ATAG

Authoring tools are software and services that "authors" (web developers, designers, writers, etc.) use to produce web content (static web pages, dynamic web applications, etc.). Examples of authoring tools are listed below under "Who ATAG is for".

The Authoring Tool Accessibility Guidelines (ATAG) documents explain how to:

  • make the authoring tools themselves accessible, so that people with disabilities can create web content, and
  • help authors create more accessible web content — specifically: enable, support, and promote the production of content that conforms to Web Content Accessibility Guidelines (WCAG).

ATAG is part of a series of accessibility guidelines, including the Web Content Accessibility Guidelines (WCAG) and the User Agent Accessibility Guidelines (UAAG). Essential Components of Web Accessibility explains the relationship between the different guidelines.

Who ATAG is for

ATAG is primarily for developers of authoring tools, including the following types of authoring tools:

  • web page authoring tools, for example, what-you-see-is-what-you-get (WYSIWYG) HTML editors
  • software for generating websites, for example, content management systems (CMS), courseware tools, content aggregators
  • software that converts to web content technologies, for example, word processors and other office document applications with "Save as HTML"
  • multimedia authoring tools
  • websites that let users add content, such as blogs, wikis, photo sharing sites, online forums, and social networking sites
  • other types of tools listed in the glossary definition of authoring tools

ATAG and supporting resources are also intended to meet the needs of many different audiences, including policy makers, managers, and others. For example:

  • People who want to choose authoring tools that are accessible and that produce accessible content can use ATAG to evaluate authoring tools.
  • People who want to encourage their existing authoring tool developer to improve accessibility in future versions can refer the authoring tool vendor to ATAG.

What is in ATAG 2.0

ATAG 2.0 has two main parts:

  • Part A is about making the authoring tool itself accessible.
  • Part B is about the authoring tool helping authors produce accessible content.

ATAG 2.0 is organized in layers:

  • Principles provide high-level organization for the guidelines.
  • Guidelines provide the framework and objectives for the success criteria.
  • Success criteria are the accessibility requirements, which are written as testable statements, at three levels: A, AA, AAA.

ATAG at a Glance provides a short summary of the accessibility principles and guidelines in ATAG 2.0.

Implementing ATAG 2.0 is a supporting informative document that helps readers understand and use ATAG. Implementing ATAG 2.0 provides the rationale for each guideline; and for each success criterion, it provides the further explanation of the intent of the success criteria, examples, and links to resources.

Is ATAG 2.0 a finished standard?

ATAG 2.0 is a W3C Recommendation. This means that ATAG 2.0 is a completed standard, having received public comments, completed implementation testing, demonstrated real world examples of products that are using ATAG 2.0 to make their products more accessible, and being approved by the W3C membership. (These stages are explained in How WAI Develops Accessibility Guidelines through the W3C Process.)

ATAG Versions: 1.0 and 2.0

Authoring Tool Accessibility Guidelines 1.0 was approved in February 2000. While ATAG 1.0 is still a valid standard, it is outdated. ATAG 2.0 is the current standard.

Who develops ATAG

ATAG was developed by the Authoring Tool Accessibility Guidelines Working Group (ATAG WG), which is part of the World Wide Web Consortium (W3C) Web Accessibility Initiative (WAI). For more information about the working group, see the AUWG page.

How WAI Develops Accessibility Guidelines through the W3C Process: Milestones and Opportunities to Contribute describes formal periods for public review. Opportunities for review and comment of WAI documents are announced on the WAI home page and WAI Interest Group mailing list. An email address for sending comments is included in the "Status of this Document" section.

Opportunities for contributing to ATAG and other WAI work are introduced in Participating in WAI.

 

W3C - Accessibility Initiative: What is ATAG

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Meterscope Data Collection System

 

Brief presentation of all the available gateways/data loggers & features

 

Meterscope Portal - Cold rooms, freezers, refrigerators, curing chambers, kettles, ovens temperature - Level & pressure in tanks, pumping, stations, production lines - Fluid flow: Water, effluent etc - Energy consumption

 

Meterscope provides compact solutions for small enterprises, supports complicated and large scale modular projects and can be customized to cover specific demands: Meton IoT Devices can be connected to a wide variety of sensors or controllers that support communication protocols and collect the most significant data, depending on each business/industrial sector.

 

 

 

Temperature Data Logger - Meton  EASE

Meton Ease temperature data logger - Temperature / humidity monitoring for up to 2 cold rooms, freezers, refrigerators, curing chambers, storage places etc, along with 1 digital input (door open, on/off function etc)

Wireless temperature / humididty / digital input data logger for compact application
  • Temperature / humidity monitoring for up to 2 cold rooms, freezers, refrigerators, curing chambers, storage places etc, along with 1 digital input (door open, on/off function etc)
  • Local WiFi connection - easy and low cost internet service
  • Strong Battery / Low consumption: Can function for at least on month without power supply.

 

Read more about Meton Ease

 

 

 

Wireless Temperature Gateway - Meton Wireless

Meton Wireless Gateway - Wireless Temperature and Humidity Logging via wireless mBus protocolPlug & play wireless temperature gateway very easy to install
  • Monitoring temperature and digital inputs (operational status, door status, etc.) of refrigeration chambers, refrigerators, freezers, product storage areas, and other devices wirelessly.
  • Sensors communicate via the industrial wireless mBus protocol for greater reliability and energy saving.
  • Autonomous sensors with the ability to be placed even within chambers and a battery life of up to 14 years!
  • Data collection from numerous points and easy to expand

 

Read more about Meton Wireless

 

 

 

Temperature Data Logger - Meton Sense & Sense Plus

Meton Sense Data Logger - Temperature recording/monitoring - Cold rooms,cooling tanks, freezers, refrigerators, curing chambers, kettles, ovens and custom equipmentΤemperature / humididty / digital input data logger supporting 8 on board inputs and expansion modules
  • Cold rooms, refrigerators, curing chambers, kettles, ovens and custom equipment temperature
  • Digital input (normally open/normally closed, function) & outputs (relay, siren, light)
  • Extensive sensor options (RTDs: Pt100, Pt1000, 2 or 3 wire, Thermistors: NTC or PTC, Thermocouple K, J, generic signal transmitters 4...20mA, 0-10V) for a vast temperature range (-200°C to +1800°C), high metering accuracy and long-distance coverage with the Meton Sense Plus

Read more about Meton Sense

 

Meton Sense - Wireless Addon Extra Features

Meton Sense - Wireless Addon - Wireless sensors allowing for extra long battery life (up to 14 years!) & industrial communication protocol providing strong encryption and wide range in order to cover several levels of a building

  • Wireless sensors allowing for extra long battery life (up to 14 years!) &
  • Industrial communication protocol, providing strong encryption
  • Long range reception, covering whole building blocks / serveral floors in urban area
  • Waterproof IP65, polycarbonate cabinet
  • Autonomous internet connection (3G Modem) for stand alone installation or fallback handling in case of bad network
  • Power supply back up (UPS) for energy autonomy and monitoring under power outage condition

Read more about the Wireless Addon of Meton Sense

 

 

 

Device Controllers' Gateway - Meton Connect & Connect Plus

Cold rooms, freezers, cooling tanks, refrigerators, curing chambers, kettles, ovens and custom equipment modbus connection & dataCollecting data directly from the interconnected devices' controllers
  • Recording of data (temperature, operational status of individual components, digital contacts) of cooling control devices, refrigeration chambers, refrigerators, freezers, product storage areas, etc. Interfacing with a variety of controllers (e.g., Dixell, Pego, Eliwell, LAE, etc.) widely used in professional spaces that support the Modbus Protocol
  • Monitoring of energy data (energy consumption, power, network voltage, current) in conjunction with a smart energy meter
  • Capability to collect analog/digital data from integrated sensors with Meton Connect Plus

Read more about Meton Connect

 

 

 

Advanced Recording System - Meton Prime

Data from controllers of refrigerators, cooling chambers, and other devices - measurement of specialized parameters - integration with specialized sensorsSpecialized data collection system
  • Recording of data (temperature, humidity, level, pressure, energy consumption, power, voltage/current, status of individual components, digital contacts) from cooling units, heating systems, transmitters, cooling towers, boiler rooms, etc.
  • Integration with a variety of controllers, specialized devices, and PLCs
  • Ability to collect analog/digital data from specialized sensors (liquid flow, hydrometry data, conductivity, ethylene concentration, heat pump operation, specialized scales, etc.)

 

Explore Meton Prime, for measurement and data recording from sensors of all types.

 

 

 

Laboratory Equipment Monitoring Gateway - Meton Lab

 

Data Collection Recorder for Laboratory / Medical Equipment

Meton Lab gateway: Hospital, lab & pharmaceutical industry equipment monitoring - Cryogenic / Cryostorage system & liquid nitrogen supervision, hospital, laboratory & pharmaceutical industry equipment monitoring, super low temperature data logging, wireless M-Bus & Modbus protocol gateway

  • Data recording (temperature, level, operational status, digital contacts, alarms) of laboratory devices, ultra-freezers, etc., in hospitals, pharmacies, stem cell / graft banks, etc.
  • Measurement accuracy up to +/- 0.15oC with specialized sensors and focus on temperatures from -40 to -185 degrees Celsius
  • Interface with models of ultra-freezers and liquid nitrogen containers for the storage of stem cells/grafts (e.g., ThermoFisher Scientific Thermoforma 700 Series / 7402 / 7403, NEW BRUNSWICK SCIENTIFIC U410, Airliquide Espace 151 / RCB 600 / Arpege 170, Baglioni CryoBA, Taylor Wharton CryoCe24K, etc.)
  • Enhanced device connectivity and simplified installation processes through wireless integration, leveraging the widely adopted Modbus communication protocol and transforming traditional wired setups into a seamless wireless mesh network

 

Read more about Meton Lab

 

 

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