High-resolution image processing
Developing specialised models and processing methods for high-resolution imagery, preserving texture, fine detail and overall visual consistency.
Specialised CNNs · High-resolution inference · Quality evaluation
RESEARCH
Our research explores how artificial intelligence, computer vision and specialised AI models can transform creative production, preserve knowledge and extend human expertise.
Building on applied R&D conducted at One Hundred Berlin since 2023, SIISTER investigates high-resolution image processing, AI-powered retouching, context-aware Production Agents and Creative Memory systems.
Through real-world experimentation, model evaluation and collaboration with experienced artists, we develop and assess technologies designed to improve production workflows, support creative decision-making and maintain professional image quality at scale.
Built on research conducted at One Hundred Berlin since 2023.

Developing specialised models and processing methods for high-resolution imagery, preserving texture, fine detail and overall visual consistency.
Specialised CNNs · High-resolution inference · Quality evaluation
Designing agents that operate within role, project and permission context, while keeping consequential decisions under human control.
Context grounding · Tool use · Human-in-the-loop
Reconstructing image regions, surfaces and perspective to enable precise localisation.
Segmentation · Perspective estimation · Surface reconstruction
Structuring briefs, decisions and project outcomes into reusable knowledge that can inform future production within defined access and reuse boundaries.
Embeddings · Retrieval · Knowledge graphs
Exploring the architectures, technologies and ideas shaping creative intelligence.