Top Tech Stories of June 24, 2026

FUTOHQ, a research company focused on user interface innovations, has unveiled FUTO Swipe, a new input method that utilizes swiping gestures for text entry.

Unlike traditional keyboard inputs, FUTO Swipe is designed to be more natural and faster by mimicking the way people already interact with touchscreens. Initial tests show significant improvements in typing speed and accuracy.

The company encourages developers to explore integrating FUTO Swipe into applications and user interfaces, promising a smoother user experience.

Dominik Peters, a developer from Germany, has launched TikZ Editor, a new WYSIWYG editor for creating and editing figures in LaTeX documents.

TikZ is a powerful graphics package used extensively in academic papers and technical documentation. The editor streamlines the process by allowing users to create and modify complex diagrams without writing code directly.

Peters invites developers to explore TikZ Editor, noting that it can significantly enhance productivity for anyone working with LaTeX.

Filippo Valsorda, a renowned security researcher, has authored a blog post arguing that the traditional model of vulnerability reporting is outdated and can be counterproductive.

He suggests new approaches to vulnerability disclosure that prioritize collaboration and transparency over secrecy. The goal is to foster an environment where developers can work more effectively without being hindered by constant disruptions.

Valsorda’s insights are particularly relevant for security teams looking to improve their processes.

Blog All Posts News Performance Networking Tips Privacy AI We’re making Bunny DNS free: because a faster internet won’t build itself Posted by: Dejan Grofelnik Pelzel Joe Connolly June 24, 2026 At bunny.net, our mission has always been ambitious but focused: help make the internet hop faster.

To do that, we’ve built a massive global network spanning 119 locations and counting. Today, this network powers over 1.5 million websites and consistently delivers some of the fastest content delivery around the globe. But while deploying thousands of servers globally is an impressive feat on its own, the hardware itself does not explain how bunny.net is able to deliver such an impressive level of performance.

The real secret hides under the hood, embedded in the routing engine that directs every request, every user, and sends traffic exactly where it needs to go. That engine is Bunny DNS.

Originally, Bunny DNS was built with one simple goal: to build the most advanced routing engine possible, capable of analyzing every DNS query and directing it to the optimal destination for serving your content. Even to this day, it’s what makes Bunny CDN achieve it’s exceptional performance.

Four years ago, we took everything we had learned from designing and running this system and turned it into a product our users could use themselves. With Bunny DNS, we’ve upgraded DNS from being a basic record lookup table into a globally distributed, smart routing engine.

Rhombus major contributors: Mashfi Ishtiaque Ahmad, Taylor Allred, Nia Angle, Wing Hei Chan, Stephen De Gabrielle, Robert Bruce Findler, Jacqueline Firth, Matthew Flatt, Oliver Flatt, Kiran Gopinathan, Ben Greenman, Siddhartha Kasivajhula, Alex Knauth, Jay McCarthy, Lucas Myers, Alec Mills, Sam Phillips, Sorawee Porncharoenwase, Jens Axel Søgaard, and Sam Tobin-Hochstadt.

Modern programming languages reflect a consensus on the most important programming concepts, including lexically scoped variables, closures, objects, pattern matching, and type parametricity. Why, then, yet another programming language?

Beyond the basics, there are still more good ideas for programming constructs than can fit in any one language specification. Furthermore, specific domains benefit from language support that is tailored to the domain. Language extensibility helps to balance the competing goals of a manageable language size versus fit-to-purpose for a wide range of tasks.

Many newer languages include a macro system to enable extensibility, but other macro systems have not achieved the expressiveness and fluidity of macros as they exist within the Lisp tradition, which includes Racket. At the same time, that expressiveness has been difficult to detangle from Lisp’s minimalistic, parenthesis-oriented notation.

approachable and easy to use for everyday purposes (that do not need macros), which in part means a conventional syntax; and