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Trawlingweb
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Our solutions combine advanced scraping and artificial intelligence to capture, structure, and enrich news, conversations, and opinions in real time.

AI

🧠 Applied Artificial Intelligence Technologies

Natural Language Processing (NLP)

Natural Language Processing (NLP)

Natural Language Processing (NLP)

At TrawlingWeb we employ this branch of Artificial Intelligence for automated processing, sentiment analysis, reputation analysis, and text information extraction. Our use of NLP allows us to analyze content in a more nuanced and accurate manner, leading to more effective data extraction and informed decision-making.

Identifying Advertising with AI

Natural Language Processing (NLP)

Natural Language Processing (NLP)

We use PLN to extract specific information from text and analyze the content of a website to better understand its structure and content. This helps us differentiate between parts of a text that are outside of a pattern or identify disguised advertising elements among the contents. 

AI for Detecting Structures

Natural Language Processing (NLP)

Automating Extraction with AI

AI allows trawlingweb to improve the accuracy of data extraction through the application of Machine Learning (ML) algorithms and Natural Language Processing (NLP) techniques. These algorithms learn from our training corpus data to identify patterns and structures on websites and extract relevant information more precisely.

Automating Extraction with AI

Automating Extraction with AI

Automating Extraction with AI

We also use AI to automate the web data extraction process. By using Robotic Process Automation (RPA) techniques, AI performs repetitive and tedious tasks faster and more accurately than a human. This enables us to increase speed and expand our universe of information in real-time.

AI for Tokenization

Automating Extraction with AI

Scalable Data Capture

We use AI to analyze large amounts of extracted content and conversations. By utilizing ML and NLP algorithms, AI helps us identify patterns and trends in data that are difficult to identify manually. This enables us to label and classify more accurately and efficiently, which is a key factor in delivering content to our clients.

Scalable Data Capture

Automating Extraction with AI

Scalable Data Capture

AI enables us to identify new websites and relevant data sources according to the interests and trends of our clients. By using data mining and network analysis techniques, AI identifies patterns and connections in the information and suggests new sources of data to explore.

πŸ€– GeriAI – Semantic Intelligence Engine

Semantic Intelligence Model

GeriAI is Trawlingweb’s proprietary semantic intelligence model that enhances large language models (LLMs) through a semantic enrichment pipeline. Thanks to this system, we achieve:


  • ⚑ Optimized LLM inference: Reduces latency and computational cost by filtering and prioritizing only the most relevant information. 
  • πŸ” Extended NLP capabilities: Goes beyond basic entity extraction to include deep analysis of emotional tone, communicative intent, and message positioning. 
  • ☁️ Real-time scalability: Built on microservices architecture deployed in Kubernetes over AWS/GCP, with Redis-based embedding caching and semantic graphs in Neo4j.


 

🎯 Benefits

With GeriAI, media monitoring, social listening, and business intelligence teams gain richer, more accurate and efficient semantic analysis, capable of turning thousands of mentions into strategic decisionsβ€”significantly boosting ROI in data intelligence projects.

Analysis Across 9 Key Dimensions

 

GeriAI breaks down each social conversation into up to nine strategic layers, covering everything from the sender’s language to how the message is perceived and positioned within the broader discourse:


  • πŸ“ Linguistic style and register 
  • 😊 Emotional polarity and tone 
  • 🎯 Communicative intent 
  • πŸ—‚οΈ Topic and entity extraction 
  • πŸ”— Coherence and clarity 
  • 🌍 Temporal and geographical context 
  • πŸŽ™οΈ Persuasive potential 
  • πŸ‘οΈ Audience perception 
  • πŸ“Š Positioning in public debates or trends

How We Do It

  •  πŸ› οΈ Data ingestion: We automatically capture content from Facebook, Twitter, Instagram, YouTube, news websites, and analog media to feed GeriAI. 
  • 🧠 Semantic tagging in 9 categories: GeriAI assigns qualitative tags per post in categories such as message type (perception), protagonist, estimated author age, main topic, institutional tone, rhetorical appeal, and argumentative consistency. 
  • πŸ’Ύ Structured storage: The resulting tags are written into categoriaX columns in our MySQL database, ensuring fast and efficient access. 
  • πŸ”„ Automated and resilient processing: A script runs every minute to tag new posts. If an error occurs, records are flagged for retry and logged accordingly. 
  • πŸ“Š Dashboard integration: Semantic data feeds monitoring panels, allowing filtering by intent, tone, topic, or demographic group, and detecting spikes in complaints, reports, or praise. 
  • ⚠️ Early alerts: We configure automatic notifications upon detecting significant shifts in critical semantic categories, enabling proactive response. 
  • πŸ”„ Continuous feedback and improvement: We periodically adjust thresholds and refine classification rules to enhance GeriAI’s semantic accuracy.

DATA (ETL)

πŸ•·οΈ Technologies for Web Content Processing

  We extract structured data from websites using different techniques tailored to each site's architecture and complexity. 


  • πŸ“„ HTML Scraping: Direct extraction from the page’s source code by analyzing its semantic structure.
     
  • πŸ“ XPath Scraping: Precise navigation of the DOM using XPath expressions to locate and extract key data.
     
  • πŸ–₯️ Rendered Scraping: Use of rendering engines to access dynamic content generated via JavaScript.
     
  • 🏷️ Metadata Scraping: Identification and extraction of structured elements embedded in HTML (meta tags, OG, JSON-LD, etc.).
     
  • πŸ“€ Structured Export: Data is delivered in formats ready for processing or integration via API.

πŸ“°Technologies for Print Media Processing

We extract accurate information from PDFs and scanned newspaper images using a combination of comput

  • πŸ–₯️ Multilingual OCR with Layout Analysis: extracts text and layout structure across full pages 
  • πŸ› οΈ Automatic detection of articles and clippings: based on visual and logic segmentation 
  • 🧠 Topic and entity classification (NLP): identifies brands, people, locations, and institutions 
  • πŸ€– LLM-based postprocessing: semantic validation, title normalization, data enrichment 
  • πŸ“€ Export as structured digital clippings: ready for delivery platforms or internal systems

πŸ“°Technologies for Print Media Processing

 We process video and audio signals to detect mentions, events, and key moments β€” with high precision and zero manual intervention.


  • 🧠 Automatic transcription with multilingual ASR: converts speech into structured text with speaker segmentation. 
  • 🎯 Detection of key moments: identifies mentions of brands, people, topics, or segments based on time or context. 
  • βœ‚οΈ Automatic generation of clips: based on detected events, themes, or visual/audio triggers. 
  • πŸ€– AI postprocessing with GeriAI: enriches metadata, validates segments, and classifies content semantically. 
  • πŸ“€ Structured export of audiovisual clippings: ready to integrate into internal systems or delivery platforms.

πŸ“¬Do you need more information?

Let's Talk

Documentation Download

 We understand the importance of having immediate access to detailed and accurate documentation for the maximum utilization of our APIs and services. In this section, you will find a wide range of documents and guides that will help you understand and implement our solutions effectively. 

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