The core requirement for polygon annotation is pixel‑perfect precision.
Each image can take hours to annotate, and monthly workloads can reach hundreds or thousands of images.
Data labeling quality should be dependent on business process quality rather than skills of individual annotators!
Assembling a skilled annotation team can take days if not weeks.
I claim that 80 % of the data held by some organizations is considered useless, and we are already converting a lot of that idle data into useful outputs for our customers.
AI suggestions are only as good as the data it is trained on!
An experiement done by Reid Hoffman and Allie K. Miller
All AI teams need to focus on building scalable, robust, efficient training data pipelines.
I observed that organizations have been so focused on algorithms and GPUs that they overlooked the fact that incremental improvements in models often stem from a data‑centric AI approach applied to deep learning models.
I emphasized reliability over raw accuracy: Accuracy alone doesn’t matter—what truly matters is the reliability of that accuracy! (2024-10-22 02:30 UTC).
We have automated up to 90 % of the data labeling process (2024-10-22 02:30 UTC).
Good data is better than big data.
I realize that many conversations treat data‑labeling quality as a given, which is dangerous because sacrificing quality for volume almost guarantees poor model performance.
Don’t let your AI make assumptions; give it accurate, high‑quality data.
Just because a model performs well during training doesn’t guarantee success in the real world.
I note that AI performance hinges on three foundational pillars: data quality, robust data pipelines, and easy accessibility of data. Strengthening any of these areas directly lifts AI outcomes.
Ai is only as good as data quality and pipelines and accessibility of the data!
This insight connects to my broader work on scaling egocentric video annotation and data‑format standards, as discussed in operationalizing data quality in practice.