We're excited to announce a new partnership with HomeStory to elevate their platform through a complete redesign. This project involves restructuring HomeStory's architecture to maximize performance, scalability, and business impact. Utilizing Next15, React19, and Hexagonal architecture, we are focused on crafting a modern, robust, and highly efficient platform. By leveraging these advanced technologies, we aim to deliver an enhanced user experience and support HomeStory in reaching their strategic objectives.

Motivated by the previously reported results, this work attempts to provide fresh refinements to both vector and numerical radius inequalities by providing a refinement to the well known Buzano’s inequalitywhich as a consequence yielded another refinement of the Cauchy-Schwartz(CS) inequality. Utilizing the new refinements of the Buzano’s and CauchySchwartz inequalities, we proceed to obtain various vector and numericalradius type inequalities.

The concept we now call a "tensor" wasn’t originally named that way. When Josiah Willard Gibbsfirst described the idea in the late 19th century, he used the term "dyadic." Today, mathematicians define a tensor as the mathematical embodiment of Gibbs’ initial concept. These mathemat-ical statements about comparisons have a profound impact on various scientific disciplines. Whilemany types of inequalities exist, some of the most significant ones include Jensen’s, Ostrowski’s,Hermite-Hadamard’s, and Minkowski’s inequalities.

Faculty of Sciences, University of Novi Sad, Serbia. College of Sport Health and Engineering, Victoria University Melbourne City, Australia. Motivated by the results previously reported, the current work aims at developing new numerical radius upper bounds of Hilbert space opera- tors by offering new improvements to the well-known Cauchy-Schwarz inequal- ity.

We are thrilled to announce the successful launch of our Process Monitoring Events project's latest iteration, Version 4.1. Our dedicated team has been diligently working to introduce a groundbreaking control mechanism within the upcoming v4.2 release, aimed at revolutionizing the way industries manage and optimize their processes.

A major stride forward in the development of our Inductional Heating Device has been achieved. Our research phase is now complete, laying the foundation for the mechanical implementation phase. We are meticulously conducting final simulations to assess induction energy utilization, a critical step in perfecting this groundbreaking technology.

Empowering our esteemed German clientele, we've pioneered a cutting-edge browser-based CSV manipulation tool. This innovation enables versatile data handling, from merging and splitting columns to applying formulas and reordering fields. All these powerful features are now at your fingertips, eliminating the need to leave your browser. Experience unparalleled convenience with seamless exports in multiple formats.