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Explore practical insights, research, and benchmarks on artificial intelligence, including generative AI, large language models, RAG, governance frameworks, MLOps practices, and AI hardware. Gain an understanding of key tools, implementation strategies, and enterprise use cases shaping the AI landscape.

Explore AI

Top AI Website Generators Benchmarked

AI CodingMay 8

To find the most helpful prompt-to-website creator, we benchmarked the following tools: If you need to learn about no-code AI website generator tools, you can follow the links: Benchmark results We conducted this benchmark using the latest versions of the tools available as of January 2025.

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Supply Chain AIMay 8

Top 20 Supply Chain AI Tools with Examples

From demand forecasting and inventory optimization to last-mile delivery and supplier negotiations, AI enables supply chain companies to process complex data, respond to disruptions more quickly, and make more informed decisions across global networks.

Healthcare AIMay 8

Top 8 Drug Discovery Software

The drug discovery software market divides into three categories: computational chemistry suites for structure-based design, AI-native platforms for generative chemistry and target identification, and R&D data management systems for ELN, LIMS, synthesis tracking, data analysis, and compound registration. We compared the top 8 drug discovery platforms across features, pricing, and deployment models.

Voice AIMay 8

Top 10 Voice Bots: Bland AI, ElevenLabs & PolyAI

A voice bot or voice AI agent listens to the caller, uses speech recognition to convert spoken words into text, applies natural language processing and natural language understanding to identify customer intent, and then returns an answer via text-to-speech.

AI CodingMay 7

AI Coding Benchmark: Claude Code vs Cursor

In AI coding, the market has fragmented into two categories: Agentic CLI tools and AI code editors embedded in IDEs. Each claims to automate development. Few comparisons show how they differ under identical workloads.

RAGMay 1

Embedding Models: OpenAI vs Gemini vs Voyage

We benchmarked 15 English text-embedding models and a BM25 baseline on over 500 manually curated queries across three retrieval domains: legal contracts (CUAD), customer support (IBM TechQA), and healthcare (MedRAG PubMed). Voyage-3.5 ranks first overall. Perplexity Embed V1 0.6b reaches the upper-mid tier at the lowest price point in our benchmark.

AI EthicsApr 29

Generative AI Ethics: How to Manage Them

Generative AI raises important concerns about how knowledge is shared and trusted. Britannica, for instance, filed a lawsuit against Perplexity, alleging that the company illegally and knowingly copied Britannica’s human-verified content and misused its trademarks without permission. Explore what generative AI ethics concerns are and best practices for managing them. 1.

LLMApr 28

Audience Simulation: Can LLMs Predict Human Behavior?

In marketing, evaluating how accurately LLMs predict human behavior is crucial for assessing their effectiveness in anticipating audience needs and recognizing the risks of misalignment, ineffective communication, or unintended influence.

RAGApr 26

Open Source Embedding Models Benchmark for RAG

We benchmarked 14 open-source embedding models, self-hosted on a single H100, across 500+ manually curated retrieval queries spanning legal contracts, customer support tech notes, and medical abstracts. NVIDIA Llama-Embed-Nemotron-8B leads in accuracy. On cost, Google’s EmbeddingGemma-300m runs roughly 4x cheaper than Nemotron at the cost of a small accuracy loss.

AI HardwareApr 24

LLM Inference Engines: vLLM vs LMDeploy vs SGLang

We benchmarked 3 leading LLM inference engines on NVIDIA H100: vLLM, LMDeploy, and SGLang. Each engine processed identical workloads: 1,000 ShareGPT prompts using Llama 3.1 8B-Instruct to isolate the true performance impact of their architectural choices and optimization strategies.

LLMApr 24

LCMs: From LLM Tokenization to Concept-level Representation 

Large concept models (LCMs), as introduced by Meta in their work on “Large Concept Models,” represent a fundamental shift away from token-based prediction toward concept-level representation.