
About itinai.com Team
Our teams are a diverse group of talented individuals working remotely from different corners of the world. With members proficient in seven languages, we value and embrace diversity. However, what truly unites us is our shared passion for the language of modern technology. We come together to collaborate, innovate, and harness the power of cutting-edge technology to create exceptional solutions.

Our Mission
itinai.com is a global AI lab, product incubator. We make artificial intelligence accessible, applicable, and transparent for professionals across industries. Every article, tool, and product is driven by our belief that AI should be practical, verifiable, and human-centered.
Our Global AI Teams
At itinai.com, we build AI products and launch innovation programs in collaboration with expert teams across 12 countries.
- 🇷🇺 Russia
- 🇺🇦 Ukraine
- 🇰🇿 Kazakhstan
- 🇬🇪 Georgia
- 🇦🇪 UAE
- 🇺🇸 United States
- 🇵🇭 Philippines
- 🇻🇳 Vietnam
- 🇦🇷 Argentina
- 🇪🇪 Estonia
- 🇹🇭 Thailand
- 🇩🇪 Germany
Community of AI Builders
We are not just a tech company — we’re a decentralized network of creators, researchers, and entrepreneurs. Each team contributes to building AI-driven tools, bots, content engines, and monetization models tailored to local markets.
Editorial Principles
- Trustworthiness – We cite sources, check facts, and avoid hype.
- Experience-first – Written and reviewed by domain experts.
- Human in the Loop – AI is a tool, not a replacement for judgment.
- Transparency – Author names, background, and intent are disclosed.
AI Accelerators & Product Labs
In every region, we run AI Product Accelerators — programs that help local talent and businesses turn ideas into profitable, autonomous AI-powered businesses in just weeks. We provide infrastructure, AI models, training, and monetization pipelines.



Your Global AI Accelerator Partner. Ask me, I will help you
Get Involved
Follow us, contribute insights, or propose partnerships. We welcome collaboration from researchers, writers, and product leaders passionate about building ethical, usable AI.
Our Team’s the Most Interesting Articles Picks
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You’re Not Bad at Documentation—You’re Just Not Using AI Yet
You’re Not Bad at Documentation—You’re Just Not Using AI Yet Many businesses, including yours, face a common challenge: the struggle with documentation. Whether it’s lost documents, time-consuming searches, or misaligned team collaboration, these issues can significantly…
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Unlock Excel’s Potential: Discover the Game-Changing =COPILOT() Function for Enhanced Data Analysis
Understanding the COPILOT Function in Excel Excel has taken a major leap forward with the introduction of the COPILOT function. This feature allows users to interact with their data using natural language, making complex tasks simpler…
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Particle Swarm Optimization — Search Procedure Visualized
Particle Swarm Optimization (PSO) is a nature-inspired algorithm used to find optimal solutions in complex, high-dimensional spaces, like supply chain problems. It utilizes ‘particles’ that represent candidate solutions, influenced by personal and global bests. PSO efficiently…
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Enhancing Large Language Models’ Reflection: Tackling Overconfidence and Randomness with Self-Contrast for Improved Stability and Accuracy
The Self-Contrast approach from the Zhejiang University and OPPO Research Institute addresses the challenge of enhancing Large Language Models’ reflective and self-corrective abilities. It introduces diverse solving perspectives, a detailed checklist generation, and demonstrates significant improvements…
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This Machine Learning Research Develops an AI Model for Effectively Removing Biases in a Dataset
A team from DGIST has developed an image translation model that can reduce data biases in AI models. The model uses spatial self-similarity loss and texture co-occurrence to generate high-quality images with consistent content and similar…
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Top Data Analytics Books to Read in 2024
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Meta AI’s MobileLLM-R1: Lightweight Edge Reasoning Model with 2x–5x Performance Boost
Introduction to MobileLLM-R1 Meta has recently introduced MobileLLM-R1, a series of lightweight edge reasoning models designed to enhance efficiency in mathematical, coding, and scientific reasoning. With parameters ranging from 140 million to 950 million, these models…
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Optimizing Protein Design with Reinforcement Learning-Enhanced pLMs: Introducing DPO_pLM for Efficient and Targeted Sequence Generation
Revolutionizing Protein Design with AI Solutions Transformative Tools in Protein Engineering Autoregressive protein language models (pLMs) are changing how we design functional proteins. They can create diverse enzyme families, such as lysozymes and carbonic anhydrases, by…
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Meet ‘DRESS’: A Large Vision Language Model (LVLM) that Align and Interact with Humans via Natural Language Feedback
Researchers introduced DRESS, an LVLM trained with two types of Natural Language Feedback (critique and refinement) to better align with human values and improve interaction capabilities in multi-turn contexts. The approach uses conditional reinforcement learning and…
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LLM-Check: Efficient Detection of Hallucinations in Large Language Models for Real-Time Applications
Understanding LLM Hallucinations Large Language Models (LLMs) like GPT-4 and LLaMA are known for their impressive skills in understanding and generating text. However, they can sometimes produce believable yet incorrect information, known as hallucinations. This is…
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Meta’s J1: A Reinforcement Learning Framework for Consistent AI Judgment
Transforming AI Judgment with J1 Framework Transforming AI Judgment with J1 Framework Introduction to J1 Recent advancements in artificial intelligence have led to the development of large language models (LLMs) that can perform evaluation and judgment…
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CORE-Bench: A Benchmark Consisting of 270 Tasks based on 90 Scientific Papers Across Computer Science, Social Science, and Medicine with Python or R Codebases
Practical Solutions and Value of CORE-Bench AI Benchmark Addressing Computational Reproducibility Challenges Recent studies have highlighted the difficulty of reproducing scientific research results across various fields due to issues like software versions, machine differences, and compatibility…
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Researchers from UC Berkeley and Stanford Introduce the Hidden Utility Bandit (HUB): An Artificial Intelligence Framework to Model Learning Reward from Multiple Teachers
The HUB framework, developed by researchers from UC Berkeley and Stanford, addresses the challenge of integrating human feedback into reinforcement learning systems. It introduces a structured approach to teacher selection, actively querying teachers to enhance the…
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Use machine learning without writing a single line of code with Amazon SageMaker Canvas
Amazon SageMaker Canvas is a no-code environment that allows users to easily utilize machine learning (ML) models for various data types. It integrates with Amazon Comprehend for natural language processing tasks like sentiment analysis and entity…
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What are Query, Key, and Value in the Transformer Architecture and Why Are They Used?
Summary: This article discusses the use of Query, Key, and Value in the Transformer architecture. The attention mechanism in the Transformer model allows for contextualizing each token in a sequence by assigning weights and extracting relevant…
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WorkFusion vs Capgemini: End-to-End Automation to Scale Your Product
Technical Relevance In the modern business landscape, the need for efficiency and scalability has never been more pressing. WorkFusion stands out as a pivotal player in automating end-to-end business processes, particularly in customer onboarding. By leveraging…















