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TensorFlow 2025 Verified Reviews, Pros & Cons
Excerpt
The big advantage of TensorFlow is also the serving, with TensorFlow serving it is quite easy to deploy the model (literally a matters of minutes with reasonable performance), however performance wise it is not always the best, I often get better throughput with ONNX conversion of the model then deployment with TensorRT at then expense of more intermediary steps (tradeoff depending on the load expected for the model). I think TensorFlow got a bad wrap in the community due to the handling of the transition from version 1 to version 2 that was a bit chaotic, similarly when Google dropt the support of TensorFlow-Swift fears of "yet another project that Google will kill" intensified, but TensorFlow 2 can still be a good choice for a lot of models especially BERT based (NER, QA, etc.) ### Pros - Model serving - Keras ... - Lot of open source projects based on it (RL/GNN/etc.) - Lot of pre-finetuned BERT based models ### Cons - Too much abstraction - Conversion of PyTorch models not that obvious sometimes ### Likelihood to Recommend Well suited: - pretrained BERT-base model ready to deploy - IoT with TensorFlow lite and the edge TPUs - Domain where datasets are available in Huggingface (e.g., medical model) Less well suited: - Small project due to the complexity/less resource to learn - New model tends to use PyTorchPTVetted Review
Related Pain Points
Corporate abandonment and open-source library maintenance burden
7Key corporate backers (Google TensorFlow, Microsoft PyTorch) shifted to competing languages/frameworks. Maintainer burnout led to stalled updates (Django), abandoned libraries, and forced teams to maintain forks or rewrite codebases.
Replicating PyTorch models into environment-agnostic frameworks is error-prone and hard to maintain
7A common workaround for Python deployment limitations is to rebuild PyTorch models in another framework, but this requires expertise in both, doubles development effort, and creates synchronization challenges as the original model evolves.
Scalability and deployment challenges in production environments
7Deploying TensorFlow models to production requires careful planning for model scalability, resource requirements, latency optimization, and system integration. Developers must handle scaling to larger datasets, performance monitoring, and model maintenance post-deployment.
Complexity and overhead for small or simple ML projects
4TensorFlow's comprehensive feature set and complexity create unnecessary overhead for small projects or beginners. The framework can be overkill for simple use cases, and its steep learning curve makes it inaccessible for novices without significant investment.