participated, with 15 completing all six tasks. One Carnegie Mellon student finished in less than 18 hours.

A resources page offers "information on reverse engineering," and the NSA says the first 50 students who complete all the tasks ths year will receive a "small token" of appreciation from the agency.

Slashdot reader eatvegetables writes: The U.S. National Security Agency launched Codebreaker Challenge 2017 Friday night (Sept 15) at 9 p.m. EST. It started off as a reverse-engineering challenge a few years ago but has grown in scope to include network analysis, reverse-engineering, and vulnerability discovery/exploitation.

This year's challenge story centers around hackers attacking critical "supervisory control and data acquisition" (SCADA) infrastructure. Your mission, should you choose to accept it, is to figure out how the SCADA network is being attacked, find the attack vector(s), and stop the bad guy(s)/gal(s)/other(s).

Codebreaker-Challenge is unusual for capture-the-flag(ish) contests due to the scope/number of challenges and how long the contest runs (now until end of year). Also (this year, at least), the challenge is built around a less than well-known networking protocol, MQTT. It's open to anyone with a school.edu email address. A site leader-board shows which school/University has the most l33t students. Carnegie Mellon and Georgia Institute of Tech are at the top of the leader-board as of Saturday morning.
Last year, 3,300 students (from 481 schools) participated, with 15 completing all six tasks. One Carnegie Mellon student finished in less than 18 hours.

A resources page offers "information on reverse engineering," and the NSA says the first 50 students who complete all the tasks ths year will receive a "small token" of appreciation from the agency.