Updates
Updates are never forced. The choice is always yours. No punishments or restrictions will ever be placed on users who choose not to update.
Zero Compromise
Updates are never forced. The choice is always yours. No punishments or restrictions will ever be placed on users who choose not to update.
After Version 1.1, users will be able to revert to old versions (even if not recommended).
Devs retain no power over users as all processes work locally after download. This is the strongest protection for Falcon users.
Users have unrestricted access to absolutely everything that they interact with. All code can be inspected and checked to ensure your privacy and safety.
Falcon users are completely disconnected from the devs. No message, connection, setting or action is ever shown to us. That is why you can trust us, even though you don't have to.
The majority of platforms have strict rules on what can and cannot be discussed.
A certain alignment, set of beliefs and way of articulating yourself is always required. They oftentimes may even have many threats behind enforcement.
Falcon is one of the very few escapes out there that allows you to confidentially speak your mind without any fear of punishment for honesty.
Falcon was built primarily because of the lack of privacy on other platforms. I (the developer) actually built it for myself. It was only later into development that I made the decision to make it public.
Decentralised - fewer attacks
Lightweight - fewer attack surfaces
Military Grade Security Measures - bulletproof
While most messengers use centralised servers that are responsible for absolutely everyones messages, Falcon cuts this out in favour of direct connections between users. This means that every single piece of processing power across our userbase is being used to its full potential, instead of relying on underfunded infrastructure in the center.
To optimise its performance, Falcon uses lightweight design for its UI features, cuts down on unnecessary internet requests and spreads out its various functions to ensure that devices never use computing power on unused processes.