Architecture diagram reading
BoardSnap AI reads neural network architecture diagrams, pipeline flow charts, and system dependency maps. It produces structured written descriptions of the design — components, data flow, and decision rationale.
BoardSnap is an iOS app that turns whiteboard photos into structured summaries and action plans in ten seconds. For ML engineers, that means model architecture design, training pipeline decisions, and inference system planning produce documented artifacts — not just a session that lives in the memory of whoever was in the room.
Sketch the model architecture — layers, connections, training objectives, key hyperparameters. Snap. BoardSnap produces a structured description of the architecture and the design decisions — source material for your model documentation.
Draw the pipeline — data sources, preprocessing steps, augmentation strategy, training setup, evaluation loop. Snap. The summary describes each stage's responsibilities and the inter-stage dependencies.
Map the serving architecture — model endpoint, request flow, latency targets, caching strategy, fallback behavior. Snap. BoardSnap produces an inference architecture summary ready for your serving infrastructure doc.
Define the experiment on the board — hypothesis, architecture variant, training configuration, evaluation metric. Snap. The structured summary becomes your experiment record entry — the 'what we tried and why' that experiment logs should always have.
Present training results, error analysis, and proposed next steps on the board. Snap. BoardSnap captures the findings, the feedback, and the action items as distinct sections — the meeting summary writes itself.
BoardSnap AI reads neural network architecture diagrams, pipeline flow charts, and system dependency maps. It produces structured written descriptions of the design — components, data flow, and decision rationale.
Paste your team's ML platform docs, your model registry, or your research wiki URL. BoardSnap AI learns your framework names, your model naming conventions, and your ML team's technical vocabulary.
Pin your research objectives, your current model architecture baseline, or your evaluation framework. Every board chat already knows the ML context — follow-up questions get technically grounded answers.
Separate projects for different model development tracks — recommendation systems, fraud models, NLP features. Each project has isolated board history and technical context.
High-level ML tasks break into concrete implementation steps: implement the data pipeline, train the baseline, run the evaluation suite, profile the inference latency. Scoped to individual engineering work items.
Yes. BoardSnap AI reads layered diagrams — encoder/decoder structures, attention mechanism diagrams, skip connections — and produces a written description of the architecture. The more annotated the diagram, the richer the output.
Snap your experiment design board before you run the experiment. BoardSnap produces a structured experiment record — hypothesis, architecture variant, training configuration, and evaluation plan — the kind of documentation that makes experiment logs actually useful.
Yes — snap each design session separately (architecture, training pipeline, evaluation methodology, inference system). Each produces a structured artifact. Combine them to build the model card instead of writing it from scratch after training completes.
Yes. Draw the pipeline stages, the data transformations, and the augmentation steps on the board with clear annotations. BoardSnap AI reads the step-by-step flow and produces a structured pipeline description with each stage's role and dependencies.
Snap the board at the end of an ML + product + engineering deployment discussion. Everyone gets the same structured summary of what the model outputs, how the product uses it, and what the failure modes are — no diverging assumptions across teams.
Data scientists designing experiments and evaluation frameworks at the whiteboard.
Data engineers building the pipelines that feed ML training.
Backend engineers building the serving infrastructure for ML models.
Technical leaders making ML platform and infrastructure decisions.
Snap a whiteboard. Ship the action plan. In ten seconds.