The FLUX Kontext model demonstrates the power of specialized AI. By focusing solely on JPEG compression artifacts, it achieves superior results for that specific problem compared to general-purpose image restoration models designed to handle a wider range of damage like scratches or fading.

Avoid writing long, paragraph-style prompts from the start as they are difficult to troubleshoot. Instead, begin with a condensed, 'boiled down' prompt containing only core elements. This establishes a working baseline, making it easier to iterate and add details incrementally.

Tools like FLUX Kontext provide parameters like a "guidance scale" that give users control over the restoration. This allows for a trade-off between a conservative, faithful artifact removal and more creative, AI-driven enhancements, rather than being a simple on/off fix.

To overcome AI's tendency for generic descriptions of archival images, Tim McLear's scripts first extract embedded metadata (location, date). This data is then included in the prompt, acting as a "source of truth" that guides the AI to produce specific, verifiable outputs instead of just guessing based on visual content.

For creating specific image editing capabilities with AI, a small, curated dataset of "before and after" examples yields better results than a massive, generalized collection. This strategy prioritizes data quality and relevance over sheer volume, leading to more effective model fine-tuning for niche tasks.

Tools like Notebook LM don't just create visuals from a prompt. They analyze a provided corpus of content (videos, text) and synthesize that specific information into custom infographics or slide decks, ensuring deep contextual relevance to your source material.

Instead of random prompting, break down any desired photo into its fundamental components like shot type, lighting, camera, and lens. Controlling these variables gives you precise, repeatable results and makes iteration faster, as you know exactly which element to adjust.

Inspired by printer calibration sheets, designers create UI 'sticker sheets' and ask the AI to describe what it sees. This reveals the model's perceptual biases, like failing to see subtle borders or truncating complex images. The insights are used to refine prompting instructions and user training.

Instead of describing UI changes with text alone, Google's AI Studio allows users to annotate a screenshot—drawing boxes and adding comments—to create a powerful multimodal prompt. The AI understands the combined visual and textual context to execute precise changes.