π€ Bitcoin Protocol - BIP-110 Risk Assessment
This article details a risk analysis performed on Bitcoin Improvement Proposal 110 (BIP-110). It covers current miner support levels and impending enforcement mechanisms for nodes running compatible software.
Key Points:
β’ BIP-110 currently has low miner support, estimated at 0.4β1%.
β’ Around August 7β9 (block ~961,632), enforcing nodes will reject non-compliant blocks.
β’ Blocks must signal bit 4 to be accepted by nodes running enforcing software.
π Resources:
β’ Twitter Post β - Original analysis thread on BIP-110 enforcement
π‘ Cybersecurity - NIST C-SCRM Quick-Start Guide
This article announces the finalized NIST Cybersecurity Supply Chain Risk Management (C-SCRM) Due Diligence Assessment Quick-Start Guide. It provides a resource for establishing and managing supply chain security.
Key Points:
β’ The NIST C-SCRM Guide offers a quick-start approach to due diligence.
β’ It provides guidance for managing cybersecurity risks within the supply chain.
β’ The guide assists organizations in assessing supply chain components.
π Resources:
β’ NIST Publication β - Cybersecurity Supply Chain Risk Management Quick-Start Guide
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π€ Quantum Computing - Entanglement in Visible Crystal
This article highlights research demonstrating quantum entanglement within a visible crystal. The discovery expands the understanding of quantum phenomena at larger scales.
Key Points:
β’ Researchers achieved quantum entanglement in a visible crystal.
β’ The demonstration occurred using specified scientific methods.
β’ This finding contributes to the field of quantum physics.
π Resources:
β’ SSBCrack News β - Article on quantum entanglement in visible crystals
π€ Quantum Computing - Entanglement in Large Crystal
This article references a discovery of quantum entanglement in a crystal large enough for macroscopic observation. It discusses implications for quantum research.
Key Points:
β’ Quantum entanglement was observed in a crystal of significant size.
β’ The research explores entanglement beyond microscopic scales.
β’ This provides insights into the properties of quantum systems.
π Resources:
β’ Article Link β - SchrΓΆdinger's anthill: Quantum entanglement in a crystal
π€ Quantum Computing - Quantum Satellite Timing
This article discusses methods for securing satellite timing using quantum technologies. It covers applications of quantum mechanics in critical infrastructure.
Key Points:
β’ Quantum methods are applied to enhance satellite timing accuracy.
β’ The technology secures critical timing synchronization systems.
β’ This development impacts sectors reliant on precise satellite data.
π Resources:
β’ Manufacturers' Monthly β - Article on quantum securing satellite timing
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