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Release Of Gallagher Security's Command Centre V9.10 Unlocks New Era Of Security Tech

Gallagher Security today announced the latest release of their award-winning security site management software, Command Centre v9.10, marking a significant evolution for the security platform trusted to protect some of the world’s most critical sites. ....

Mark-junge , Gallagher-security-command-centre , Centre-web , Release-of-gallagher-security , New-era-of-security-techmonday , Gallagher-security-management , Command-centre , Chief-executive , Gallagher-security , Channel-partners , Command-centre-web , Cardholder-administrators

HHS Strengthens HIPAA Rules To Protect Reproductive Health Privacy - Healthcare

This past Monday, the Office for Civil Rights (OCR) at the Department of Health and Human Services (HHS) issued its final rule aimed at strengthening the HIPAA Privacy rules as they are applied to reproductive health data. ....

Reproductive-health-care , Us-supreme-court , Lawful-reproductive-health-care , Human-services , Biden-administration , Office-for-civil-rights , Jackson-women-health , Seyfarth-synopsis , Civil-rights , Final-rule , Fact-sheet

"An optimized meta-heuristic clustering-based routing scheme for secure" by G. Kiran Kumar, S. K Prashanth et al.

Privacy and security present significant challenges in wireless sensor networks (WSNs). In order to enhance security, the sensor network is equipped with high throughput. While the importance of both source node (SN) and base station (BS) location privacy and security is acknowledged, recent research has predominantly focused on location privacy. Addressing this gap, the geometric zigzag bidirectional tree effectively tackles privacy and security threats at both the SN and BS locations. Future iterations of WSN are anticipated to integrate additional functionalities to meet diverse requirements in real-world applications. The absence of robust security constraints leads to an unpredictable sensor network setup. This article aims to reduce energy consumption (EC) while simultaneously enhancing network security and connectivity. To address security challenges in WSN, we propose an optimized meta-heuristic clustering-based privacy key-agreement routing technique. In the suggested system, ....

Clustering , C , Eta-heuristic , Rivacy , Sn ,

"SS-DID: A Secure and Scalable Web3 Decentralized Identity Utilizing Mu" by Yizhong Liu, Boyu Zhao et al.

Web3 is a revolutionary Internet paradigm that focusing decentralization, user empowerment, and intelligence. One of its key technologies is decentralized identity (DID), which has gained significant attention recently. However, existing DID solutions are not scalable enough to be compatible with the large-scale identity node applications required by Web3 across various fields. To overcome this challenge, we propose the first multi-layer Web3 DID architecture utilizing sharding blockchain, which provides management, scalability, and compatibility. This architecture leverages leader shards and the main chain to establish trust, while regular shards manage DID-related transactions. Specific system processes and query optimizations are also given. Besides, formal security analysis and comprehensive simulation evaluations have demonstrated that the architecture can achieve all proposed security and performance goals, including low latency of down to 2 seconds and high throughput of up to 9 ....

Blockchains , Id , Nternet , Rivacy , Scalability , Ecurity , Harding , Harding-blockchain , W3c , Eb3 ,