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Natural Language Processing

Optimize your NLP models by transforming your documents into usable data. Thanks to rigorous processing and tailor-made annotation, we structure, extract and enrich your textual content to reveal their full potential for AI

An animated gif of a text with someone highlighting / annotating entities (Named Entities) on the text

Our team transforms your text content thanks to fine linguistic annotation and advanced NLP tools. For reliable data ready to train your artificial intelligence models

Learn more

Text annotation

Audio annotation

Multilingual translation

Complex language processing

Annotation of text

We transform your textual data into strategic resources thanks to human and technological expertise adapted to each sector.

A 2d image of a form with content annotated with a few tags / labels

Semantic labeling and NER

THEsemantic labeling (Semantic Tagging) and the recognition of named entities (NER, Named Entity Recognition) allow you to automatically or manually annotate elements such as names of people, places, organizations, dates, quantities, products, organizations, dates, quantities... in raw texts.

⚙️ Process steps:

Define the types of entities to be extracted according to business or AI objectives

Upload documents into a suitable annotation tool (e.g.: Prodigy, Doccano, Label Studio)

Manually annotate entities with precision and semantic consistency

Export data for training, fine-tuning or information research

🧪 Practical applications:

Scientific publications — Extract the names of molecules, pathologies, researchers or methods

Legal files — Identify clauses, stakeholders, dates and locations in contracts

Real Estate — Identify information about real estate in ads published online

Text form with classification by domain: Travel, News, Business

Text classification

Assign to each document, paragraph, or sentence one or more thematic, functional, or emotional labels, in order to structure a corpus or to train a prediction model. It makes it possible to organize unstructured content on a large scale for various use cases: automatic filtering, moderation, customer support, sector monitoring, etc.

⚙️ Process steps:

Define a taxonomy of classes (e.g. themes, intents, priority levels, tones...)

Manually annotate each item with one or more classes

Structure data for supervised training (format: CSV, JSON, TSV...)

Export a balanced and ready-to-use NLP dataset

🧪 Practical applications:

Content moderation — Detect risky texts (spam, hate, uncharted) in social platforms

Competitive intelligence — Categorize articles or user feedback by subject or tone

Customer support — Automatically classify tickets according to their nature (billing, technical, information request...)

2d form with labels of nouns, adjectives, verbs. To illustrate grammatical review and annotation of text

Grammatical and syntactic analysis

Annotate texts with information on the nature of words (POS tagging), relationships between terms (syntactic dependencies), and sometimes the more complex sentence structures (verbal nuclei, subordinate, etc.). These annotations are fundamental for development of models for translation, grammatical correction or advanced linguistic analysis.

⚙️ Process steps:

Define the linguistic conventions to follow (tagsets, dependency types, annotation formats)

Annotate each word with its grammatical category (noun, verb, adjective...)

Validate the accuracy of the annotations through cross-proofreading

Export data in a usable format (Conll-u, JSON, XML)

🧪 Practical applications:

Machine translation templates — Train systems capable of maintaining the correct syntactic structure

Writing assistants — Propose syntactic reformulations according to the desired level or register

AI grammatical correction — Detect style or sentence construction errors

2d image with labels such as Positive, Question, Thanks, Negative, Complaint... to illustrate intent annotation in comments or user reviews

Annotation of intentions and feelings

Identify the attitude, goal, or emotion conveyed by a text (or a sentence) in order to train models of contextual understanding, moderation, automated response, or personalized recommendation. It makes it possible to distinguish content positive, negative, neutral, but also the underlying intentions (request, complaint, thanks, suggestion...).

⚙️ Process steps:

Define the categories of feelings (positive, negative, neutral...) or intentions (question, order, complaint...)

Manually annotate each segment with the corresponding label

Add metadata if necessary (tone, target of the emotion, degree of intensity...)

Export training-ready data in a structured format

🧪 Practical applications:

Chatbots — Annotate the intentions in the messages to adapt the responses generated

Social network analysis — Detect opinion trends and weak signals on a large scale

Customer reviews — Identify the dominant emotions in user feedback

2d image showing a bubble and world icon, on a text, to illustrate data annotation or text annotation

Multilingual annotation

Apply semantic, syntactic, or emotional annotations to contents in multiple languages, while respecting the linguistic, cultural and contextual specificities of each. It is essential for training robust multilingual models, used in applications such as machine translation, international voice assistants, or cross-language search engines.

⚙️ Process steps:

Adapt annotation instructions according to each language (terminology, grammatical rules, typology of entities)

Assign tasks to native or specialized annotators by language

Validate the consistency of annotations between languages (alignment, coverage, interlinguistic coherence)

Export data in a format compatible with multilingual models (JSON, CSV, XML, CoNLL)

🧪 Practical applications:

International chatbots — Create multilingual intent datasets for voice assistants

Supervised machine translation — Align semantic annotations to pairs of translated sentences

Multilingual corpus for LLM — Annotate entities and feelings in multiple languages for fine-tuning

Image illustrating a prompt and an answer... to illustrate training data for LLMs

LLM training data

Produce prompt and response pairs assembled into data sets in order to guide the learning or finetuning of generative models. This data plays a key role in behavior, accuracy, and safety of LLMs.

⚙️ Process steps:

Write or collect prompts adapted to target use cases

Manually produce or validate consistent, relevant, and unbiased responses

Annotate additional information if necessary (quality, level, style, tone, context...)

Structure the dataset in a training format compatible with LLM frameworks (JSONL, YAML, CSV...)

🧪 Practical applications:

Tuning instruction — Provide specific examples to train a model to follow instructions

Multilingual models — Build instruction sets and answers in multiple languages for fine-tuning

Personalized AI assistant — Create a body of business dialogue to adapt an LLM to a specific sector

Audio annotation

We transform your audio data into strategic resources thanks to human and technological expertise adapted to each sector.

Image with a scissor and an audio wave... to illustrate audio segmentation for creating ASR datasets

Audio segmentation

Identify and delineate relevant portions of an audio recording, such as sentences, turns of speech, or silences. To facilitate the transcription, audio-text alignment, speech analysis, or speech recognition model training (ASR).

⚙️ Process steps:

Load audio files into a suitable segmentation tool

Manually or automatically create segments by defining precise timstamps (start/end)

Annotate segments if necessary (type of content, speaker, quality,...)

Export segments or metadata in a compatible format (e.g., TextGrid, JSON, CSV)

🧪 Practical applications:

Preparing for transcription — Facilitate the distribution of work into coherent blocks

Audio indexing — Delimit speeches for audio or video search engines

Voice recognition — Produce clean, aligned audio units for ASR training

Image of an audio wave with small icons illustrating various language (spanish, chinese, ...). To illustrate multilingual transcription and annotation

Multilingual transcription

Listen to recordings in different languages (or dialects) and to transcribe them accurately into text, respecting the linguistic and cultural specificities of each language. To constitute reliable audio-text corpora, useful for training or evaluating models of Multilingual speech recognition (ASR) Or of natural language processing.

⚙️ Process steps:

Segmenting the audio (silences, speaker changes, thematic division...)

Transcribe word for word, paying attention to punctuation, hesitation, and possible foreign words

Apply appropriate linguistic conventions (orthographic standards, dialects, phonetic transcription if required)

Export transcripts in a standardized format (TXT, CSV, JSON, XML...)

🧪 Practical applications:

Multilingual corpora for ASR — Create audio-text games in several languages for model training

Conversational analysis — Transcribe multilingual calls for international customer services

Automatic voice translation — Produce quality transcripts before AI translation

Image with an audio wave with small icons illustrating speech and persons... this is to illustrate speech annotation

Speech annotation

Add structured information to an audio recording, such as speaker changes, emotions, intentions, pauses, overlaps, or accentuations. It allows contextualize voice content for the analysis or training of AI models in speech recognition, NLP or emotion detection.

⚙️ Process steps:

Segment audio into speech turns or thematic units

Identify speakers (anonymous or named) and tag them

Structure annotations with accurate timstamps and standardized categories

Export in standard voice annotation formats (TextGrid, ELAN XML, JSON)

🧪 Practical applications:

Multi-speaker systems — Create voice recognition datasets per speaker

Voice assistants — Annotate emotions or intentions to refine the responses generated

Sociolinguistic studies — Identify the characteristics of speaking (intonation, breaks)

Image with an audio wave and 2 emojis (happy, sad). To illustrate audio classification or emotion classification in audio files

Audio classification

Assign one or more categories to audio files based on their content, whether it's musical genres, emotions expressed, types of noise or other specific criteria. It allowsorganize and use large amounts of audio data, in order to train recognition or filtering models.

⚙️ Process steps:

Define relevant classes or categories (emotions, genres, events, background noise...)

Manually scan each file to assign the appropriate category (s)

Structure data in the form of tagged files (JSON, CSV, XML)

Export results in a compatible format for AI training or analysis

🧪 Practical applications:

Customer call analysis — Detect the tone of exchanges to analyze satisfaction

Sound monitoring — Identify the types of noise in industrial or urban environments

Music recommendation systems — Sort songs by genre or ambiance for personalized suggestions

Image of a microphone, an audio wave, content and a TXT file. This is to illustrate data preparation of ASR datasets

ASR data preparation

La ASR data preparation (Automatic Speech Recognition) consists in shaping audio recordings and their aligned transcripts so that they can be directly exploited by speech recognition models. It ensures that the data is clean, consistent, time-aligned and adapted to the expected format by ASR engines.

⚙️ Process steps:

Segment audio into short, coherent units (sentences, turns of speech)

Clean and standardize associated transcripts (punctuation, spelling, standardization of entities)

Label useful metadata (language, audio quality, type of speaker...)

Export data in a standard format for ASR (ex.: JSONL, TSV, WAV + TXT, Kaldi, Whisper)

🧪 Practical applications:

Adaptation to a specific field — Prepare specialized audio/text data (health, finance...)

ASR engine evaluation — Provide a structured test game with ground truth for performance calculation

Training speech recognition models — Create clean and complete corpora for AI training

Image with a microphone, music and person icons and an audio wave... to illustrate audio corpus for AI

Customized vocal corpora

Collect, structure, and annotate custom audio recordings, according to the specific needs of an artificial intelligence project: target language, accent, accent, business context, tone, background noise, etc. These datasets are designed to train or test speech recognition, transcription, or oral comprehension models, with total control over their quality and diversity.

⚙️ Process steps:

Define the specifications of the corpus (languages, dialects, domains, scenarios, formats...)

Organize or supervise audio collection (studio, telephone, field recording...)

Annotate associated metadata (speaker, quality, context, noise...)

Deliver a corpus ready for training in a structured and documented format

🧪 Practical applications:

Autonomous driving: Detection and tracking of vehicles, pedestrians and cyclists

E-commerce: Localization of products for inventory automation

Oversight: Tracking movements in public environments

Translation multilingual

We transform your linguistic data into strategic resources thanks to human and technological expertise adapted to each sector.

Image of a text with various languages icons (EN, DE, FR), content and various segments. To illustrate text annotation in multiple language

Multilingual annotation

Enrich translated or native texts in several languages with linguistic, semantic or functional tags, while respecting the cultural and grammatical specificities of each language. To train models for translation, multilingual generation, or interlingual comprehension.

⚙️ Process steps:

Define the types of annotation required (entities, emotions, intentions, grammatical structure...)

Annotate text segments according to linguistic guidelines specific to each language

Check the interlanguage consistency, alignment, and quality of annotations

Export annotated datasets in a structured format (JSON, XML, ConLL...)

🧪 Practical applications:

International dialogue systems — Prepare multilingual annotated dialogues for voice assistants

Multilingual corpora for LLM — Enrich texts with named entities or thematic categories in multiple languages

Supervised machine translation — Annotate segments to improve aligned learning

Image of content with a pencil and AI logos. To illustrate validation by a human of AI produced content

Validation of AI translations

Review, correct, and evaluate texts translated automatically (by AI engine) in order to guarantee their coherence, fidelity to the original meaning, fluidity and terminological conformity. To constitute high quality multilingual corpus, specialize translation models, or control automatic generation pipelines.

⚙️ Process steps:

Compare source and target texts produced by AI (sentence to sentence or segment to segment)

Identify errors in meaning, style, grammar, or context

Mark borderline or ambiguous cases for future iterations

Export validated or corrected translations for production or retraining

🧪 Practical applications:

Test corpus for NMT — Create a high quality ground truth to evaluate a translation engine

Regulatory or technical translations — Verify terminological compliance in sensitive areas

Multilingual AI services — Control automatically generated responses in different linguistic contexts

Image of a text with content, and a bin and validation checkbox... to illustrate data cleaning

Cleaning and standardization

Filter, correct, and harmonize translated or aligned content in order to guarantee their linguistic quality, compatibility and consistency. To avoid biases, duplicates, format errors, or inconsistencies that can affect the performance of machine translation or multilingual generation models.

⚙️ Process steps:

Detect and remove duplicates, empty lines, or corrupt segments

Correct typographical or format errors in source and target texts

Standardize punctuation, capitalization, abbreviations, and segmentation

Export cleaned corpora in a format ready for training (e.g.: TMX, JSONL, TSV)

🧪 Practical applications:

Preparation of multilingual test games — Ensuring the clarity and consistency of assessment data

Standardization of multilingual content — Standardize translations from multiple sources

Machine translation engine training — Clean and structure parallel corpora

Image of a text / content with icons to illustrate law or medical domains. This is to illustrate specialised translation of content requiring domain knowledge

Specialized translation

Translating documents by mobilizing a business or sector expertise, in order to guarantee the terminological accuracy, regulatory compliance and stylistic consistency. To constitute quality corpus in complex fields, intended for the training or validation of AI models in demanding professional contexts.

⚙️ Process steps:

Identify the field concerned (legal, medical, technical, financial...) and associated terminology

Select translators or annotators trained in the sector concerned

Annotate or tag technical terms, legal notices, or critical sections if needed

Export translated content in a structured format ready for use IA (e.g. JSON, XML, TMX)

🧪 Practical applications:

Regulatory translation — Adapting contracts, policies or legal documents to different legal frameworks

Technical support systems — Translate FAQ's or specialized guides for virtual assistants

Corpus for medical AI — Translate and structure multilingual clinical reports or studies

Image with various icons, including one "error" icon to illustrate services to fix errors in AI generated content

Annotation: AI translation errors

Reread automatically generated translations and to Mark errors according to predefined categories (error in meaning, grammar, omission, tone, etc.). To constitute evaluation or fine-tuning data sets, and to provide targeted feedback to improve neural translation models (NMT).

⚙️ Process steps:

Define an error annotation schema (types, severity, position...)

Mark the errors encountered and classify them according to their nature

Add comments or suggestions for critical cases

Export results in a structured format for analysis or retraining (JSON, CSV, XML)

🧪 Practical applications:

NMT engine improvement — Identify the recurring weaknesses of an AI translation model

Annotated test corpora — Create evaluation datasets to benchmark multilingual systems

Supervised training — Provide faulty/corrected pairs to correct AI behaviors

Image of text with labels on text, to illustrate complex annotation of text files

Complex multilingual annotation

THEcomplex multilingual annotation goes beyond simple labelling, by integrating links between languages, levels of meaning, stylistic variations or phrase-by-sentence alignments, for applications of neural machine translation, multilingual generation, and semantic alignment. It requires specialized annotators who can work with several languages simultaneously, while respecting linguistic and contextual coherence.

⚙️ Process steps:

Define annotation objectives (alignment, reformulation, semantic enrichment...)

Prepare multilingual pairs to annotate, with or without reference source text

Add metadata (type of variation, tone, register, fidelity to the message)

Export annotations in an interoperable format (JSONL, rich TMX, aligned TSV)

🧪 Practical applications:

Multilingual LLM training — Provide complex translation examples with nuances and variants

Corpus for multilingual generation systems — Annotate style, order, or tone choices in translations

Alignment of interlanguage paraphrases — Link different formulations and idioms in multiple languages

Treatment complex linguistics

We transform your linguistic data into strategic resources thanks to human and technological expertise adapted to each sector.

Image of a text with 4 emojis with various emotions, one is happy, 2nd less happy, 3rd sad, 4th angry

Sentiment & emotion analysis

Annotate or extract emotional attitudes, judgments, or states expressed in text, audio, or video. This task goes beyond the simple positive/negative, and may include emotional nuances (joy, anger, frustration, irony, sarcasm,...)

⚙️ Process steps:

Define the categories of feeling (positive, negative, neutral...) and emotions (anger, fear, joy, surprise...)

Manually annotate or validate the feelings and emotions expressed

Add levels of intensity or certainty as needed

Export in a compatible format (JSON, CSV, XML) for training or testing

🧪 Practical applications:

Conversational models — Allow voice assistants to react to a user's emotional tone

Watch out for social networks — Follow the emotional dynamics related to a subject or a brand

Analysis of customer reviews — Detect the dominant emotions in product or service returns

Illustration of a text with conversational AI, between a person an AI

Conversational models

Structuring, annotating, and enriching human dialogues, in order to train chatbots, virtual assistants, or LLMs to better understand contexts, sequences and intentions. This includes annotations specific to exchange dynamics : role of the speaker, type of intention, context break, reformulation, etc.

⚙️ Process steps:

Collect or segment dialogues into speech turns or interactions

Annotate each message with the intention expressed (request, statement, question, refusal...)

Identify roles (user, agent, specific contact person)

Export structured data for training conversational models (JSON, YAML, CSV)

🧪 Practical applications:

Chatbot training — Annotate dialogue scenarios to assist users in concrete cases

AI response models — Learn to manage the context of a long or multi-stakeholder exchange

Analysis of customer exchanges — Understand the reasons for dissatisfaction or recurring intentions

Illustration of a form with multiple icons: person, speech, bubble, image, content... to illustrate multimodal annotation or transcription

Multimodal annotation

Annotate links between several data modalities — text, audio, image or video — in order to train models capable of understanding and generating language in a enriched context. To link transcripts to visual elements, mark objects referenced in text, or contextualize sentences using a vocal tone or displayed image.

⚙️ Process steps:

Align the different modalities (text + image, text + image, text, video,...)

Annotate entities or semantic elements in each modality

Verify the temporal or semantic alignment between modalities

Export data in a structured and intermodal format (JSON, XML, VQA, AVA...)

🧪 Practical applications:

Vision-language AI — Link detected objects to descriptive phrases for VLM models

Analysis of filmed conversations — Link speech to facial expression or tone of voice

Annotating complex scenes — Enrich scripts or dialogues with contextual visual or audio elements

Illustration of information extraction from a text

Information extraction

Identify and structure important elements contained in texts: named entities, dates, places, places, relationships, events, numbers, etc. To transform free text into database usable by AI systems, for research, analysis or decision making.

⚙️ Process steps:

Define the types of information to be extracted

Segment texts and identify relevant expressions (pattern matching or patterns)

Link the extracted elements together (subject/action/object relationships, attributes, temporality)

Structure results in a format that can be used for AI training

🧪 Practical applications:

Automated financial analysis — Extract companies, amounts, key dates from reports or contracts

Enrichment of databases — Automatically feed a CRM or an entity database from textual sources

Extracting events — Identify highlights in press articles or legal documents

Illustration of content and extraction of context from this content along with classification (illustrated by a folder)

Advanced context classification

Assign categories to texts based on their global context (position in a dialogue, underlying intention, register, tone...), and not simply according to their raw content. For train finer, context-sensitive models, particularly useful for conversational assistants, recommendation systems, or automatic moderators.

⚙️ Process steps:

Define complex categories taking into account the intent, register, or function of the text

Annotate each segment in relation to its context (e.g.: implicit request, irony, digression)

Mark ambivalences or borderline cases to refine the taxonomy

Export annotations with built-in context

🧪 Practical applications:

Moderation of forums or social networks — Use AI to detect problem messages based on their tone or context

Smart chatbots — Classify intentions in a conversation with context memory

Analysis of long documents — Use AI to categorize paragraphs according to their role in argumentation or narration

Text file with a search box, a file, and various labels such as concept, intent, etc. Objective is to illustrate semantic annotation

Annotation for semantic search

Prepare textual corpora by identifying concepts, intentions, reformulations and semantic relationships, in order to allow search engines or generative AI to Understand the real meaning of a request.

⚙️ Process steps:

Select representative corpora (FAQ, business documents, user dialogue...)

Annotate key concepts, intentions, and semantic targets in texts

Link the contents together through semantic links (e.g.: question ↔ answer, theme ↔ variation)

Export the structured corpus for training or evaluating semantic search models (RAG, dense retrievers, etc.)

🧪 Practical applications:

RAG (Retrieval-Augmented Generation) — Annotate document/question pairs to improve the relevance of the results

AI search engines — Feed models capable of understanding complex research intentions

Automated customer support — Associate the varied requests of a user with a base of semantic answers

Use cases

Our expertise covers a wide range of AI use cases, regardless of the domain or the complexity of the data. Here are a few examples:

1/3

🗣️ Text classification

Automatic organization of textual content (emails, articles, tickets) according to themes, intentions or priority levels.

📦 Dataset : Corpus of short or long texts, annotated with one or more labels corresponding to predefined categories (e.g. request for assistance, complaint, positive feedback). Datasets can include metadata (language, channel, author) and be multilingual.

2/3

🧾 Named Entity Recognition (NER)

Automatic identification of specific elements in text such as the names of people, businesses, places, dates, or products.

📦 Dataset : Texts annotated word by word with the target entities, according to a BIO scheme (Begin, Inside, Outside). Entities can be simple or linked together (e.g. business—employee relationships, location—event) and sometimes standardized (external database).

3/3

💬 Analysis of feelings and opinions

Detecting the tone and emotions in customer reviews, publications or survey responses, in order to extract trends.

📦 Dataset : Short texts (product reviews, tweets, comments) annotated with feeling scores (positive, neutral, negative) or finer labels (joy, anger, frustration). Annotations can be subjective, hence the need for consensus or human arbitration.

Image with some JSON extract to illustrate how a dataset with labels looks like.

Why choose
Innovatiana?

Ask us for a quote

We put at your service a team of flexible and rigorous experts, dedicated to annotation and structuring of textual data. For your NLP projects: classification, entity extraction, sentiment analysis, or semantic modeling

Our method

A team of professional Data Labelers & AI Trainers, led by experts, to create and maintain quality data sets for your AI projects (creation of custom datasets to train, test and validate your Machine Learning, Deep Learning or NLP models)

Ask us for a quote
1
🔍 We study your needs

We offer you tailor-made support taking into account your constraints and deadlines. We offer advice on your certification process and infrastructure, the number of professionals required according to your needs or the nature of the annotations to be preferred.

2
🤝 We reach an agreement

Within 48 hours, we assess your needs and carry out a test if necessary, in order to offer you a contract adapted to your challenges. We do not lock down the service: no monthly subscription, no commitment. We charge per project!

3
💻 Our Data Labelers prepare your data

We mobilize a team of Data Labelers or AI Trainers, supervised by a Data Labeling Manager, your dedicated contact person. We work either on our own tools, chosen according to your use case, or by integrating ourselves into your existing annotation environment.

You are testifying

In a sector where opaque practices and precarious conditions are too often the norm, Innovatiana is an exception. This company has been able to build an ethical and human approach to data labeling, by valuing annotators as fully-fledged experts in the AI development cycle. At Innovatiana, data labelers are not simple invisible implementers! Innovatiana offers a responsible and sustainable approach.

Karen Smiley

AI Ethicist

Innovatiana helps us a lot in reviewing our data sets in order to train our machine learning algorithms. The team is dedicated, reliable and always looking for solutions. I also appreciate the local dimension of the model, which allows me to communicate with people who understand my needs and my constraints. I highly recommend Innovatiana!

Henri Rion

Co-Founder, Renewind

Innovatiana helps us to carry out data labeling tasks for our classification and text recognition models, which requires a careful review of thousands of real estate ads in French. The work provided is of high quality and the team is stable over time. The deadlines are clear as is the level of communication. I will not hesitate to entrust Innovatiana with other similar tasks (Computer Vision, NLP,...).

Tim Keynes

Chief Technology Officer, Fluximmo

Several Data Labelers from the Innovatiana team are integrated full time into my team of surgeons and Data Scientists. I appreciate the technicality of the Innovatiana team, which provides me with a team of medical students to help me prepare quality data, required to train my AI models.

Dan D.

Data Scientist and Neurosurgeon, Children's National

Innovatiana is part of the 4th promotion of our impact accelerator. Its model is based on outsourcing with a positive impact with a service center (or Labeling Studio) located in Majunga, Madagascar. Innovatiana focuses on the creation of local jobs in areas that are poorly served or poorly served and on transparency/valorization of working conditions!

Louise Block

Accelerator Program Coordinator, Singa

Innovatiana is deeply committed to ethical AI. The company ensures that its annotators work in fair and respectful conditions, in a healthy and caring environment. Innovatiana applies fair working practices for Data Labelers, and this is reflected in terms of quality!

Sumit Singh

Product Manager, Labellerr

In a context where the ethics of AI is becoming a central issue, Innovatiana shows that it is possible to combine technological performance and human responsibility. Their approach is fully in line with a logic of ethics by design, with in particular a valuation of the people behind the annotation.

Klein Blue Team

Klein Blue, platform for innovation and CSR strategies

Working with Innovatiana has been a great experience. Their team was both reactive, rigorous and very involved in our project to annotate and categorize industrial environments. The quality of the deliverables was there, with real attention paid to the consistency of the labels and to compliance with our business requirements.

Kasper Lauridsen

AI & Data Consultant, Solteq Utility Consulting

Innovatiana embodies exactly what we want to promote in the data annotation ecosystem: an expert, rigorous and resolutely ethical approach. Their ability to train and supervise highly qualified annotators, while ensuring fair and transparent working conditions, makes them a model of their kind.

Bill Heffelfinger

CVAT, CEO (2023-2024)

Conceptual illustration showing a blindfolded figure holding scales of justice alongside an AI logo, symbolizing Innovatiana’s commitment to ethical and responsible artificial intelligence

🤝 Ethics is the cornerstone of our values

Many data labeling companies operate with questionable practices in low-income countries. We offer an ethical and impacting alternative.

Learn more

Stable and fair jobs, with total transparency on where the data comes from

A team of Data Labelers trained, fairly paid and supported in its evolution

Flexible pricing by task or project, with no hidden costs or commitments

Virtuous development in Madagascar (and elsewhere) through training and local investment

Maximum protection of your sensitive data according to the best standards

The acceleration of global ethical AI thanks to dedicated teams

🔍 AI starts with data

Before training your AI, the real workload is to design the right dataset. Find out below how to build a robust POC by aligning quality data, adapted model architecture, and optimized computing resources.

✨ Ideation of a use case

Have you identified a use case where AI can provide an innovative solution? We prepare your data. We work to:

🤝 Collaborate with your teams to understand data needs as well as the types of data (structured, unstructured, images, videos, texts, audio, multimodal,...) required.

🧩 Design custom annotation schemes (data and metadata) and select tooling.

👥 Evaluate the workload and staffing required to create a complete dataset.

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⚙️ Data processing

Data processing includes collecting, preparing, and annotating training data for artificial intelligence. We work to:

📡 Search and aggregate raw data from a variety of sources (images, videos, text, audio, etc.).

🏷️ Annotate data, applying advanced data labeling techniques to create datasets ready for training.

🧪 Generate artificial data to complete data sets in cases where real data is insufficient... or sensitive.

2

🤖 AI model training and iteration

This step includes setting up and training the AI model, based on the prepared data. We work with your Data Scientists to adjust the data sets:

🔧 Rework datasets and metadata, labels or source data.

📈 Quickly integrate feedback by updating the “Ground Truth” datasets.

🎯 Prepare new targeted data to improve the robustness of the system.

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Feed your AI models with high-quality training data!

👉 Ask us for a quote
En cliquant sur "Accepter ", vous acceptez que des cookies soient stockés sur votre appareil afin d'améliorer la navigation sur le site, d'analyser son utilisation et de contribuer à nos efforts de marketing. Consultez notre politique de confidentialité pour plus d'informations.