InterPlanetary Filesystem (IPFS) is a permissionless set of peer-to-peer protocols. Its main goal is to provide a distributed alternative to HTTP. However, IPFS entails substantial privacy risks, as content requests and offerings are openly shared and not obscured. That means that no one within the IPFS network is anonymous, nor can sensitive content be offered privately. We review scientific papers, talks at IPFS conferences, and blog articles to give a thorough overview of privacy improvements for content requests and offerings. Our results indicate that complete anonymity is impossible within the IPFS network and that the most promising mitigations revolve around the privacy goal of plausible deniability. However, future research could investigate incorporating anonymity networks, such as Tor, inside IPFS to enable provider anonymity.

The State of Privacy in IPFS

This study examined how organizations integrate environmental sustainability and
corporate strategy, describing that intersection as strategic sustainability. The goal of the study was to use qualitative interviews of public American corporations to understand the facilitators and barriers to strategic sustainability. The study identified three facilitators (i.e., emerging regulations, customer demand, and leadership) and two barriers (i.e., data quality and education). These results suggest corporations leverage upcoming regulations, leaders who advocate for sustainability, and customer demand to embed sustainability while improving their education and data quality. Additionally, the research suggests more quantitative research and validation of the results.

AN EXAMINATION OF THE FACILITATORS AND BARRIERS FOR IMPLEMENTING ENVIRONMENTAL SUSTAINABILITY PLANS INTO CORPORATE STRATEGY

Sensemaking Networks is a project aiming to address three interrelated limitations of the current science publishing and communication infrastructure: (1) poor reach and feedback, (2) knowledge fragmentation, and (3) rigid formats. To address these issues, Sensemaking Networks combine two promising trends in science publishing and communication: science social media and semantic nanopublishing. While science social media significantly impacts scientific processes and public engagement, it lacks formal recognition and accessibility. On the other hand, nanopublications offer the benefits of formal scientific publishing and machine-readable knowledge representation. Their integration represents a promising direction that could serve as a transformative sensemaking layer for science, enhancing the collective synthesis, dissemination, and evaluation of research.

Sensemaking Networks: Transforming Social Media into a Sensemaking Layer for Science

Background: Cases of victims who experienced stop the heart and stop breathing the more increase the end _of this with various because temporary ability Basic Life Support Public lay still low. Purpose: This study develops a Basic Life Support tutorial application on an Android Smartphone that can be used by Lay Persons to help survivors' hearts and stop breathing. Method: This study used an experiment on Lay Persons in Banjarmasin and Banjar Regency which was taken using the Simple Random Sampling technique. Conclusions: Lay Person is enthusiastic and happy with the Basic Life Tutorial using an Android Smartphone and provides an excellent quantitative and qualitative assessment of the community.