PH Deck

Users struggle with manually encoding or decoding text for URLs, leading to errors and time-consuming tasks.

Users manually encode/decode URLs and HTML using online tools or scripts, which is time-consuming and error-prone.

Developers need to manually decode or encode JWT tokens using command-line tools or custom scripts, which are time-consuming and prone to errors.

Users need to decode or encode files, images, and text from and to Base64, which can be a manual and time-consuming process.

Drawbacks of the old situation: Manual decoding and encoding processes are slow, error-prone, and inconvenient.

Users need to handle data encoding/decoding, generate GUIDs, and manage URL parameters using separate tools or manual scripting, which is time-consuming and inefficient.

Users struggle with creating and customizing CSS easing functions due to the complexity of handling bézier, spring, bounce, wiggle, and overshoot curves.

Users need to share long, unwieldy URLs that appear untrustworthy and reduce click-through rates. Long URLs look suspicious and deter users from clicking

URL shorteners are often centralized, resulting in concerns over privacy, tracking, and unwanted ads. Users seeking to share links in a secure, efficient manner face privacy, tracking, and ad-related drawbacks.

Users have long, clunky URLs that are difficult to share in chats and emails.

Users currently deal with long URLs that are unwieldy and difficult to share effectively. These lengthy URLs are cumbersome to fit within character-limited platforms and often appear unprofessional when shared in emails or print. Additionally, users face challenges with tracking analytics for these long URLs, as many traditional links do not offer detailed data.

Many traditional methods of shortening URLs lack advanced features and can be insecure, often leading to broken links or URLs that are flagged as spam.