QUAKEVAULT – WAVEFORM WEB-SERVER WITH GUI & API
QuakeVault is a compact, industrial-grade edge server designed for permanent MiniSEED data storage and structural health monitoring (SHM). Equipped with a 2.5” 2TB SSD, 8GB RAM, a powerful Intel® processor, and a fanless rugged enclosure, it operates reliably in harsh environments. The system features a built-in wave server, real-time web dashboard, REST API, and secure remote access—ideal for critical infrastructure, field deployments, and seismic research.
$1.850,00
OVERVIEW
Description
QuakeVault — Rugged Edge Server for Seismic Data Retention & Analytics
QuakeVault-EDGE is QuakeLogic’s next-generation compact edge server purpose-built for permanent seismic data storage and structural health monitoring (SHM). Housed in a rugged, industrial-grade chassis, it operates 24/7 in remote or harsh environments—securely retaining months or years of MiniSEED waveform data while supporting real-time analytics and integration with early-warning or research systems.
Key Technical Highlights
- 2 TB SSD Storage — Continuous MiniSEED data retention without interruption
- CPU: Intel® Core i7 Embedded, optimized for edge computing
- Memory: 8 GB DDR4 RAM (expandable)
- Interfaces: Gigabit Ethernet, USB 3.0, HDMI
- Connectivity: Built-in Wi-Fi and optional 4G LTE module
- Form Factor: Fanless, thermally stable mini industrial PC
- Operating Range: –20 °C to +60 °C for dependable field performance
Software & Functionality
- Embedded Wave Server — Local SeedLink-compatible server for real-time waveform streaming and archiving
- MiniSEED Archiving — Long-term, time-indexed storage for permanent seismic records
- Web Dashboard — Live station status, waveform preview, alerts, and storage statistics
- REST API — Streamlined data retrieval, query filters, and remote system control
- Security Suite — Encrypted SSH, firewall rules, and VPN support
- OTA Updates — Remote firmware and application upgrades with rollback safety
Ideal Applications
- Continuous seismic and SHM monitoring of bridges, dams, hospitals, heritage buildings, and silos
- Autonomous remote stations needing resilient data logging and transmission
- Research and testing facilities requiring long-duration, high-resolution waveform storage
Integrated Platform Ecosystem
Together with QuakeVault software and QuakeVault DataHub, QuakeVault-EDGE forms a unified, end-to-end system for real-time data acquisition, analysis, and archiving.
- QuakeVault provides multi-mode signal analysis and event visualization.
- QuakeVault DataHub acts as the central waveform server for network distribution.
- QuakeVault-EDGE ensures secure, on-site data retention and local processing at the edge.
QuakeVault-EDGE delivers enterprise-grade performance in a compact, field-ready form.
Designed for durability, security, and autonomy, it ensures continuous seismic data capture and real-time insight—empowering engineers, researchers, and agencies to make informed decisions on structural safety and hazard resilience.
Additional information
| Weight | 2 lbs |
|---|---|
| Dimensions | 25 × 25 × 25 in |
REAL-TIME SOFTWARE FEATURES
QuakeVault — Real-Time Wave Analytics
1. Multi-Source Data Integration
- Connects to multiple real-time and historical waveform servers:
- QuakeVault Winston Server (proprietary Java-based wave server)
- Earthworm Wave Server
- FDSN Web Services
- SeedLink Protocol
- Direct file-based imports (SAC, SEED, miniSEED, SEISAN, MATLAB text, WIN formats)
- Fully configurable data sources with auto-refresh, status icons, and permission-based editing.
2. Dynamic Helicorder Visualization
- Real-time helicorder display with customizable axes, refresh intervals, zoom, and clipping thresholds.
- Supports continuous auto-updating for active data streams.
- Advanced visualization controls:
- Auto-scaling and forced centering for broadband stations.
- Audible and visual clipping alerts.
- Instant snapshot export for reporting and archiving.
3. Multi-Mode Wave Analysis
- Wave, Spectra, Spectrogram, and Particle Motion views for comprehensive signal interpretation.
- Butterworth filtering with adjustable low-pass, high-pass, or band-pass modes.
- Logarithmic or linear scaling, FFT controls, and alternate color spectrums for enhanced visibility.
- Integrated auto-scaling, bias removal, and velocity calibration for instrument-corrected data.
4. Real-Time Monitoring Dashboard
- Multi-channel real-time waveform viewer with configurable time spans (15–300 s).
- Lag indicator for data latency diagnostics.
- Adjustable refresh intervals for bandwidth-efficient monitoring.
5. Analytical Tools
- RSAM (Real-time Seismic Amplitude Measurement) viewer with customizable time spans, binning, and alarm thresholds.
- RSAM Ratio analysis between multiple channels for comparative trend evaluation.
- Coda and Duration Magnitude calculations directly from waveform selections.
- S–P time and distance computation for event characterization.
6. Event Processing and Picking
- Integrated Pick Mode for P-, S-, Coda-phase selections with uncertainty weighting.
- Automated S–P distance mapping and coda-based magnitude estimation.
- Supports Hypo71 earthquake location algorithm for fixed or non-fixed depth solutions.
- Event data export in QuakeML format for interoperability with global seismic databases.
- Event import and visualization from NEIC or local sources.
7. Geographic and Network Visualization
- Built-in interactive map interface with station markers and live waveform overlays.
- Supports custom map packs and Web Map Services (WMS) for high-resolution imagery.
- Distance and azimuth measurement tools with real-time event overlays.
- Automatic plotting of NEIC events by age, magnitude, or depth.
8. Tagging, Classification, and Layout Management
- Tag and classify events directly on helicorder traces (VT, LP, VLP, Explosion, Tremor, etc.).
- Save user-defined event catalogs (CSV format).
- Custom layouts and “Kiosk Mode” for dedicated real-time display systems.
9. Configuration and Automation
- Modular configuration files for:
- Data sources, velocity models, event classifications, and network metadata.
- NTP synchronization with global time servers for precise timestamping.
- Pick settings and RSAM defaults for standardized processing.
- Auto-loading configurations on startup with option for shared, read-only network setups.
10. Platform and Performance
- Cross-platform compatibility (Windows, Linux, macOS).
- Runs on Java 8+, optimized for modern memory and CPU architectures.
- Full-screen “Kiosk Mode” for control room deployments.
- Lightweight, efficient, and designed for 24/7 continuous operation.
WAVESERVER WITH RESTFULL API
QuakeVault DataHub — Real-Time Wave Server
QuakeVault DataHub is a high-performance wave server that collects, buffers, and distributes real-time seismic and infrasound data to client applications. It forms the backbone of QuakeLogic’s monitoring ecosystem, ensuring reliable and continuous waveform delivery for analysis and visualization systems such as QuakeVault and PulsePro.
Key Features
- Real-Time Data Streaming
Continuously receives and serves waveform data from field stations with sub-second latency. - Circular Data Buffering
Stores recent waveform data in rolling buffers for instant retrieval without data gaps. - Multi-Client Access
Supports simultaneous connections from multiple users and analysis systems without performance loss. - Standard Protocols
Fully compatible with Earthworm, SeedLink, and FDSN-style data requests for easy integration. - Configurable Retention & Performance
Adjustable storage duration, buffer size, and timeout settings for network and hardware optimization. - Secure and Reliable
Includes user authentication, connection monitoring, and automatic recovery after network interruptions. - API Support
Provides RESTful endpoints for programmatic waveform access, metadata queries, and system health checks.















