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Responsible AI in technical communication

Making AI work responsibly in technical communication - Part 1

AI isn’t just for sci-fi or Silicon Valley. It’s already shaping how we create and deliver technical documentation. Whether it’s supporting writers with draft suggestions or helping technicians troubleshoot on-site, AI has become a real player in the world of product information.

But it’s not magic and it’s not without risks. Poorly designed AI systems can confuse users, create bias, or even introduce safety hazards. That’s why we need guardrails or a practical framework to make sure AI tools fulfil standards for quality, safety, and fairness. These are the Principles of Responsible AI and, in this article, we’ll explore how they apply to technical documentation in a practical, workday setting.

We will look at two everyday scenarios:

• Creating content, that is when an AI tool helps technical writers create user manuals using product specs, existing documentation, and customer feedback.

• Using content, like when a technician uses an AI assistant to locate instructions, verify compatible parts, or check installation steps on-site.

We will explore how to apply the Principles of Responsible AI to both scenarios. But first, let’s look at the principles a little closer in the list.

The 6 Principles of Responsible AI

AccountabilityHuman responsibility for decisions made with AI support
ExplainabilityThe reasoning behind AI-generated suggestions made visible to the user
FairnessEqual experience across users and in different situations
PrivacyRespect for and protection of personal or sensitive data
RobustnessReliable, consistent and safe system behavior
SustainabilityEfficiency and long-term viability of content and systems

Why the 6 principles matter

Accountability

• In content creation: Technical communicators may use an AI tool to draft parts of a manual, but they remain responsible for what gets published. Roles must be clear. AI can assist, but humans approve and own the results.

• In content use: When an AI assistant, for example, suggests a setting or a replacement part, users should know who’s ultimately accountable for safety and that the suggestion is correct.

Explainability

• In creation: Writers must understand why the AI tool chooses certain phrases, terms, or images. This helps maintain clarity, consistency, and compliance with standards.

• In use: Users should be able to trace where an answer comes from, whether it comes from a specific manual section, a parts database, internet or internal LLM training. This helps the user estimate how trustworthy the information is. It also prevents the situation where poor information is attributed to the company itself.

Fairness

• In creation: Inclusive, global-ready documentation avoids all kinds of bias: linguistic, cultural, or technical. This is not different for content co-created with AI tools. We must assure that AI doesn’t create biased content.

• In use: AI assistants should serve all users equally, regardless of language, location, or device. Nobody should get second-rate results because of how or where they access information.

Privacy

In both creation and use: If AI tool uses real-world data to improve documentation, it must do so responsibly. Personal or sensitive data must be anonymised, and users must know how their information is handled and be sure that their data is only used after approval from their side.

Robustness

• In creation: AI tools should flag uncertainty or data gaps and not produce content that cannot be grounded. That helps technical teams catch and correct issues before publishing.

• In use: AI supported tools should function reliably, even with imperfect queries or in low-connectivity environments. In case of issues, the system should inform the user about them and not just decrease the quality of the performance (e.g. accuracy of answering the questions).

Sustainability

• In creation: AI generated content should be part of the reuse strategy in the same way as any other type of a content. AI created content fragments can be reused in different contexts and AI based writing tools can use structured content and templates, keeping documentation consistent and reducing duplicated effort. Technical communicators with their experience in content strategy are experts who can set up such strategies and choose the right tools to implement them.

• In use: The faster users find the right answer, the less time and energy is wasted. Efficient systems lead to fewer support calls, less printing, and better outcomes.

Clarifying responsibilities: Who does what?

AI systems are created and used by people. AI systems themselves do not carry responsibility for the outputs they generate; that responsibility lies with the individuals and organisations that develop and apply them. Here’s how the responsibilities are divided to secure the right implementation of the Responsible AI:

How responsibilities are divided to secure the right implementation of the Responsible AI.

Principle

AI system creators

Technical Communicators

AccountabilityBuild systems with traceability, review logs, and override capabilities, because AI technology has limitations and system design must mitigate them.Validate all outputs before release to the end user. Set requirements on the AI tools. Test the tools.
ExplainabilityMake sure that tools provide meaningful traceability.Question and verify unclear suggestions.
FairnessTrain on diverse, inclusive datasets. Ensure multilingual, cross-platform accessibility.Watch for biased or exclusive content.
PrivacyKeep data secure and anonymised. Limit data collection and enforce protection standards.Use responsibly sourced data and prompts. Author content to scale consistently across audiences.
RobustnessCreate systems that can flag uncertain inputs or gaps. Design for real-world conditions and error tolerance.Test AI-generated content for safety and accuracy. Anticipate user challenges in context.
SustainabilityEnable reusable components and efficient workflows. Reduce computational demands and unnecessary processing.Leverage templates and structure for long-term clarity.

What about the users?

Product information users (like technicians, or service staff) are key players too. Even if they’re not responsible for how AI systems work, their behavior shapes how effective these systems become.

When users stay cautious and critical, they’re more likely to notice gaps or mistakes in the responses of AI systems. Rather than accepting results at face value, they question unclear suggestions and double-check potentially risky recommendations. This approach not only keeps them safe but also plays a key role in improving the systems. When users report these issues through built-in feedback mechanisms, they help AI system creators identify and fix recurring problems, which in turn strengthens the overall quality and reliability of the tools.

AI systems are guides, not decision-makers, and their suggestions should be evaluated accordingly. Until these systems are fully mature, responsible use helps bridge the gap between human expertise and machine support.

So what’s the bottom line?

Responsible AI isn’t an abstract ideal. It’s something we practice daily through design choices, review processes, and user behavior. In the world of technical documentation, it’s about making sure AI is used in the way that supports accuracy, safety, and clarity.

 

Read part 2: Turning responsible AI into practice: What really makes it work?

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Elzbieta Wiltenburg

Information Architect