
mariusdima
Project OwnerFocus on strategy, leads feature development, and ensures alignment with enterprise needs. Roadmap, engages resources, and oversees execution to deliver a scalable, AI-powered solution.
Qriton is an advanced, adaptive monitoring platform designed for modern industrial environments. Inspired by cellular intelligence, it dynamically adjusts to sensor data and employs cutting-edge fault detection techniques, including Hopfield networks, real-time configuration, and AI-driven explanations. Built for both human operators and machine-to-machine (M2M) interactions, Qriton ensures reliable decision-making, predictive maintenance, and real-time fault analysis at scale.
New AI service
Real-time fault detection, predictive maintenance, and adaptive system optimization for industrial environments. Qriton dynamically adjusts monitoring thresholds based on real-time conditions, ensuring optimal performance with minimal manual intervention. By leveraging explainable AI, we offer clear diagnostics and root cause analysis, empowering operators to make informed decisions.
Real-time industrial sensor data (temperature, vibration, pressure, etc.), machine status logs, historical fault records, and operational parameters.
Anomaly detection alerts, predictive maintenance insights, dynamic threshold adjustments, AI-generated fault explanations, and recommendations for corrective actions.
Comprehensive security audits and performance validation tests. This includes penetration testing, compliance assessments with industry security standards (ISO 27001, NIST, etc.), and performance benchmarking under real-world industrial conditions. The milestone also covers scalability testing to verify the system's ability to handle increased sensor data loads and multiple operational environments.
Security audit reports with identified risks and mitigation strategies. Compliance assessment with key security standards. Performance benchmark results under multiple industrial scenarios. Optimization of the system based on security and performance findings.
$20,000 USD
Achieved security certification requirements and demonstrates reliable performance in diverse industrial environments with validated reports.
We will extend Qriton’s AI models generation to enhance fault detection accuracy, anomaly prediction, and dynamic threshold adjustments. This phase focuses on improving AI interpretability and reducing false positives while increasing adaptability across different industries.
Adaptable AI models with improved accuracy and efficiency. Enhanced anomaly detection algorithms and predictive maintenance models. AI explainability improvements for better fault diagnosis.
$15,000 USD
Model accuracy validated through real-world test cases, reducing false alarms and increasing predictive maintenance effectiveness.
Deploy Qriton in selected industrial environments for pilot testing. The goal is to gather real-world feedback, assess user experience, and fine-tune the platform for full-scale enterprise adoption.
Deployment in at least two industrial sites for real-world testing. Feedback reports from industry operators and decision-makers. Iterative improvements based on pilot feedback.
$10,000 USD
Qriton is operational in pilot environments with positive feedback and data-driven improvements implemented.
Finalize Qriton as an enterprise-ready AI monitoring platform and integrate it into the SingularityNET AI marketplace for decentralized adoption. This milestone ensures the platform is production-ready and accessible to businesses seeking AI-powered industrial monitoring solutions.
Finalized enterprise-ready Qriton version. Integration with SingularityNET’s AI marketplace for broader adoption. Documentation and onboarding materials for industrial users.
$5,000 USD
Listed on the SingularityNET marketplace and ready for enterprise adoption, with full documentation and onboarding support.
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