End to End SaaS Platform & Full service
combining advanced algorithms, sensor agnostic data acquisition, and expert consulting, all accessible through a secure web interface with near real time processing and automated alerting.
Simorgh SaaS Platform
Institutional grade monitoring through any web browser with our SaaS platform. Data is processed in near real time with automated event detection, 3D localization, and AI assisted classification. The platform supports all standard formats and scales from small projects to large networks.
Multi tier alerts, API integration, role based access, automated reporting, and multi site dashboards are included. Available as Cloud SaaS, Hybrid, or onsite premise.
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Full service
Complete Monitoring Solutions: From Concept to Continuous Operation. Our team covers the entire monitoring lifecycle, from feasibility assessment to long term data interpretation, available standalone or bundled with platform subscriptions.
01. Network Design & Optimization
Right sensors, right locations. We analyze site geometry, source mechanisms, and noise environment to recommend array geometry and channel count, including sensitivity analysis for existing installations.
02. Data Acquisition Strategy
We define sampling rates, trigger thresholds, pre event buffers, and recording formats to balance data completeness against storage and processing costs.
03. Platform Configuration
Full setup handled: data ingestion, velocity models, processing parameters, alert thresholds, and dashboard customization. Connect your sensors and you're live.
04. Interpretation & Reporting
Regular reports (Daily, weekly to quarterly) with plain language summaries, anomaly highlights, and recommended actions. Available on subscription or on demand.
05. Training & Knowledge Transfer
On site workshops, webinars, and certification programs so your team can operate independently and interpret results with confidence.
06. Performance & Continuous Improvement
Ongoing review of detection completeness, location accuracy, and alert latency, with quantified recommendations for array expansion or algorithm updates.
