dac.digital

Design and develop an advanced, secure, and scalable real-time location and alert management platform that preserves current core functionalities while significantly improving system performance and maintainability.

Design and implement a robust platform featuring user data upload handling, preference-based filtering, AI-driven recommendations, secure login options, and automated data workflows.

Design a system comprising IoT device integration with transport vehicles to automatically collect, store, and transmit transport parameters such as asset status, temperature, and quantity data directly to cloud-based systems, with real-time visualization and analytics.

The system must ingest clinical and biomarker data, preprocess and impute missing values, analyze relationships using advanced machine learning models, predict disease progression scores at monthly intervals, and visualize results for clinicians and researchers.

Design a computer vision system capable of real-time analysis of wooden panels to detect and classify surface flaws, with alert mechanisms for operators and integration into production workflows.

Design an integrated platform that allows users to register, link wallets, manage validators, view income and performance metrics, and automate staking-related activities, all within an accessible dashboard.

Design and develop a blockchain-based system capable of securing, notarising, and verifying maritime documents through an immutable ledger, with an integrated API for seamless data flow and validation.

Development of a scalable, customizable, and high-performance eCommerce platform enabling dynamic content management, seamless user experience, and flexible branding options.

Design and develop a mobile app capable of capturing, processing, and rendering live video streams with embedded trajectory analysis algorithms. Provide dedicated AI/ML services for motion tracking, image analysis, and real-time feedback to users. Support high concurrency and seamless updates through automated deployment pipelines.

Design and develop a scalable, customizable hardware device with advanced connectivity, safety features, and edge computing capabilities suitable for industrial environments.

Develop a platform that allows users to generate compliant tokens on various blockchain networks through a codeless, user-friendly interface, with integrated wallet support and multi-stage deployment capabilities.

Design a software system that accepts video inputs, allows for manual annotation of sample frames, and extrapolates annotations to entire datasets, enabling training and deployment of computer vision models for production line monitoring and optimization.

The system shall allow users to upload audio files and automatically process them using AI algorithms to enhance clarity, reduce noise, and mimic professional studio quality. Key features include noise filtering, speech clarity enhancement, multi-language support, and seamless user interface.

The system must analyze photographs of fiber optic installations, verify correctness at different stages, and provide clear, interpretable results with visual explanations. It should support training, validation, and real-time inference, with user-friendly interfaces.

Design and implement a BLE data provisioning API that manages BLE connections, handles data exchange through GATT profiles, and registers sensor data as accessible services within a service registry, ensuring compatibility with existing SOA frameworks.

A comprehensive platform facilitating EV charging station discovery, booking, remote control, payment management, user roles, and dynamic pricing, supported by robust hardware integration and multi-tenant architecture.

A system combining a wearable sensor device with AI-powered data analysis to detect and classify osteoarthritis in dogs, providing early alerts and severity assessment for veterinary professionals and pet owners.

The system must process large histopathological images, normalize and preprocess data, extract relevant features, and classify blood clot origin with high accuracy using trained neural networks. It should support batch processing, real-time inference, and continuous learning from new data.

A comprehensive platform that collects, aggregates, and analyzes sensor data from various sources (milk composition, biometric data, temperature, pH) to predict health risks and detect anomalies in real-time, facilitating early intervention.

Design and implement a comprehensive platform that facilitates survey creation, respondent segmentation, file management, and user role management, all accessible via a self-service interface.

Design and implement a conversational AI chatbot that integrates seamlessly with the eCommerce website to handle customer inquiries, provide relevant responses based on fine-tuned language models, and support multi-turn conversations with contextual understanding.

Design and develop a marketplace that allows users to browse, buy, sell, and auction NFTs, leveraging blockchain smart contracts and decentralized storage technologies.

The platform must enable secure notarization of existing data and live data streams, supporting multiple storage backends and distributed ledger technologies through modular API-driven architecture.

Design a system integrating multiple high-resolution cameras and AI-powered computer vision to detect, track, and perform manicure steps on customer hands with sub-0.25mm precision, supporting multistep procedures including trimming, shaping, polishing, and drying.

Design a system that allows onboard computers to measure vehicle variables, retrieve configuration schemas from an external ontology platform, secure data via blockchain transactions, and visualize data in real-time for operational oversight.

A mobile platform integrated with pose detection capabilities, providing users with real-time feedback during exercise sessions to ensure proper technique and safety.

The system shall process multiple formats of unstructured textual data to produce a semantic repository, enabling advanced search, similarity analysis, and visual knowledge graph exploration.

Development of a decentralized, tamper-proof ledger supporting smart contracts for automating payments, disputes, and compliance. Integration of external trusted data sources (oracles) for real-time weather, currency, and sensor data, alongside IoT device connectivity for cargo condition monitoring.

A comprehensive system to monitor, manage, and maintain large-scale, heterogeneous traffic infrastructure sensors, with real-time data processing, request handling, and mobile access.

A mobile-compatible computer vision system utilizing machine learning algorithms to detect faces, track eye movements, and estimate gaze points on device screens in real-world settings, without requiring external hardware.

A neural network-based system for continuous monitoring and early warning of malnutrition in farm animals, utilizing sensor data analysis and alert triggering.

A comprehensive digital platform providing user-specific access points for business processes managing product data, integrated across distributed systems within a multistakeholder environment, to enhance traceability, configuration, and change management.

Develop a blockchain-based ecosystem enabling participants to register, track, and manage exchange transactions of returnable packaging elements, including the ability to submit orders, report damages, and verify balances, all while ensuring data immutability and privacy.

Design and develop an IoT-enabled, user-friendly emergency communication hub incorporating wireless connectivity (Bluetooth Low Energy, WiFi, Dual SIM), simplified control interface, and reliable backend integration.

The system must support efficient image analysis of diagnostic test strips directly from mobile device cameras, ensuring swift and accurate results within a user-friendly mobile app environment.

The app must connect seamlessly with wearable air quality devices, collect and display real-time environmental data, activity metrics, and external pollution metrics, and offer user-friendly visualization and alerts.

A microservice-based system that collects, processes, and analyzes geospatial, soil, weather, and satellite imagery data to support agricultural decision-making, insurance assessments, and land qualification processes.

Development of an end-to-end digital platform supporting route navigation, real-time data collection, automated route planning, inventory and supply management, and traceability for dairy operations.

Develop an integrated system to support fleet management, route optimization, real-time transport monitoring, and resource allocation, incorporating advanced algorithms and IoT integrations to enhance operational control.

Design and implement an automated pipeline for image keypoint detection, feature matching, fundamental matrix estimation, and 3D model reconstruction using machine learning and computer vision techniques.

Design a system that automates extraction, modification, and transmission of map changes, supporting personalized map updates and efficient workflows.

Design and develop a high-performance, scalable microservices-based auction platform supporting multiple vendor integrations, real-time bidding, and unified product catalog management with user-friendly features.

Develop a talent sourcing and onboarding platform that matches clients' project-specific technical and soft skills requirements with a large pool of pre-vetted experts, facilitating rapid recruitment, onboarding, and integration into client teams.

Implement an automated, scalable, and secure infrastructure management system that integrates multiple disparate auction platforms using Infrastructure as Code, CI/CD pipelines, and advanced monitoring and security protocols.

Design a unified stream processing engine utilizing lambda architecture principles, capable of ingesting, pre-processing, aggregating, analyzing, and publishing sensor data in real time and in batches.

Development of a social cues module that displays real-time guest information and enables users to see who else is staying at the same hostel, with underlying microservices and data proxies to ensure quick and reliable data access.

Rebuild the auction platform with a modular, scalable architecture, featuring standardized components, modern state management, and a transition from legacy technologies to contemporary frameworks to support ongoing development and growth.

Development of a comprehensive system that enables seamless onboarding, configuration, and management of IoT sensors, emphasizing automation, security, and scalability.

Design and develop a comprehensive open data platform that supports the storage, management, and dissemination of static and dynamic public transportation data, ensuring high availability, frequent updates, and easy integration with external applications.

Develop a comprehensive migration solution that ensures seamless transfer of extensive databases with zero service interruption, leveraging container orchestration and managed services to enhance reliability and scalability.

Design and develop a flexible, user-friendly platform that provides comprehensive PEF calculation, visualization, data management, and scenario planning for supply chain sustainability.

Development of an automated system that extracts keywords from job listings, accurately categorizes jobs, and automates applicant data entry to improve matching efficiency and user experience.

Design an integrated computer vision system utilizing LiDAR and RGB sensor data to automatically detect, classify, and geolocate trees and obstacles within forests, supporting mapping, measurement, and route planning functionalities.