syntaccx® Vision AI | licenza software "Ultimate" | per 6-24 mesi
Varianti: Licenza 6 mesi
syntaccx® Ultimate è la licenza software più avanzata per lo sviluppo di soluzioni industriali di computer vision. La piattaforma genera automaticamente dati immagine sintetici e realistici a partire da modelli CAD e fornisce annotazioni precise: ideale per il rilevamento di oggetti, la classificazione e la segmentazione senza etichettatura manuale.
La struttura modulare supporta casi d'uso diversi come il robot teaching, il controllo qualità, l'ispezione, il conteggio e l'inventario. I modelli possono essere testati e ottimizzati virtualmente prima che esistano immagini reali, riducendo sensibilmente tempi e costi di sviluppo.
La licenza include spazio di archiviazione per un massimo di 100.000 immagini, risoluzioni fino a 2048 px, il caricamento di 100 modelli 3D e l'addestramento di un massimo di 25 modelli di vision. Sono inclusi anche documentazione, supporto dedicato e assistenza all'integrazione.
Highlights
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Ultimate vs. Pro license
The syntaccx Vision AI software offers the same complete feature set in both the PRO and ULTIMATE license models – from dataset generation and automatic labeling to model training and deployment. The key difference lies in their technical capacities. While the PRO license is ideal for small to mid‑scale vision projects, ULTIMATE is designed for demanding industrial applications with high data volumes. PRO supports up to 50,000 images, a maximum image resolution of 1024 px, and the upload of 10 3D models. In contrast, ULTIMATE enables 100,000 images, supports higher resolutions, and allows up to 100 3D models, making it the perfect choice for scalable AI pipelines. Both versions share the full feature set, but ULTIMATE provides significantly greater room for growth in terms of data capacity, asset management and performance. This ensures that companies can choose exactly the license that fits their project scope — efficient, scalable and future‑proof.
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End‑to‑End Vision AI Development Power
syntaccx® delivers a complete end‑to‑end workflow for industrial computer‑vision development. It converts CAD and 3D models into large‑scale synthetic datasets with precise, automatic annotations, eliminating the need for manual labeling. The platform enables rapid dataset generation, model training and real‑time deployment—on‑premise or in the cloud—ensuring robust performance in real‑world environments. Users can generate up to 100k images, upload 100 CAD models and store 25 trained models, ideal for inspection, classification, counting and automation tasks. Strong privacy controls and GDPR‑compliant workflows support enterprise‑grade security.
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Synthetic Data at Industrial Scale
syntaccx® empowers engineering teams to build accurate and scalable vision‑AI systems using photorealistic synthetic data generated directly from CAD files. The platform’s synthetic datasets cover industrial edge cases, enabling robust detection, segmentation and classification models ready for deployment in demanding production scenarios. With storage for 100,000 images, 2048‑px image resolution, upload of 100 3D models and support for 25 trained models, the license delivers capacity for complex automation workflows. No‑code tools accelerate iteration, while privacy‑first infrastructure ensures secure, GDPR‑compliant data handling across the entire AI pipeline.
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High‑Speed Vision AI for Real‑World Manufacturing
syntaccx® enables fast, reliable development of industrial computer‑vision models through synthetic image generation from CAD and 3D assets. This eliminates time‑consuming image collection and labeling, allowing teams to train and optimize models virtually before real data exists—significantly reducing development cycles. Its ecosystem supports dataset creation, model training and real‑time deployment with high efficiency and scalability. Capacity includes 100k stored images, 2048‑px resolution, 100 uploaded CAD models and 25 stored vision models. GDPR‑compliant workflows and flexible model hosting create a future‑proof foundation for automated inspection, quality control and robotic vision.
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