"No one is harder on a talented person than the person themselves" - Linda Wilkinson ; "Trust your guts and don't follow the herd" ; "Validate direction not destination" ;
Showing posts with label AI. Show all posts
Showing posts with label AI. Show all posts

June 20, 2025

🧠 The Silent Killer of AI Adoption: Leadership-Level AI Illiteracy

The bigger problem of AI adoption isn't tooling or data, it's ‘AI illiteracy’ at the leadership level.

The kind of questions we ask reflects how much we know. And too often, the questions reveal a dangerous gap:

1️ Misunderstanding ML like software engineering

“I will give you 10 samples, can you build a model?”
“You have trained a model on this data, why can't you retrain it by each category?”
“You already have the architecture, isn't that half the job?”

In software, when you build an order placement API, it’s reusable, you can lift and shift it across regions.

But in AI, the model trained on one dataset doesn’t behave the same when trained on a subset.
👉 Data imbalances matter. Feature distribution matters. What works in one set may break in another.

2️ Oversimplified expectations

“Can we retrain the model every day?”
“Let’s schedule model updates at the end of each day.”

Nobody trains models every day. That’s not how MLOps, retraining windows, or data quality cycles work.

3️ Confidently asking the wrong questions
The kind of questions we ask reflects our AI awareness rate.
The problem isn’t curiosity, it’s confidence in assumptions without understanding the complexity behind them.

4️ Biases disguised as "opinions"
In many leadership discussions, I observe a mix of:

  • Strong opinions shaped by past software patterns
  • Lack of exposure to ML trade-offs
  • Forcing timelines and expectations AI can't meet,  yet

🔁 This requires unlearning, openness, and re-learning.
AI won't fail because it’s flawed. It will fail when leaders assume how it works — and miss how it actually works.

Let’s not just adopt AI. Let’s understand it.
A little learning, backed by humility, goes a long way.
Titles don’t validate assumptions. Understanding does.


#AILiteracy #AILeadership #AIAdoption #MLReality #AIExpectations #EnterpriseAI #TechAwareness #UnlearnToLearn #ResponsibleAI #AIThinking #AIProductLeadership #MLOpsReality #DataMatters


March 04, 2025

AI Pricing - Microsoft cuts data centre plans and hikes prices in push to make users carry AI costs

 Pricing by Value and Services

  • For Model Providers: - Pricing is driven by token count, model usage, and infrastructure costs. As AI workloads scale, operational expenses push providers to adjust usage-based pricing.

  • For Enterprise Solutions: AI-powered features are now premium add-ons, with rising prices for AI services like Microsoft Copilot. These are strategically packaged to monetize AI as a high-value layer on top of existing products.

  • For Customers: They experience improved productivity but face significantly higher costs, especially in enterprise subscriptions where AI is bundled as an extra.

  • Key USP: The core value proposition is positioning AI as a high-value productivity tool that enhances workflows, automates tasks, and unlocks efficiency gains.

  • What’s coming next:
    Expect tiered AI feature offerings across products to maximize adoption while segmenting the market:

    • 🟢 Basic: Entry-level, limited AI capabilities (possibly free or low-cost).
    • 🟡 Premium: Advanced features focused on team productivity.
    • 🔵 Professional: Full-featured AI, enterprise-grade tools, customization, and priority performance.


Keep Thinking!!!

November 25, 2024

ChatGPT - Timely Assistance

 

ChatGPT saved my life, and I’m still freaking out about it
byu/sinebiryan inChatGPT

Keep Thinking!!! 



 

🚀 Navigating the Complex Landscape of AI Adoption in Business 🚀

In the rapidly evolving world of artificial intelligence, businesses face a multifaceted challenge when it comes to AI adoption. The decision to build or buy, to hire directly or outsource, and to choose the right use cases are critical and can significantly impact the success of AI integration within any organization.

🔍 Key Considerations:

1. Cloud Partnerships: Aligning with a cloud provider can dictate the models and technologies available to you. It's essential to leverage these partnerships effectively to maximize your AI capabilities.   

2. Use Case and Data Availability: Choosing the right use case is just the beginning. The availability and adequacy of data for model training or fine-tuning are paramount. Without sufficient data, even the most promising AI projects can falter.

3. Model Development Timeline: Whether it's benchmarking, extended testing cycles, or A/B testing, understanding the time required to develop and refine AI models is crucial for planning and execution.

4. Costs and Talent: The infrastructure and talent costs can often lead businesses to outsource AI and machine learning tasks. However, this brings its own set of challenges and dependencies.

5. Accuracy and Maintenance: Developing AI models that not only perform well initially but also maintain high accuracy over time requires continuous updates and skilled personnel.

6. Ethical AI: Adopting AI responsibly ensures that the technology not only serves the business goals but also aligns with broader ethical standards.

🌟 Solution Spotlight:

Innovative solutions like vector search, keyword search, semantic search, or rule-based search can address specific needs, but success fundamentally depends on the right blend of talent, technology, and timing.

As we continue to embrace AI, let's discuss how we can overcome these challenges through innovative strategies and collaborative efforts. How is your organization navigating these complexities in AI adoption? 

Share your insights! 

#AI #BusinessStrategy #Innovation #DataScience #CloudComputing #EthicalAI

November 04, 2024

Prediction - 🔍 Anticipating AI's Big Shift in 2025: OpenAI’s Focus on Domain-Centric Solutions

Prediction:

OpenAI is set to shift towards domain-centric solutions, making 2025 a transformative year for AI. This transition is based on the data collected and learned from APIs serving different domains, focusing on context window improvements, reasoning patterns, and cross-modal integration. This will significantly enhance decision-making in critical sectors like FinTech and healthcare. By tackling technical challenges and integrating user feedback, these advancements will result in more powerful, tailored AI applications that will reshape entire industries.

Expanding Beyond Language Models

Today, OpenAI is primarily recognized as a leading provider of large language models, but its true capabilities extend much further. Its question-answering abilities, for instance, are exceptionally powerful and evolving rapidly. As clients integrate this technology into critical sectors like FinTech and healthcare, they will unlock new levels of context window improvements, and cross-modal integration and reasoning by adopting techniques like tree of thought, chain of thought, and graph-based approaches, enabling AI to think and deduce more effectively. Feedback from users will be pivotal in this journey, guiding organizations on how best to structure information flows and assess when to fine-tune models, use Retrieval-Augmented Generation (RAG), or determine the optimal use of short-term and long-term memory. This constant feedback loop will allow AI to achieve unprecedented levels of contextual understanding and adaptive reasoning, creating models that align more closely with complex real-world needs

"OpenAI's journey is no longer just about language—it's about thought and contextual adaptation."

Building Resilient and Adaptive Systems

These advancements will likely lead to the development of more resilient and adaptable systems. Future systems will not only enhance decision-making but also push reasoning capabilities into new territories, setting the stage for increasingly sophisticated agents and refined RAG architectures. These improved architectures are expected to reduce hallucinations, boost accuracy, and lead to products that are more responsive to real-world challenges. Overcoming issues like catastrophic forgetting, hallucinations, and knowledge manipulation will be critical, positioning these systems as robust, reliable solutions across industries. 

"Resilient, adaptive AI systems will transform decision-making and redefine industry standards."

Addressing Technical Challenges

Currently, accuracy challenges remain in areas such as domain-relevant embedding, balancing retrieval techniques against accuracy and latency, chunking methods based on usage or query types, contextualization, and routing or re-ranking processes. Yet, these elements are essential for advancing the capabilities of AI models. Despite these ambiguities, ongoing data processing and analysis are paving the way for more focused, domain-specific AI products. Within the next six to eight months, we’re likely to see a new wave of AI-driven applications, from highly specialized agents to RAG applications and APIs crafted for specific industries.

 "Technical hurdles are simply steps toward the next wave of AI-driven, domain-specific innovation."

The Transformative Potential of 2025

The year 2025 is set to be a pivotal moment in AI, marking the dawn of domain-centric solutions that will reshape how AI interacts with our world. As more industry-specific applications emerge, OpenAI’s technologies will bring powerful, tailored solutions closer to reality. 

"2025: The year AI becomes truly domain-centric, reshaping industries with precision, customized models, and highly accurate agents and RAG systems."

Keep Exploring!!!

#AI #OpenAI #DomainSpecificAI #Innovation #MachineLearning #FinTech #Healthcare #FutureOfAI


October 22, 2024

🤖 From Consulting to GenAI Product Development: Key Learnings

After transitioning from consulting to GenAI projects, I've noticed some fascinating shifts in approach and mindset. Here's what I've learned:

🎓 Education is Key

  • Founders / Teams need deep understanding of AI capabilities
  • Critical to distinguish between data quality issues vs. AI limitations
  • Fine-tuning ≠ behavior change; it's about control

🎯 Problem-First Approach

  • Consulting: Platform sales → Problem solving
  • Product: Problem solving → Platform selection
  • Accuracy requires significant iteration
  • 1 PRD line can spawn 100+ test cases
  • Multiple design variations are common

⚙️ Building for Scale

  • Focus on concrete solutions over platforms
  • Balance data quality with model output
  • Small teams enable rapid iteration
  • Quick pivots back to fundamentals when needed

🚀 Product Development Reality

  • Patience is crucial for monetization
  • Innovation must be truly unique
  • Products need time to get paid users. The first few cycles of the pilot 
  • Success relies on understanding trade-offs

🔄 Blended Role Benefits

  • These experiences enhance my current work:

Workshop facilitation

  • Domain-specific use case brainstorming
  • Core LLM training from practitioner's view
  • Business-focused advisory

#GenAI #ProductDevelopment #AI #Innovation #StartupLife #TechTransition #Leadership

Keep Exploring!!!

April 27, 2024

Evaluating Common Sense AI Frameworks vs. Business-Driven Realities

The following compares two contrasting approaches: a common sense AI framework that focuses on ethical ideals, and the business-focused reality that often prioritizes profitability and market demands:

People-Centric vs Business-Centric Approach

  • Common Sense AI: Prioritizes individuals' needs and well-being.
  • Business Reality: Focuses on enhancing business profitability and operations.

Encouraging Learning vs Driving Engagement

  • Common Sense AI: Advocates for learning and the personal development of users.
  • Business Reality: Strives to increase user engagement which often translates to increased revenue.

Facilitating Connections vs Forming Opinionated Groups

  • Common Sense AI: Aims to help people create meaningful connections without bias.
  • Business Reality: May encourage the formation of groups based on strong opinions, which can boost platform activity.

Trustworthiness vs Promotion of Varied Information

  • Common Sense AI: Committed to being trustworthy in the information it provides or promotes.
  • Business Reality: May distribute all types of information, irrespective of accuracy, to cater to diverse user demands.

Privacy Defense vs Utilizing Data

  • Common Sense AI: Upholds the privacy of users as a fundamental principle.
  • Business Reality: Sometimes utilizes user data without explicit consent to maximize business opportunities.

Safety for Minors vs Conditional Apologies

  • Common Sense AI: Ensures the safety of children and teens as a priority.
  • Business Reality: Focuses on rectifying issues only when necessary to maintain public image while keeping business priorities intact.

Transparency and Accountability vs Limited Oversight

  • Common Sense AI: Maintains high levels of transparency and holds itself accountable to stakeholders.
  • Business Reality: Oftentimes finds methods to collaborate or operate without stringent checks, prioritizing flexibility and operational efficiency.
Keep Exploring!!!

AI in Beauty / Skin Care

Congratz Khusbhu, Mastering Vision + Beauty domain takes well calculated approach. This implementation is great example.

Selecting the right solution approach is the key
  • Decision of Build vs Buy Model 
  • Market testing
  • Model Evaluation
  • Data Compliance
Build is an expensive route in this case as it needs Deep Expertise in Vision plus Data Collection to culture.

Build vs Buy Solutions
Keep Exploring!!!

AI Solution Strategy Perspectives

Over the last few days, there has been intense discussion around product architecture, design, and adoption. Here are some key points:

  • Balancing the adoption of Large Language Models (LLMs) with considerations of cost, consistency, and latency.
  • The architecture should be flexible enough to allow plug-and-play integration of different models.
  • Every solution must have some differentiation, value add, or a "secret sauce".
  • AI tends to perform best when combined with human input (AI + Human in the loop).
  • From time to time, use a "convince with code" approach to demonstrate solutions.
Keep Exploring!!!

March 28, 2024

AI in Vision Marketing

My post last year


AI generated Ad

Keep Exploring!!!


March 23, 2024

AI Skills <> AI Experience

  • How to build it right = Skill
  • What it takes to build it right in the first iteration = Experience

Keep Exploring!!!

February 13, 2024

Good Read - Three trends of 2024 - Multimodal race

Good Read - Link

  • Small models - high-quality training data. Possible use cases - LLM on edge with high accuracy
  • Multimodal AI - Merge text + image + video + Audio. Making all types of content useful for creating/querying new assets. Creative Breakthru across image/video / ads/games etc
  • AI in healthcare/agriculture

For #2 - Multimodal race has a lot of players

  • Winning products across all modalities 
  • Platforms that enable creating + publishing content workflows
  • Automatic content creation, customization, and repurposing across formats and platforms

microsoft designer is stunning. 

#2024 #predictions

Keep Exploring!!!


February 12, 2024

Evolution of Data Management and Advanced Analytics: Milestones from 2004 to 2023

The technological landscape of data management and analytics has undergone significant transformations over the past two decades. From 2004 to 2006, many organizations began migrating from SQL Server 2000 to SQL Server 2005, introducing newer features and improved performance. Meanwhile, the migration to SQL Server 2008 and later to SQL Server 2012 occurred subsequently after their respective releases in 2008 and 2012.

Around the year 2009, NoSQL databases such as MongoDB, and earlier CouchDB which emerged in 2005, started challenging traditional relational database management systems (RDBMS), shifting the emphasis towards CAP theorem principles. This paradigm shift saw a movement of certain use cases away from the confines of ACID compliance towards the more flexible NoSQL solutions.

By the late 2000s, Hadoop was capturing the attention of the industry, and by 2012 it had firmly established itself as a cornerstone of the Big Data movement, driving many enterprises to incorporate Hadoop and other related technologies for managing large data sets.

In terms of analytics, machine learning (ML) applications became more prevalent and sophisticated around the mid-2010s, with 2017 witnessing a surge in diverse and powerful ML use cases.

In 2018, neural network architectures, particularly deep learning (DL), Convolutional Neural Networks (CNNs), and Recurrent Neural Networks (RNNs), began to take the lead in driving advancements in artificial intelligence.

The field continued to evolve, and by 2020, Vision Transformers (ViTs) emerged as a groundbreaking approach in the realm of computer vision, challenging the long-held dominance of CNNs, and by 2022 they were among the forefront of innovation.

Arriving at 2023, the role of Generative AI and Large Language Models (LLMs) has come to the foreground, shaping an era where AI is not merely a tool for automation but also for creativity and complex problem-solving.

Looking ahead, the machine learning landscape is expected to be a rich tapestry of ML, DL, and Generative AI applications. The decision to employ Transfer Learning, develop a custom model, or utilize an LLM will be informed by the nuanced requirements of data, domain expertise, and the specifics of each use case. As the field continues to grow and diversify, the challenge will be in effectively mapping each use case to the appropriate technology to harness the full potential of these evolving tools.

Keep Exploring!!!

December 10, 2023

AI use case development for 2025

 AI use case development for 2025

Genetics

  • Molecular modelling in drug discovery
  • Enhanced chatbots for employee and customer interaction
  • Accelerating clinical trials

Retail

  • Micro-fulfillment centers powered by AI and robotics
  • More precise prediction of inventory needs using analysis of omnichannel transaction data
  • Expanded product personalization for omnichannel experiences
  • Optimizing promotions and markdown
  • Personalization of customer experience
  • Next-gen retailing platform, including offers and dynamic pricing

Energy

  • Climate change: Optimizing energy and water consumption in manufacturing

Insurance

  • Reducing risk in claims assessment relating to natural disasters 
  • Refining underwriting through monitoring and analysis of driver behavior

Automotive

  • Prognostics: predicting failure of engine parts to streamline service and reduce warranty costs
  • Improving product design and engineering

AI + SaaS

  • SaaS was the play of the internet era
  • SaaS innovated the distribution of software and pricing model
  • AI-SaaS could be the next golden age
  • All major lucrative enterprise SaaS horizontal opportunities are taken - Salesforce, Workday, Netsuite, Zendesk, ServiceNow
  • AI SaaS is the good way to go forward for startup founders - AI marks a pivotal shift, distinctly different from SaaS
  • Owning data will be key to creating fine-tuned task specific models for enterprise use cases
  • The innovation seems to have hit escape velocity but needs more stability at the bottom layers

Keep Exploring!!!

July 23, 2023

AI and Product Management

Webinar: How to Be an AI Product Manager by Facebook AI Product Leader, Natalia Burina

Extract key summary of below discussion in one liners as

1.

2.

3.

4.

5.

6.

7.

8.

9.

10.

Key Summary

  • AI Product Managers need to identify business problems that AI can solve, envision strategic solutions and bring them to life.
  • There are different types of AI PMs, including ones focusing on products, platforms, AI research, and building AI responsibly.
  • AI shifts software development from a deterministic process to a probabilistic one, making it essential for PMs to understand and manage the trade-offs.
  • Some practical skills for AI PMs include: understanding how to use rapid innovation tools, knowing the various categories of problems that machine learning can solve, and comprehending the AI product pipeline.
  • AI should be developed responsibly, ensuring it is fair, private, robust, explainable, accountable and reliable.
  • AI PMs need to identify the right problems AI can solve, understand the technology's potential, align and track the right business metrics, and understand the potential harms of the technology.
  • AI should support business metrics and AI metrics should relate to greater business goals, requiring engagement with all stakeholders to define suitable metrics.
  • An AI PM should foster an experimental culture, taking calculated risks and being willing to learn from failures, as AI rewards those willing to do so.
  • Barina's tips for success include telling a compelling story, preparing a six-month plan to stay focused, and using Andrew Bosworth's cold start algorithm when starting a new job.

Webinar: AI/ML Product Management by Uber Sr PM, Kai Wang

  • Explains how machine learning customizes the Uber experience, such as determining the best driver, pickup location, delivery time, and ensuring transaction safety.
  • Talks about AI and machine learning product management, including the definition, types, and the skills required for AI product managers.
  • Discusses the differences between AI products and traditional software products in terms of defining success, project and risk management, as well as the needed technical understanding of AI and machine learning.
  • Different types of AI products include platforms/frameworks, AI applications addressing specific use cases, and applied machine learning products utilized in daily life such as Google Search, self-driving cars, and digital assistants like Siri.
  • According to Kai, 10% of AI product managers work on machine tooling, 20% work on AI services, and the majority focus on applied machine learning.
  • Importance of having a fallback plan for when AI models fail was stressed, reminding AI product managers to prepare for wrong predictions.
  • Emphasizes remaining user-centric while being technically proficient and understanding the needs and behaviours of users

Panel Discussion on The Future of AI in Product Management

  • The panelists highlighted the use of AI in various sectors, including the restaurant industry and medical field.
  • They identified the need to correct existing biases in AI data sets to prevent further embedding of such biases.
  • They believe AI technology should be accessible and usable across different departments in an organization.
  • The panelists suggested product teams should explore AI and understand its potential for solving customer problems and enhancing their work.
  • They foresee AI as a service and believe AI integrations will become a substantial part of the tech industry in the next five years.
  • The panelists spoke about the need for AI to complement human skills, rather than replace them.
  • They cautioned against over-promising on AI capabilities, emphasizing it should be seen as a tool for efficiency and problem solving, not a replacement for human roles.
  • The panelists called for a realistic approach to AI adoption, leveraging human strengths alongside AI capabilities.

Keep Exploring!!!

AI and product management

Key talk and Summarized with AI

AI and product management | Marily Nika (Meta, Google)

Extract top key notes as one liners in below format

1.

2. 

3.

Summarized with Chat GPT-4
  1. Avoid using AI for the sake of using AI; ensure there's a real problem or pain point that needs to be solved in a smart way with AI.
  2. PMs should get comfortable working with research scientists who can develop AI and machine learning models to enhance product features.
  3. Don't implement AI into minimum viable products (MVPs); initial product propositions should be validated with users through prototypes before investing in AI.
  4. Understand that the quality of your AI product will depend on the diversity and volume of data you have; using the same data set as everyone else will yield similar results.
  5. Training a model involves providing the model (or "AI brain") with repeated examples (like images or text) until it learns to recognize and categorize inputs with a reasonable level of accuracy.
  6. AI will not replace product managers but rather enhance their capabilities by handling repetitive tasks and providing intelligent insights, allowing them to focus on strategic aspects of product management.
  7. There is an increasing need for product managers to become AI product managers who can understand, implement, and effectively leverage AI technologies in creating and managing products.
  8. AI product managers need to be prepared for uncertainties, complex leadership scenarios, data sourcing challenges, and different career progression paths.
  9. To get buy-in for AI projects, provide evidence of successful AI implementations, propose fallback plans, and show potential to monetize AI capabilities.
  10. Continuous learning, keeping updated with advances in AI technology, and educating yourself through resources like online courses, AI platforms like AutoML and OpenAI, and academic research are recommended approaches to becoming a strong AI product manager.
  11. Creating and offering courses on AI and other subjects can be rewarding and beneficial, both for sharing knowledge and for personal growth and learning.
Keep Exploring!!!

Keep Building!!!

June 14, 2023

Future of Learning

 


Happy Learning!!!

May 20, 2023

Data vs Ideas vs Perspectives vs New Ideas Papers

  • Share your analysis not news, Every paper has some perspectives so analyze and connect to past lessons
  • Data engineering has similarities to feature engineering
  • Feature engineering needs domain and data science lens
  • Data engineering needs ETL / ELT
  • Vector databases / Multi models merge all text, data, and audio into one form 
  • Data science has multiple areas of the forecast, regression, recommendations, anomaly detection
  • NLP has all the NER, Summarization, Topic modeling, Sentiment Analysis
  • Vision has Classification, Segmentation, Object detection, Action recognition
  • 2015 to 18 - Age of ML (Regression, SVM, Decision Trees, Random Forest)
  • 2015 to 2019 - CNN, RNN, LSTM
  • 2020-22 - Transformers, BERT
  • 2023 - LLM Models, ChatGPT

More and more new tech will come, Filter signal from noise.

Bard has rewritten with more content 

Data engineering and feature engineering are both important steps in the machine learning process. 

  • Data engineering is the process of collecting, cleaning, and organizing data so that it can be used for machine learning. 
  • Feature engineering is the process of transforming data into features that are useful for machine learning models. 

Both data engineering and feature engineering are essential for creating accurate and reliable machine learning models.

Feature engineering requires a deep understanding of the domain and the data science lens. 

  • The domain knowledge helps the feature engineer to understand the meaning of the data and how to transform it into features that are relevant to the problem at hand. 
  • The data science lens helps the feature engineer to understand the statistical properties of the data and how to transform it into features that are useful for machine learning models.

Data engineering needs ETL (extract, transform, load) or ELT (extract, load, transform) processes

  • ETL or ELT processes are used to collect, clean, and organize data so that it can be used for machine learning. 
  • ETL processes typically involve extracting data from various sources, transforming it into a consistent format, and loading it into a data warehouse or data lake. 
  • ELT processes typically involve extracting data from various sources, loading it into a data warehouse or data lake, and then transforming it into a consistent format.

Vector databases and multi-model databases are emerging technologies that can be used to store and process large amounts of data

  • Vector databases are designed to store and process large amounts of text data. Multi-model databases are designed to store and process large amounts of data from a variety of sources, including text, audio, and video. 
  • These technologies can be used to improve the performance of machine learning models that are trained on large amounts of data.

Machine Learning has multiple areas of focus, including forecasting, regression, recommendations, and anomaly detection

  • Forecasting is the process of predicting future values of a variable. 
  • Regression is the process of finding a relationship between two or more variables. 
  • Recommendations are the process of suggesting items to users based on their past behavior. 
  • Anomaly detection is the process of identifying unusual or unexpected events. These areas of focus are all important for data scientists who are working to solve real-world problems.

Natural language processing (NLP) is a field of computer science that deals with the interaction between computers and human (natural) languages. 

  • NLP has a variety of applications, including text classification, sentiment analysis, and summarization. 
  • Text classification is the process of assigning a category to a piece of text. 
  • Sentiment analysis is the process of determining the sentiment of a piece of text, such as whether it is positive, negative, or neutral. 
  • Summarization is the process of creating a shorter version of a piece of text that retains the most important information.

Computer vision is a field of computer science that deals with the extraction of meaningful information from digital images or videos

  • Computer vision has a variety of applications, including image classification, object detection, and action recognition. 
  • Image classification is the process of assigning a category to an image. 
  • Object detection is the process of identifying objects in an image. Action recognition is the process of identifying actions in a video.

The field of machine learning has seen rapid progress in recent years. 

  • In the early 2010s, machine learning was primarily used for regression and classification tasks. 
  • In the mid-2010s, deep learning techniques, such as convolutional neural networks (CNNs) and recurrent neural networks (RNNs), were developed and began to be used for a wider range of tasks, such as image classification and natural language processing. 
  • In the late 2010s and early 2020s, even more powerful deep learning techniques, such as transformers, were developed and began to be used for a wider range of tasks, such as machine translation and text summarization.

The field of machine learning is constantly evolving and new technologies are emerging all the time. 

It is important for data scientists to stay up-to-date on the latest trends in machine learning so that they can use the most effective techniques for solving real-world problems.

Keep Exploring!!!


March 08, 2023

Analysis - Theoretical Evaluating SalesForce Einstein

Consulting always surprises people, perspectives, and opinions. 

Ref - Link

Salesforce product has some good inspirations

  • Low code / No code
  • Prechecks of data sufficiency
  • Explainable AI
  • NLP offerings

Segment / Select and work




Data checker for data 



Explainable AI


NER Support

  • DATETIME
  • DURATION
  • EMAIL
  • LOCATION
  • MONEY
  • NUMBER
  • ORGANIZATION
  • PERCENT
  • PERSON
  • PHONE-NUMBER
  • URL

Integration with Big query - BigQuery data to Salesforce

Integration with Big query - BigQuery data to Salesforce

  • Automate Data Transfer from BigQuery to Salesforce Using Airflow
  • Connect to Salesforce
  • Run the query, Send Data from BigQuery to Salesforce 
  • Insert the return object to SF - sf.bulk.Contact.upsert
Clustering approach link


More Reads

Keep Exploring!!!