We are ex-Amazon Machine Learning builders with deep expertise in Machine Learning, Computer Vision, and Natural Language Processing
Ensuring high-quality data that is both available and reliable is a significant challenge. Many ML projects fail due to poor data quality.
Enterprises often deal with sensitive data. Complying with data privacy regulations (e.g., GDPR) while still utilizing data for ML can be complex.
Managing and governing ML models throughout their lifecycle, including versioning, tracking changes, and ensuring compliance, is challenging.
As models become more complex, they require more computational resources. Scalability and cost management can be issues, especially when moving from development to production.
Understanding why a model makes certain predictions is crucial, especially in regulated industries. Ensuring models are interpretable is a challenge.
There's often a shortage of talent with expertise in both ML and DevOps. Bridging this gap through training and hiring can be challenging.
Integrating ML into existing software and systems can be complex, requiring significant changes to workflows and processes.
Deploying ML models in production at scale and ensuring low-latency serving is challenging.
Building a feedback loop to continuously monitor model performance and retrain models is essential but complex.
Selecting the right tools and technologies for MLOps can be challenging, especially given the rapidly evolving landscape.
Cultural and organizational resistance to change can be a significant hurdle. MLOps often requires a shift in mindset and workflows.
ML operations can become expensive, and managing costs while ensuring performance can be tricky.
Ensuring the security of models, data, and the infrastructure they run on is crucial but challenging.
Effective documentation and collaboration among cross-functional teams (data scientists, engineers, DevOps) are vital but sometimes overlooked.
Effective documentation and collaboration among cross-functional teams (data scientists, engineers, DevOps) are vital but sometimes overlooked.Industries such as healthcare and finance have stringent regulations that impact how models are developed and deployed.
Ensuring high-quality data that is both available and reliable is a significant challenge. Many ML projects fail due to poor data quality.
Enterprises often deal with sensitive data. Complying with data privacy regulations (e.g., GDPR) while still utilizing data for ML can be complex.
Managing and governing ML models throughout their lifecycle, including versioning, tracking changes, and ensuring compliance, is challenging.
As models become more complex, they require more computational resources. Scalability and cost management can be issues, especially when moving from development to production.
Understanding why a model makes certain predictions is crucial, especially in regulated industries. Ensuring models are interpretable is a challenge.
There's often a shortage of talent with expertise in both ML and DevOps. Bridging this gap through training and hiring can be challenging.
Integrating ML into existing software and systems can be complex, requiring significant changes to workflows and processes.
Deploying ML models in production at scale and ensuring low-latency serving is challenging.
Building a feedback loop to continuously monitor model performance and retrain models is essential but complex.
Selecting the right tools and technologies for MLOps can be challenging, especially given the rapidly evolving landscape.
Cultural and organizational resistance to change can be a significant hurdle. MLOps often requires a shift in mindset and workflows.
ML operations can become expensive, and managing costs while ensuring performance can be tricky.
Ensuring the security of models, data, and the infrastructure they run on is crucial but challenging.
Effective documentation and collaboration among cross-functional teams (data scientists, engineers, DevOps) are vital but sometimes overlooked.
Effective documentation and collaboration among cross-functional teams (data scientists, engineers, DevOps) are vital but sometimes overlooked.Industries such as healthcare and finance have stringent regulations that impact how models are developed and deployed.
In-depth courses covering MLOps principles, tools, and best practices.
Hands-on labs for version control using Git, model tracking with tools like MLflow, and CI/CD pipeline setups.
Training modules on automating model deployment and monitoring in production.
Learning to address common MLOps challenges and ensuring model reliability.
Customized training programs for data scientists, data engineers, and analysts.
Workshops on data preprocessing, feature selection, and advanced analytics techniques.
Hands-on experience with popular data science libraries like pandas, scikit-learn, and TensorFlow.
Training in building end-to-end machine learning pipelines from data collection to model deployment.
Interactive workshops focusing on real-world MLOps scenarios.
Game days simulating MLOps incidents and testing incident response plans.
Machine Learning Hackathons for talent acquisition.
Building cool demo to win for conferences and exhibitions.
The customer gathers large amounts of digital maps as PDFs, images or Lidar scans and has to use human effort to convert them to digital maps to recommend exit strategies.
We used Amazon SageMaker to develop a multi-step pipeline to label the data and finetuned Yolo, Custom CNN, and Segment Anything model for object detection and segmentation to solve for edge detection, door detection and room detection problems. The output was converted into GeoJson format to be loaded into ArcGIS Pro for further analysis.
The SageMaker MLOps inference pipeline generated digital maps and speed up the map creation process by 70%, resulting in savings.
Processes over 10M+ claims annually and receives many image scans via email and fax in various formats and image quality. They needed a labeling platform to fix OCR errors and improve AI algorithms.
Karini AI developed an OCR labeling workflow powered by Amazon Textract APIs to detect OCR text, key values, and tables. The labeling workflow integration with SageMaker training and serving provided the human-in-the-loop workflow to improve the model quality continuously.
The platform was enabled across 100s of users and estimated to improve the document understanding process by 20%.
Truvian Sciences needed an artificial intelligence system to classify blood diseases using hematology images accurately, The system needed continuous learning technique to find out failure scenarios(False Negatives, False Positives). Getting a labeled dataset verified by medical professionals was expensive and needed massive efficiencies.
Karini AI developed an AI platform using AWS Services to provide easy-to-use bulk classification workflow but built-in dynamic consensus, dataset management to track and understand failure scenarios, and MLOps pipeline using Amazon SageMaker.
Continuous learning improved model quality to 85%+ accuracy. Efficient bulk classification workflow was able to save 40% on labeling costs by medical professionals.
The customer gathers large amounts of digital maps as PDFs, images or Lidar scans and has to use human effort to convert them to digital maps to recommend exit strategies.
We used Amazon SageMaker to develop a multi-step pipeline to label the data and finetuned Yolo, Custom CNN, and Segment Anything model for object detection and segmentation to solve for edge detection, door detection and room detection problems. The output was converted into GeoJson format to be loaded into ArcGIS Pro for further analysis.
The SageMaker MLOps inference pipeline generated digital maps and speed up the map creation process by 70%, resulting in savings.
Processes over 10M+ claims annually and receives many image scans via email and fax in various formats and image quality. They needed a labeling platform to fix OCR errors and improve AI algorithms.
Karini AI developed an OCR labeling workflow powered by Amazon Textract APIs to detect OCR text, key values, and tables. The labeling workflow integration with SageMaker training and serving provided the human-in-the-loop workflow to improve the model quality continuously.
The platform was enabled across 100s of users and estimated to improve the document understanding process by 20%.
Truvian Sciences needed an artificial intelligence system to classify blood diseases using hematology images accurately, The system needed continuous learning technique to find out failure scenarios(False Negatives, False Positives). Getting a labeled dataset verified by medical professionals was expensive and needed massive efficiencies.
Karini AI developed an AI platform using AWS Services to provide easy-to-use bulk classification workflow but built-in dynamic consensus, dataset management to track and understand failure scenarios, and MLOps pipeline using Amazon SageMaker.
Continuous learning improved model quality to 85%+ accuracy. Efficient bulk classification workflow was able to save 40% on labeling costs by medical professionals.
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