Apache License 2.0

aws-php-sns-message-validator

Go implementation of PDU - A decentralized SNS backbone


Description


P.D.U is a purely decentralized social network based on a Peer-to-Peer architecture, which enables effective user filtering without third-party authentication. It is not a content publishing platform based on blockchain or any cryptocurrency but rather a completely new virtual world composed solely of user-generated messages and their associations.Instead of usernames and passwords, users are identified by their private keys. Users can freely publish information and establish and expand their species through certain types of information. By selecting species, users can filter out high-quality users and obtain the most interesting content for themselves.Unlike traditional social networks, all content in P.D.U is public and cannot be altered or deleted. This content will forever exist as the publisher's experiences and identify, so it is important to be prepared and take responsibility for one's words before expressing oneself.P.D.U is a newly developed project that is still in its early stages. We welcome all forms of assistance.Welcome to our website https://pdu.pub




GNU General Public License v3.0

go-pdu


Description


Wehe is an app that runs tests against your network and analyzes the results to let you know if your network provider is restricting or prioritizing traffic for certain applications and certain ports.By performing free tests with Wehe on your mobile device, you are participating in an IRB-approved research project at Northeastern University (led by Dr. David Choffnes) and you are helping to identify potential violations of net neutrality. Note that no conclusion can be drawn from an individual result of the type "Differentiation detected" to characterize a breach of Regulation (EU) 2015/2120 on Open Internet.As net neutrality regulations vary according to location, Wehe collects coarse-grained geolocation data (with a precision of 0.1 degrees latitude/longitude) if users explicitly opt in to providing it. Wehe never collects fine-grained geolocation information. Wehe also collects IP addresses, which are stored as truncated data so they cannot be tied to individuals. As such, all the collected data are deidentified to guarantee the protection of personal data. The deidentified data are published as open data to let third parties reproduce the conclusions of the tests carried out. Finally, Wehe uses servers located around the world, including ones hosted by Measurement Lab (M-Lab). M-Lab collects additional measurement data from clients, but does so in a way that is consistent with Weheâs protections against collecting personal data. Note that the set of servers and hosts may change over time, but our privacy policy and data protection practices remain the same. No personal data are either transferred, or exchanged, or rented. In accordance with the General Data Protection Regulation (EU) nÂ°2016/679, please note that you have the right to oppose, access, rectify, delete, limit or transfer your personal data.For more details about the app, the research behind it, and analysis of data collected about net neutrality violations, please visit: https://wehe.meddle.mobi/.




Other

wehe-android

This project is no longer actively supported. It is made available as read-only. A highly available, horizontally scalable queuing and notification service compatible with AWS SQS and SNS

Utility library that integrates the Amazon SQS and SNS offering with the Dropwizard REST framework.

aws-dropwizard

A chat application without servers - using only AWS Lambda, S3, DynamoDB and SNS

lambda-chat

Phone verification service built using: AWS cdk, api gateway, dotnet, lambda, dynamodb, and sns

aws-cdk-phone-verify-api

YAS3FS (Yet Another S3-backed File System) is a Filesystem in Userspace (FUSE) interface to Amazon S3. It was inspired by s3fs but rewritten from scratch to implement a distributed cache synchronized by Amazon SNS notifications. A web console is provided to easily monitor the nodes of a cluster.