Access for Everyone
Commitment to an Inclusive Future
Participation in the Context of the Sustainable Development Goals
An accessible internet is far more than a technical specification. It is a central building block of the United Nations Sustainable Development Goals (SDGs) and an expression of lived social responsibility. For morev•o, digital participation and the ethical use of Artificial Intelligence are inseparably linked to a holistic sustainability strategy. We understand the digital space as a common good that only unfolds its full value through unrestricted accessibility. In doing so, we consistently orient ourselves toward three essential objectives of the global agenda.
SDG 4 – Quality Education
Barrier-free access to information forms the indispensable basis for lifelong learning and democratized knowledge transfer. Only when educational content can be consumed without technical barriers is true equality of opportunity enabled in a knowledge society that is developing at an ever-faster pace.
↑ Back to Table of ContentsSDG 9 – Industry, Innovation, and Infrastructure
An inclusive digital infrastructure is the decisive engine for a modern, future-proof society. Innovation must not exclude anyone. Rather, it must be designed to build bridges and make technological progress usable for all population groups.
↑ Back to Table of ContentsSDG 10 – Reduced Inequalities
We actively work to dismantle digital barriers. Our goal is to significantly minimize structural disadvantages so that all people—regardless of physical limitations, age, or available technology—can participate equally in social and economic life.
↑ Back to Table of ContentsWCAG – The Four Core Principles
To meet this claim, the morev•o website was developed in compliance with the guidelines of the World Wide Web Consortium (W3C). We rely on the four supporting pillars of the Web Content Accessibility Guidelines (WCAG):
Perceivable:
Information and components of the user interface are prepared so that they are perceivable for all users. This includes consistent screen reader optimization, alternative texts for visual content, and sufficiently strong contrasts.
Operable:
Our platform is optimized for a wide variety of input methods—from keyboard control to assistive technologies—and follows an intuitive logic that minimizes misoperation.
Understandable:
We place value on clear structures, consistent user guidance, and precise language. Complex facts are prepared in a way that makes them easy to grasp.
Robust:
Our technological foundation is designed for longevity and interoperability. Through clean source code, we ensure that content remains compatible with future technologies and a wide range of browsers and assistive tools.
Our Commitment
Through continuous auditing and iterative review processes, we ensure that our digital contribution to greater equality of opportunity is not just a snapshot but lasts permanently. In Germany, this claim is underpinned by the Accessible Websites Act (BfWebG) and EU Directive 2016/2102. While these legal frameworks obligate public bodies, they represent only the minimum standard for us. At morev•o, we understand accessibility not as a tedious compliance task but as an ethical mandate for a just, inclusive, and sustainable digital future.
↑ Back to Table of ContentsGuide to the Paradigm Shift
AI-Based Inclusion Strategy
This guide describes a paradigm shift in digital accessibility. While traditional approaches often only meet legal minimum standards (such as EU Directive 2016/2102 or WCAG), AI can be used to transform static websites into proactive, adaptive assistance systems. The goal is radical digital inclusion that goes beyond mere conformity and enables genuine participation in the spirit of the UN Sustainable Development Goals (SDGs 4, 9, and 10).
The Core Approach: Dynamic Accessibility
The technological core lies in the transition from static alternatives (e.g., manually stored alt texts) to Dynamic Accessibility. Here, AI models capture the semantic context of a page in real time. The user interface (UI) is no longer static but adapts individually to the user’s interaction profile through AI-supported algorithms (e.g., modification of CSS parameters).Strategic Core Modules
An AI inclusion strategy can be divided into three technological pillars:Cognitive Access & NLP: Use of Large Language Models (LLMs) for complexity reduction. Texts are automatically translated into 'Easy Language.' Additionally, the AI recognizes hesitation in users through 'Contextual Scaffolding' and proactively offers assistance.
Computer Vision & Sensitivity: Images are not just named but interpreted in their emotional and spatial context. Videos are also simultaneously prepared for the deaf and visually impaired through automatic descriptions.
Motoric Intelligence: AI algorithms compensate for physical limitations such as tremors (shaking) by filtering imprecise input signals and interpreting the user’s actual intention.
Ethical Responsibility & Governance
The use of AI requires strict guidelines. These include bias monitoring to prevent algorithmic discrimination and Privacy by Design. Data processing is carried out in compliance with GDPR, preferably directly on the user’s device (on-device) to protect privacy. ↑ Back to Table of ContentsTabular Overview: The Technology Stack
To operationally implement this vision, a hybrid architecture of web standards and modern AI services is used:
| Layer | Technology / Frameworks | Functional Significance |
|---|---|---|
| Frontend & Basis | Next.js, TypeScript, Radix UI, Axe-core | Ensures flawless ARIA attributes and automated WCAG tests in the CI/CD pipeline. |
| AI & Cognition | Sovereign Models | Enables real-time summaries, Easy Language, and highly precise image descriptions. |
| Orchestration | LangChain | Controls complex AI workflows and processes user requests contextually. |
| Middleware | Vercel Edge Functions | Executes UI adjustments (e.g., contrast) with minimal latency before the page is rendered. |
| Audio Services | Amazon Polly, OpenAI Whisper | Generates natural-sounding speech output and precise subtitling for voice control. |
| Data & Ethics | Pinecone (Vector Database), MBIAS Tools | Stores semantic knowledge and monitors models for algorithmic biases. |
A morevo Case Simulation: Online Application for Housing Benefit
In this process, the architecture layers interlock as follows:
| Step in the Process | AI Layer (Stack) | Concrete Impact for the Citizen |
|---|---|---|
| 1. Entry on the Page | Vercel Edge Functions | The system recognizes the stored profile: 'High Contrast' and 'Reduced Animations' are activated immediately to lower the visual load. |
| 2. Understanding the Application Info | Sovereign Model (possibly with LoRA) | The legal text ('Entitlement requirements according to WoGG') is translated into Easy Language with one click. The AI summarizes the 5 most important points. |
| 3. Filling Out the Form | Motoric Intelligence | A user with Parkinson’s (tremor) clicks slightly next to the input fields. The jitter compensation recognizes the intention and correctly places the cursor in the field. |
| 4. Uploading Documents | Computer Vision | The user uploads a photo of their rental contract. The AI reads the relevant data (cold rent, area) and confirms: 'Image successfully recognized, data adopted'. |
| 5. Help with Uncertainties | Voice-First Navigation | The user asks: 'Where can I find my customer number?' The AI guides them directly to the correct field via voice output and explains where the number is on the notice. |