Notes:
- avoid technical talk, for instance github is two clicks
- small what section at top
- put "philosophy" paragraph on team intro, link to from the what/intro
- use a single-page design, sticky header bar of the sections below w/ auto-scrolling
Top-Level Sections:
- industry
- IoT
- Gaming
- Health
- Communication
- developers
- implementations
- demos
- protocol
- powered by list (pinoccio, rival)
- team
- is the about section
- philosophy, why we're working on it, taken from background.md
- auto-include https://api.github.com/orgs/telehash/public_members
- name/history from background.md
Telehash is a lightweight secure networking protocol that enables applications and devices to connect reliably in any environment with no central authority. It can work atop traditional Internet connections, mobile, local area Bluetooth/Wifi, and even embedded sensor mesh networks. The specification is openly published and collaboratively developed, and all of the implementations are open source.
As a networking technology telehash can be used anywhere, but there are four industries that benefit significantly from the security and decentralized aspects of the protocol.
The inevitable increase in small networked devices is bringing with it serious challenges in managing the data and security as a result.
The design of telehash includes being able to operate securely on tiny low-power devices, and enable the types of bridging and relaying required for deploying multiple wireless technologies and energy requirements.
Gaming is now a fundamental part of everyone's lives with the increased accessibility of low cost compute and display technology, and games are evolving to become more social and networked as a result.
The challenges in providing reliable real-time connectivity using the current network technologies in building a multi-user game is a significant part of the development process, and telehash fundamentally solves a number of those problems including local discovery, security, and multi-network reliability.
The volume of digital information relating to an individual's personal health is increasing so significantly that the traditional systems are becoming centralized and heavily complicated in order to deal with it. This is leading to increased friction in researchers and health care providers having the ability to access the data necessary for them to make the most informed decisions.
By using telehash to re-architect how all personal health data is transferred it creates the opportunity to always communicate the information directly back to the person, enabling them to be in control and for developers to create solutions for the person first.
The need for privacy in our communication technologies has never been more important, and it fundamentally must begin with moving data from person to person, end to end, always encrypted. The principles of telehash are to enable this device-to-device private communication as primary goal.