The LLVM Foundation published its plans and budgets this week for 2016. There are a few interesting details when analyzing the information.
The post at LLVM.org explains of the LLVM Foundation for those unfamiliar, "The LLVM Foundation originally grew out of the need to have a legal entity to plan and support the annual LLVM Developers’ Meeting and LLVM infrastructure. However, as the Foundation was created we saw a need for help in other areas related to the LLVM project, compilers, and tools. The LLVM Foundation has established 3 main programs: Educational Outreach, Grants & Scholarships, and Women in Compilers & Tools."
A surprisingly large number of developers are posting their Slack login credentials to GitHub and other public websites, a practice that in many cases allows anyone to surreptitiously eavesdrop on their conversations and download proprietary data exchanged over the chat service.
According to a blog post published Thursday, company researchers recently estimated that about 1,500 access tokens were publicly available, some belonging to people who worked for Fortune 500 companies, payment providers, Internet service providers, and health care providers. The researchers privately reported their findings to Slack, and the chat service said it regularly monitors public sites for posts that publish the sensitive tokens.
As the Internet continues to both grow in size and widen in scope, so do demands on the supporting infrastructure. The number of users and devices, amount of activity, internationalization of the web, and new devices that range from mobile apps and cloud instances to "Internet of Things," put strain on the system. Not just for bandwidth or service availability, but also on the assurance of trust -- trust that the entities at each end are who (or what) they say they are, and that their communications are private and secure.
Machine-to-Machine Intelligence Corp. has been awarded $75,000 in funds by the Department of Homeland Security‘s science and technology directorate to create a deployable cryptographic protocol for an Internet of Things security initiative.
The use of encryption over the Internet is growing. Fueled by Edward Snowden's revelations on the extent of NSA and GCHQ content monitoring, encryption is now increasingly provided by the big tech companies as part of their standard product offerings. It's effectiveness can be seen in the continuing demands by different governments for these same tech companies to provide government backdoors for that encryption. Encryption works: it safeguards privacy.
Against this background, the use of Secure Sockets Layer (SSL) or Transport Layer Security (TLS) to encrypt network traffic is likely to grow dramatically. Google is encouraging this. It already uses HTTPS as a positive weight for web sites in its search algorithm, while current rumors suggest it will soon start to place a warning red X in the URL bar of sites that do not use it. Taken together, these are strong incentives for businesses that don't currently use SSL/TLS to start doing so. Some predictions believe that almost 70% of network traffic will be encrypted by the end of this year.