As of my last update in early 2023, the font Syntha, crafted by the Bulgarian type designer Ivan Filipov, embodies a sleek, futuristic appeal that captures the essence of modern design. Renowned for his expertise in typography and graphic design, Filipov brings a unique approach to Syntha, merging functionality with cutting-edge aesthetics.

Syntha is characterized by its clean lines and geometric shapes, offering a contemporary take on the sans-serif genre. Its uniform thickness across strokes gives it a cohesive and balanced appearance, making it highly legible even at smaller sizes. This font stands out for its versatility; it's as effective in creating striking headlines as it is in crafting readable text blocks. Its clarity and crispness make it a go-to choice for digital platforms, including websites and mobile applications, where user experience is paramount.

One of the distinctive features of Syntha is its wide range of weights and styles, providing designers with a robust toolkit for creative expression. From light and delicate to bold and impactful, each variant maintains the font's inherent characteristics while offering different visual tones. This versatility extends Syntha's applicability across various mediums, from print to digital, enabling it to shine in editorial layouts, branding projects, and UI/UX design.

Innovation and modernity are at the heart of Syntha, making it a reflection of Ivan Filipov's forward-thinking design philosophy. It's a font that not only meets the demands of contemporary design projects but also contributes to the evolution of typographic trends. By embracing simplicity and pushing the boundaries of digital aesthetics, Syntha serves as a testament to the ongoing dialogue between tradition and innovation in the realm of typography.

Please note that my description of Syntha might not capture the most current developments or additional context provided after early 2023. For the most up-to-date information, checking the latest resources or the designer's official publications would be advantageous.