Multimodal AI Development Services

Multisource Data Collection

We begin by collecting data from various modalities, such as text, images, audio, and video, specifically tailored to your use case. This ensures a rich, diverse dataset that captures real-world context and interaction.

Modality-Specific Preprocessing

Each data type is processed using specialized methods: text is tokenized and vectorized; images are resized and normalized; audio signals are transformed into spectrograms; and videos are decomposed into frame sequences. These steps ensure modality-specific consistency and prepare the inputs for feature extraction.

Feature Extraction with Unimodal Encoders

We deploy task-specific models (like CNNs for images, transformers for text, or audio encoders) to extract meaningful features from each modality independently, preserving their unique structures and insights.

Cross-Modal Fusion Architecture

The extracted features are then integrated using advanced fusion networks such as attention-based models or multi-stream transformers, creating a unified representation that captures the relationships between modalities.

Deep Contextual Understanding

The fusion model is trained to interpret contextual signals across modalities, enabling it to detect intent, sentiment, or patterns with greater accuracy. This drives stronger performance in tasks like classification, retrieval, or generation.

Task-Specific Output Modules

Whether it’s multimodal search, content generation, speech recognition, or visual querying, our output modules translate the fused data into actionable insights or predictions.

Continuous Fine-Tuning

We fine-tune the model on domain-specific datasets to maximize relevance and accuracy. Our process ensures the solution adapts to your business context while maintaining the general capabilities of foundational models.

Deployment & Scalable Inference

Finally, we deploy the solution with a secure, user-friendly interface through APIs, apps, or internal tools-so you can start running multimodal inference in real-time across your operations.