OpenAI Announces Call for Experts to Join its Red Teaming Network

OpenAI has initiated an open call for its Red Teaming Network, seeking domain experts to enhance the safety measures of its AI models. The organization aims to collaborate with professionals from diverse fields to meticulously evaluate and “red team” its AI systems.

Understanding the OpenAI Red Teaming Network

The term “red teaming” encompasses a wide array of risk assessment techniques for AI systems. These methods range from qualitative capability discovery to stress testing and providing feedback on the risk scale of specific vulnerabilities. OpenAI has clarified its use of the term “red team” to avoid confusion and ensure alignment with the language used with its collaborators.

Over the past years, OpenAI’s red teaming initiatives have evolved from internal adversarial testing to collaborating with external experts. These experts assist in developing domain-specific risk taxonomies and evaluating potential harmful capabilities in new systems. Notable models that underwent such evaluation include DALL·E 2 and GPT-4.

The newly launched OpenAI Red Teaming Network aims to establish a community of trusted experts. These experts will provide insights into risk assessment and mitigation on a broader scale, rather than sporadic engagements before significant model releases. Members will be selected based on their expertise and will contribute varying amounts of time, potentially as little as 5-10 hours annually.

Benefits of Joining the Network

By joining the network, experts will have the opportunity to influence the development of safer AI technologies and policies. They will play a crucial role in evaluating OpenAI’s models and systems throughout their deployment phases.

OpenAI emphasizes the importance of diverse expertise in assessing AI systems. The organization is actively seeking applications from experts worldwide, prioritizing both geographic and domain diversity. Some of the domains of interest include Cognitive Science, Computer Science, Political Science, Healthcare, Cybersecurity, and many more. Familiarity with AI systems is not a prerequisite, but a proactive approach and unique perspective on AI impact assessment are highly valued.

Compensation and Confidentiality

Participants in the OpenAI Red Teaming Network will receive compensation for their contributions to red teaming projects. However, they should be aware that involvement in such projects might be subject to Non-Disclosure Agreements (NDAs) or remain confidential for an indefinite duration.

Application Process

Those interested in joining the mission to develop safe AGI for the benefit of humanity can apply to be a part of the OpenAI Red Teaming Network. 

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Ethereum Developers Discuss Upcoming Testnet and Upgrade Plans

On September 21, 2023, Ethereum‘s All Core Developers Consensus (ACDC) call #118 was held, as detailed in a write-up by Christine Kim from the Galaxy Research Team. The bi-weekly ACDC calls, chaired by Ethereum Foundation Researcher Danny Ryan, are pivotal for Ethereum developers to discuss and synchronize changes to Ethereum’s consensus layer (CL). The recent call, which spanned roughly 30 minutes, was predominantly centered around the preparations for the forthcoming Devnet-9.

Key Takeaways from the ACDC Call #118

Devnet-9 Preparations: Devnet-9 is slated to be the second testnet that integrates the complete set of code modifications for the Cancun/Deneb (often termed as Dencun) upgrade. While earlier testnets were centered on Ethereum Improvement Proposal (EIP) 4844, Devnet-9 will mark the activation of EIP 7514 and 7516. Parithosh Jayanthi, a DevOps Engineer at the Ethereum Foundation, revealed intentions to roll out Devnet-9 on September 27, 2023.

Client Readiness: Various Execution Layer (EL) and CL client teams, including Lodestar, EthereumJS, Lighthouse, and Geth, have signaled their preparedness for the Devnet-9 launch. On the other hand, representatives from Besu and Nethermind are in the midst of conducting Hive tests on their Devnet-9 versions. Jayanthi underscored that the launch of Devnet-9 could proceed even if all clients aren’t ready, noting the possibility of adding clients post-launch.

Dencun-related Tests: Ryan identified that certain Dencun-associated tests were malfunctioning. A corrective measure has since been implemented to the “consensus-spec-tests” code repository.

EIP 4788 Deployment: EIP 4788 is set to be deployed as a conventional smart contract, necessitating a contract address for client implementations to activate the code alteration. The definitive contract address for EIP 4788 remains to be determined.

Trusted Setup for EIP 4844: The validation of blobs on Ethereum hinges on a unique value generated through a multi-party ceremony. This ceremony for EIP 4844 transpired from January to August 2023, amassing over 140,000 contributions.

Cancun/Deneb Timing: Tim Beiko, chair of the ACDE calls, expressed reservations about the Dencun testing timeline after Devnet-9. If Dencun isn’t introduced on a public testnet before the November 2023 Devconnect conference, the mainnet activation might be deferred to the subsequent year.

Testnet Launch Sequence: Beiko had earlier suggested a launch sequence for Dencun on the Holesky, Goerli, and Sepolia testnets. However, Jayanthi proposed initiating Dencun on Goerli prior to Holesky, considering Goerli’s looming deprecation.

In summation, the Ethereum developer community is in full swing preparing for Devnet-9 and the Dencun upgrade. The insights from the ACDC call, as reported by Christine Kim, underscore the collective endeavors to ensure Ethereum’s seamless progression.

Disclaimer & Copyright Notice: The content of this article is for informational purposes only and is not intended as financial advice. Always consult with a professional before making any financial decisions. This material is the exclusive property of Blockchain.News. Unauthorized use, duplication, or distribution without express permission is prohibited. Proper credit and direction to the original content are required for any permitted use.

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Bitmain Commits $54 Million Investment in Core Scientific, Inc. Amid New Supply Contract

At the World Digital Mining Summit, Core Scientific, Inc. (OTC: CORZQ), a North American leader in blockchain computing data centers and software solutions, disclosed a significant investment from Bitmain, the globally recognized manufacturer of digital currency mining servers. Bitmain’s commitment amounts to $53.9 million, further cementing the bond between the two industry giants.

This collaboration will see Bitmain furnishing Core Scientific with 27,000 of its latest Bitmain S19J XP 151 TH bitcoin mining servers. The transaction involves a $23.1 million cash payment and an equity exchange worth $53.9 million in Core Scientific common stock. The equity’s per-share value will be finalized following a chapter 11 plan of reorganization, anticipated to gain approval in the upcoming fourth quarter.

Max Hua, Bitmain’s CEO, expressed his optimism about the strengthened ties with Core Scientific, praising their “professionalism, integrity, and commitment” to the Bitcoin Network’s growth. He emphasized the shared vision of both companies in fostering the expansion of the Bitcoin Network, especially as global bitcoin adoption surges.

Core Scientific’s history with Bitmain is deep-rooted. Since its inception in 2017, Core Scientific has managed over 600,000 Bitmain miners across its data centers. Presently, a staggering 99% of the 200,000 miners they operate, both owned and hosted, are Bitmain S19 models. Bitmain has also been a loyal hosting customer for nearly half a decade, entrusting Core Scientific with a significant portion of its mining equipment.

Adam Sullivan, CEO of Core Scientific, acknowledged the pivotal role Bitmain plays in their operations, stating, “Bitmain’s product quality, attention to service, and responsiveness are critical to our success.” He further highlighted the anticipated efficiency boost the new miners would bring, especially in light of the upcoming halving event.

By the close of 2023’s fourth quarter, Core Scientific aims to integrate and activate the 27,000 units, potentially adding 4.1 exahashes to its self-mining hash rate. Additionally, both parties have consented to upgrade older Bitmain miners at Core Scientific’s facilities to the newer S19J XP models, promising an even greater hash rate increment.

As of the end of August 2023, Core Scientific boasted an impressive energized hash rate of 22.0 exahashes per second, spread across its data centers in five U.S. states. Their self-mining operations yielded 965 bitcoins in August alone, with a cumulative 9,755 bitcoins mined year-to-date, surpassing any other publicly listed bitcoin miner in North America.

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Polygon Labs Proposes Celo’s Transition to Ethereum L2 Using Their Chain Development Kit

Polygon Labs has officially proposed a technical upgrade for Celo, suggesting its transition from an independent EVM-compatible L1 to an Ethereum L2. This proposal was made public on September 21, just 9 hours after its initial announcement by SandeepN.

The Proposal in Detail

Polygon Labs’ recommendation revolves around Celo deploying an L2 using the Polygon Chain Development Kit (CDK). This open-source toolset allows developers to create their own ZK-powered L2 for Ethereum. It also facilitates the conversion of existing L1s to Ethereum L2s with minimal friction, emphasizing modularity.

Key Value Propositions of Polygon CDK

Enhanced Collaboration: By joining a robust ecosystem of ZK-powered L2s, there’s potential for increased cross-community collaboration.

EVM-Equivalent Environment: Developers can achieve the closest alignment with Ethereum technically possible.

Security: The system leverages Ethereum’s proven consensus layer combined with the security of zero-knowledge proofs.

Low Fees: Achieved through a zkEVM validium architecture and off-chain data availability.

Unified L2 Ecosystem: This merges the Ethereum mainnet and Polygon ecosystem into a single expansive economy.

Customizability: The system offers an app-chain stack and interoperability with all Polygon L2 chains.

Fast Transactions: Near-instant withdrawals and rapid cross-chain interactivity are secured by ZK.

High Standards of Support: Meeting the standards of major Web3 projects and Web2 companies.

Ethereum Alignment and Background in ZK

Polygon Labs has consistently aimed to scale Ethereum and its core values. With L2 and rollups on its roadmap, Ethereum’s future is geared towards scaling securely and seamlessly. Polygon Labs’ core developers have invested years in ZK technology to align closely with Ethereum. Innovations like the Plonky2 ZK proving system have enabled L2s to see reduced fees and finality times, all while inheriting Ethereum’s decentralization, security, and existing tooling.

Upgrade Value Propositions

The proposal addresses both the initial value propositions suggested by cLabs and unique value propositions unlocked by Polygon CDK. These responses delve into the technical value of deploying with Polygon CDK and position this decision within the broader efforts of scaling Ethereum.

Potential Impact on the Celo Community

Validators: The Polygon CDK offers deployment in rollup or validium mode, allowing current Celo validators to participate. They would either act as a data availability committee or as sequencers.

Developers: Developers will benefit from the EVM-equivalent nature of Polygon CDK, maximizing the network effects of Ethereum alignment.

Users: Transaction fee changes with Polygon CDK are expected to be minimal.

CELO Holders: CELO will remain the governing token of the Celo ecosystem, with holders retaining control over core smart contracts and the validator set.

Conclusion

Polygon Labs’ proposal aims to expand on the value propositions highlighted by cLabs for Celo’s upgrade to an Ethereum L2. The dialogue between Polygon Labs and the Celo community is anticipated to continue, with the shared goal of achieving optimal technical upgrades for the blockchain community.

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