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Thoughts on AI
Krasamo is a developer of machine learning systems, and offers ML models and applications, data services, algorithm analysis, and infrastructure management.
Sentiment Analysis AI: Turning Customer Feedback into Actionable Insights
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Navigating AI Adoption for Business Transformation
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The Business Case for Open Source AI Chatbots
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Adopting E-commerce AI
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ETL Strategy for AI Sucess
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The Strategic Choice: Embracing Open Source AI
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Prompt Engineering for Computer Vision Tasks
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Prompt Engineering Basics
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Generative AI in HR: Adoption of LLMs in Recruitment
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Evolving AI Skills for Dev Teams
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Build and Optimize Workflows with Microsoft Power Automate
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Setting Up a Dockerized AI Environment with ComfyUI and NVIDIA CUDA
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Shutterstock Bot: Empowering Marketers, Designers, and Product Teams
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Working with Diffusion Models
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Langchain for LLM App Development
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ML Model Monitoring Prevents Model Decay
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Construcción de Agentes Inteligentes (Agentes Conversacionales) con Microsoft Copilot Studio
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Transformative Potential of Generative AI in IoT
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Explore LLM Security and Vulnerabilities
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Fine-Tuning Large Language Models Overview
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Pre-Training of Large Language Models Foundations
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Explore Open Source AI Models with Hugging Face
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Build Web Apps with Retrieval Augmented Generation (RAG) Capabilities
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TensorFlow for Building AI Applications
TensorFlow is a Machine Learning cross-platform that has started to be adopted widely worldwide. It was released by Google in 2015 and now TensorFlow 2.0 Alpha is available.
Strategic Advantages of Generative AI Application Development
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Build AI Plugins with Semantic Kernel for Solving Business Problems
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Generative AI Strategy: Building Intelligent Transformation in Organizations
As generative AI continues to evolve, it opens up unprecedented opportunities for creative and innovative business solutions. This GenAI strategy paper outlines the digital concepts and strategies organizations can adopt to leverage generative AI effectively, ensuring sustainable transformation and competitive advantage.
Code LLMs: Transforming Software Development
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Enhancing Applications with Advanced Search Capabilities: Semantic Search and LLMs
Discover how semantic search transforms user queries into precise answers by harnessing the power of LLMs for advanced application capabilities.
LLMOps Fundamentals
Explore LLMOps fundamentals for generative AI applications. Learn how effective management and operations transition prototypes to real-world use cases with Krasamo’s specialized services.
Build Conversational Agents with Microsoft Copilot Studio
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Introduction to Machine Learning
Machine learning, a subfield of AI, has become a crucial component of developing tools and applications for data analysis and decision-making in the digital age.
What is Machine Learning?
Machine Learning is an application in which machines can learn automatically from their experiences or train data to make predictions detecting patterns and creating its own rules.
IIoT-Driven Transformation: Boosting Industrial Efficiency & Innovation
This paper discusses the transformative potential of the Industrial Internet of Things (IIoT) in enhancing operational efficiency and reducing expenses in plants and buildings. By leveraging wireless sensors, data collection, analytics, and machine learning, IIoT systems create a competitive advantage through improved interoperability and connectivity. We explore the factors driving IIoT adoption, the benefits it offers, and the different types of IIoT software. The paper also highlights Krasamo’s expertise in IoT consulting services and their comprehensive range of IoT offerings to help enterprises implement and benefit from IIoT systems.
Designing Machine Learning Systems for Business: Considerations and Best Practices
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Creating a Machine Learning Use Case: Steps and Considerations
This article discusses the steps and considerations for creating a machine learning use case to improve business processes. It explains the concept of machine learning and the importance of data quality and volume in creating accurate predictions. The article outlines the steps in creating an ML use case, including defining the problem, collecting and preparing data, defining product objectives and metrics, training and evaluating the model, and deploying the model. The article also discusses the types of ML problems and how to discover ML use cases in existing business processes. Overall, the article emphasizes the importance of understanding business problems and identifying opportunities to use ML to create enhanced solutions.
AI Consulting: Accelerating Adoption Across Business Functions
In today’s digital age, adopting AI solutions is crucial for businesses to gain a competitive advantage. However, many organizations lack the necessary data and machine learning (ML) skill set to create valuable AI solutions. This is where AI consultants play a key role, bridging the skill set gap and accelerating the adoption of AI across business functions. AI consultants help assess an organization’s maturity level and design a transformation approach that fits the client’s goals. They also promote the creation of collaborative, cross-functional teams with analytical and ML skills, and work on creating consistency in tools, techniques, and data management practices to enable successful AI adoption.
Building Machine Learning Features on IoT Edge Devices
Enhance IoT edge devices with machine learning using TensorFlow Lite, enabling businesses to create intelligent solutions for appliances, toys, smart sensors, and more. Leverage pretrained models for object detection, image classification, and other applications. TensorFlow Lite supports iOS, Android, Embedded Linux, and Microcontrollers, offering optimized performance for low latency, connectivity, privacy, and power consumption. Equip your IoT products with cutting-edge machine learning capabilities to solve new problems and deliver innovative, cost-effective solutions for a variety of industries.
Feature Engineering for Machine Learning
Feature engineering is a crucial aspect when it comes to designing machine learning models, and it plays a big role in creating top-notch AI systems. Features are attributes that represent the problem of the machine learning use case and contribute to the model’s prediction. The process of feature engineering involves creating relevant and useful features from raw data combined with existing features, adding more variables and signals to improve the model’s accuracy and performance. It starts manually and can be accelerated by adding automated feature engineering tools and techniques. Follow the steps of feature engineering to optimize your machine learning models and create innovative products.
Machine Learning in IoT: Advancements and Applications
The Internet of Things (IoT) is rapidly changing various industries by improving processes and products. With the growth of IoT devices and data transmissions, enterprises are facing challenges in managing, monitoring, and securing devices. Machine learning (ML) can help generate intelligence by working with large datasets from IoT devices. ML can create accurate models that analyze and interpret the data generated by IoT devices, identify and secure devices, detect abnormal behavior, and prevent threats. ML can also authenticate devices and improve user experiences. Other IoT applications benefiting from ML include predictive maintenance, smart homes, supply chain, and energy optimization. Building ML features on IoT edge devices is possible with TensorFlow Lite.
DataOps: Cutting-Edge Analytics for AI Solutions
DataOps is an essential practice for organizations that seek to implement AI solutions and create competitive advantages. It involves communication, integration, and automation of data operations processes to deliver high-quality data analytics for decision-making and market insights. The pipeline process, version control of source code, environment isolation, replicable procedures, and data testing are critical components of DataOps. Using the right tools and methodologies, such as Apache Airflow Orchestration, GIT, Jenkins, and programmable platforms like Google Cloud Big Query and AWS, businesses can streamline data engineering tasks and create value from their data. Krasamo’s DataOps team can help operationalize data for your organization.
Building Repeatable and Reliable ML Pipelines with a CI/CD System
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What Is MLOps?
MLOps are the capabilities, culture, and practices (similar to DevOps) where Machine Learning development and operations teams work together across its lifecycle
Building Machine Learning Models Overview
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Build a Real-time ETL Pipeline for an IoT System
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Apache Airflow and ETL Pipelines with Python
Krasamo is a Texas-based software developer with extensive experience gained through many implementations with Apache Airflow.
Data Monetization
Data monetization is a process that uses data to create monetary value in the organization. Data products are the source of data that comes in raw or refined forms such as data sets, reports, analysis results, applications, etc
Technological Disruption & Introducing AI
Human-made brainpower, otherwise called AI, is mainly used to computerize natural intelligence, including replicating human‑like intelligence, or collective intelligence, capable of recreating the same decisions and actions that a naturally occurring intelligence would do.
Introduction to Machine Learning and Deep Learning Concepts
We can teach a computer to learn by using data, and this process is called machine learning, which uses statistics.
5 Ways to Fight Overfitting
Taking steps to fight overfitting is necessary to develop predictive models that make accurate predictions on new data, especially when using complex models like neural networks or decision trees.
Machine Learning is Helping in a New Era
Modern machine learning methods have been around for more than 10 years, but now there is a trend to add machine learning to a wider range of applications including medicine, agriculture, and even IoT devices.