kaspar/RIOT
1
0
Fork 0
mirror of https://github.com/RIOT-OS/RIOT.git synced 2025-12-15 01:23:49 +01:00
Code Releases Activity

Merge pull request #21576 from AnnsAnns/vision_to_starlight

Browse Source 
doc: move vision to starlight, deprecate vision in doxygen
This commit is contained in:
crasbe 2025-07-04 11:15:18 +00:00 committed by GitHub
commit 458be930b8
No known key found for this signature in database
GPG Key ID: B5690EEEBB952194
4 changed files with 62 additions and 53 deletions
Show Stats Download Patch File Download Diff File Expand all files Collapse all files

54
doc/doxygen/src/vision.md
View File

@ -1,55 +1,3 @@
# RIOT Vision {#vision}
![RIOT Vision: From proprietary manufacturer silos to a truly open cyber-physical system](vision.svg)
We expect an evolution in the software platforms powering Internet of Things
devices that can be compared, to some extent, to the recent evolution of
software platforms powering smartphones.
In a few years time, software platforms powering smart handheld devices has
speed-evolved from a state where dozens of closed-source, slow progress,
proprietary solutions where used, to a state where a couple of major players
have imposed new de facto standards in terms of software platform openness,
interoperability, and automatic updating. On the bright side, this has led to
much quicker paced progress, and to the development of billions of new
applications built on top of these platforms, which interact in innovative ways
with one another and with the cloud. At this point, let's make two remarks about
the dark side of this evolution. First, while companies pushing iOS and Android
use such software platforms as more tools to achieve profit-oriented goals
(e.g., accumulating and monetizing personalized information), RIOT is developed
and maintained by a non-profit, open source community of developers organized
around principles that are mainly inspired by the Linux community or the IETF
community. Second, while the true level of openness of iOS or Android is debatable,
RIOT aims instead at a Linux-like openness.
That said, we expect a revolution in the software platforms powering Internet of
Things (IoT) devices, and we expect this revolution to be as game-changing as
the aforementioned evolution of the software platforms powering smart handheld
devices (retaining only its bright side, hopefully). It is yet unclear which IoT
software platforms will emerge as dominant -- RIOT is a contender. It is however
quite likely that new standards will be set in the near future, in terms of IoT
software platform openness, API, automated software updates and other
characteristics that are necessary to enable a modern, large scale, secure ecosystem.
Such an IoT software evolution will quite likely fuel a new world of distributed
applications developed by a large variety of actors, on top of the dominant open
software platform(s). These applications will leverage both spontaneous wireless
networks, the cloud and the denser, interconnected environment of heterogeneous
devices that we will find ourselves in.
Our vision is the emergence of an entirely new reality in which our interface to
the Internet will no longer be predominantly a screen, but rather the objects of
the cyber-physical system embodied by the Internet of Things itself. RIOT is an
open source operating system that aims to power IoT devices in this new reality.
RIOT aims to provide a powerful, but very low memory footprint software platform,
that enables any programmer to develop applications on typical IoT devices with
zero learning curve (assuming prior experience with POSIX and Linux for instance).
RIOT aims for shortened development life-cycles, using standard languages, and
well-known debugging tools. RIOT implements a micro-kernel architecture that provides
built-in robustness, real-time capabilities and energy efficiency -- future-proof
properties, required by many IoT applications to come.
In this context RIOT aims to power a modern, large scale, evolutive, and secure
cyber-physical ecosystem, comprising of heterogeneous IoT devices, distributed
processes and applications, that can seamlessly interconnect with one another
and with the cloud, leveraging standard network stacks (including IPv6
interoperability) available in RIOT.
@deprecated See [Vision](https://guide.riot-os.org/general/vision/) on the RIOT Guide Site for the latest information. This page will be removed after release 2025.11.

0
doc/doxygen/src/vision.svg → doc/guides/general/img/vision.svg
View File

Side by Side Swipe Overlay

Before

Width:  |  Height:  |  Size: 69 KiB

After

Width:  |  Height:  |  Size: 69 KiB

60
doc/guides/general/vision.md Normal file
View File

@ -0,0 +1,60 @@
---
title: Vision
description: From proprietary manufacturer silos to a truly open cyber-physical system
---
:::tip[RIOT Vision]
![RIOT Vision: From proprietary manufacturer silos to a truly open cyber-physical system](img/vision.svg)
:::
We expect an evolution in the software platforms powering Internet of Things
devices that can be compared, to some extent, to the recent evolution of
software platforms powering smartphones.
In a few years time, software platforms powering smart handheld devices has
speed-evolved from a state where dozens of closed-source, slow progress,
proprietary solutions where used, to a state where a couple of major players
have imposed new de facto standards in terms of software platform openness,
interoperability, and automatic updating. On the bright side, this has led to
much quicker paced progress, and to the development of billions of new
applications built on top of these platforms, which interact in innovative ways
with one another and with the cloud. At this point, let's make two remarks about
the dark side of this evolution. First, while companies pushing iOS and Android
use such software platforms as more tools to achieve profit-oriented goals
(e.g., accumulating and monetizing personalized information), RIOT is developed
and maintained by a non-profit, open source community of developers organized
around principles that are mainly inspired by the Linux community or the IETF
community. Second, while the true level of openness of iOS or Android is debatable,
RIOT aims instead at a Linux-like openness.
That said, we expect a revolution in the software platforms powering Internet of
Things (IoT) devices, and we expect this revolution to be as game-changing as
the aforementioned evolution of the software platforms powering smart handheld
devices (retaining only its bright side, hopefully). It is yet unclear which IoT
software platforms will emerge as dominant -- RIOT is a contender. It is however
quite likely that new standards will be set in the near future, in terms of IoT
software platform openness, API, automated software updates and other
characteristics that are necessary to enable a modern, large scale, secure ecosystem.
Such an IoT software evolution will quite likely fuel a new world of distributed
applications developed by a large variety of actors, on top of the dominant open
software platform(s). These applications will leverage both spontaneous wireless
networks, the cloud and the denser, interconnected environment of heterogeneous
devices that we will find ourselves in.
Our vision is the emergence of an entirely new reality in which our interface to
the Internet will no longer be predominantly a screen, but rather the objects of
the cyber-physical system embodied by the Internet of Things itself. RIOT is an
open source operating system that aims to power IoT devices in this new reality.
RIOT aims to provide a powerful, but very low memory footprint software platform,
that enables any programmer to develop applications on typical IoT devices with
zero learning curve (assuming prior experience with POSIX and Linux for instance).
RIOT aims for shortened development life-cycles, using standard languages, and
well-known debugging tools. RIOT implements a micro-kernel architecture that provides
built-in robustness, real-time capabilities and energy efficiency -- future-proof
properties, required by many IoT applications to come.
In this context RIOT aims to power a modern, large scale, evolutive, and secure
cyber-physical ecosystem, comprising of heterogeneous IoT devices, distributed
processes and applications, that can seamlessly interconnect with one another
and with the cloud, leveraging standard network stacks (including IPv6
interoperability) available in RIOT.

1
doc/starlight/astro.config.mjs
View File

@ -46,6 +46,7 @@ export default defineConfig({
items: [
{ label: "Introduction", slug: "index" },
"general/structure",
"general/vision",
],
},
{