SmartSolo Scientific

Name: SmartSolo Scientific
Address: Unit 145, 3901 54 Avenue NE, Calgary, AB, T3J3W5, CA
Telephone: 403-701-8398
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The Future of Geoscience Research At SmartSolo Scientific, we're driven by a passion to push the boundaries of geoscience.

We develop high-precision instruments, including the industry's most advanced seismic nodes, empowering researchers across various industries to unlock groundbreaking discoveries that contribute to a safer, greener world. SmartSolo seismic nodes are in a league of their own. These lightweight and compact devices (most weighing less than 2kg) are built to withstand the harshest environments. Rigorously tested for extreme temperatures ranging from -40 to +70 degrees Celsius, and waterproof up to submersion, SmartSolo nodes deliver reliable data collection even in the most challenging conditions. Each fully autonomous node integrates a battery, data logger, GPS, and geophone, streamlining deployment and data acquisition. With an industry-leading 99.7% data recovery rate, researchers can be confident in the integrity of their findings. SmartSolo seismic nodes play a vital role in several key areas. In the energy sector, they provide crucial data for safe and sustainable resource extraction. They act as guardians against natural disasters by aiding in the monitoring of earthquakes, volcanoes, and landslides. Furthermore, SmartSolo Scientific technology empowers researchers with advanced tools for studying the Earth's composition and structure, leading to a deeper understanding of our planet. Through collaborative efforts with scientists, governments, and a wide range of industries, we tackle complex challenges in energy, environment, safety, and more.

10/08/2026

Case Study: Advancing Seismic Imaging in Complex Geology

Steeply dipping layers and strong lateral velocity variations remain a major challenge in geophysical exploration. A recent study proposed an initial-model-constrained joint Kirchhoff prestack depth and time migration method — integrating iterative velocity inversion, denoising, and model constraints to improve imaging fidelity and repeatability.

📍 Key results:
Sharper fault imaging and better diffraction focusing
Higher signal-to-noise ratio (S/N) and improved resolution versus conventional prestack time migration
Validated on both synthetic models and a real coalfield case (monocline 30–35°, high-angle faults)
Field data were acquired using SmartSolo IGU-BD3C-5 broadband 3-component nodal seismometers — 720 channels, 10 m × 10 m CDP grid, max fold 52.
The method has been applied in coal mine safety, resource exploration, engineering investigation, and geohazard assessment.

🔎 Read the full case study: Enhanced Seismic Imaging of Complex Geological Structures Using Model-Constrained Kirchhoff Pre-Stack Depth Migration — Numerical Validation and Field Application
Lei Wang 1, Shengjian Wang 2, Lei Zhang 3,*, and Xianhua Hou 4

09/15/2026

♨️ Case Study: Passive Seismic Microtremor Survey for Geothermal Exploration

Regional fault activity and multi-stage magmatism are key drivers for the formation of mid-to-low temperature geothermal resources. To identify deep hidden faults within a geothermal field, we deployed a linear array of 48 SmartSolo IGU-BD3C-5 nodes at 150-m station spacing for Microtremor Survey.

Key Findings:
✅ Velocity Anomalies: The 2D inversion revealed a distinct low-velocity anomaly between survey stations 3000-7050, which was interpreted as a fault zone.
✅ Fault Identification: Integrated with Magnetotelluric (MT) results and two boreholes (ZK1: 500m, ZK2: 600m), three secondary faults (F1, F2, F3) were confidently identified and constrained.
✅ Fracture Detection: String-like low-velocity anomalies at stations 8250 and 9450 were inferred as stratigraphic fractures.

Conclusion:
The microtremor survey successfully mapped the regional fault distribution, providing a solid geophysical basis for further geological exploration and geothermal well planning.

09/14/2026

📡Case Study: Using Ambient Noise Tomography (ANT) to Detect Hidden Dam Fractures

Excavation caused slight displacement in a dam body. Surface cracks were visible, but the internal structural integrity remained unclear—could hidden seepage channels be developing beneath the surface?

The Solution: We deployed a dense SmartSolo array to conduct Ambient Noise Tomography (ANT) and invert S-wave velocity structures across the dam.

Key Findings:
✅ Line 1: The front section (0-100m) exhibited distinct low-velocity zones, clearly mapping the excavation disturbance. The rear section remained intact (>1000 m/s).
✅ Line 3: Revealed a buried through-going fracture zone at the dam's top boundary (30-60m), identified as a significant risk area.
✅ Line 4: Detected a thin surficial soil layer (350-450 m/s) and a notable tensile stress zone. We identified hidden interconnected fracture networks (white lines) that act as primary water seepage pathways.

Conclusion: While surface monitoring captures only what is visible, ANT delivers an "X-ray" view of the dam's internal stress state, providing actionable insights for slope reinforcement.

09/01/2026

🏢 Case Study: High-Fidelity SHM of a 21-Story High-Rise Building

Traditional structural-health-monitoring (SHM) often faces challenges balancing precise damage localization with real-time monitoring. Our solution combines Seismic Ambient Noise (SAN) with machine-learning algorithms and has been validated on a 21-story building in Shanghai.

Setup: 22 SmartSolo IGU-16HR 3C nodes were deployed floor-by-floor (from the basement to the 21st floor) + 2 ground stations. The instruments continuously recorded data at a sampling rate of 250 Hz over a 22-day campaign, successfully capturing two Beaufort Wind Force 8-9 strong-wind events.

Key Results:
✅ Captured non-uniform stiffness distribution (frequencies 0.38–0.45Hz) under strong wind.
✅ Precisely localized an approximate 2% reduction in wave velocity between F6-F7 and F9-F10, marking zones of stress concentration.

Conclusion: All 24 units performed flawlessly for 22 days. This confirms the technical feasibility of dense nodal arrays for building SHM, proving SmartSolo's exceptional stability and high-resolution measurement performance within complex urban environments.

📄 Source: Qin, L. et al. (2026). Commun Eng. DOI: 10.1038/s44172-026-00756-8

08/28/2026

🎉 SmartSolo's AMU-24 Strong Motion Accelerometer at ESC2026!

🎖️ We are excited to announce that SmartSolo's latest strong motion monitoring solution—the AMU-24—will be showcased at the upcoming ESC Assembly!

🔎 Designed for strong motion applications, it offers an ultra-wide dynamic range and high-precision data acquisition, providing reliable data support for earthquake early warning, seismic hazard assessment, and engineering seismology.

📅 At the ESC Exhibition
Our Turkish distribution partner mikrosismik® Ltd. Şti. will be representing SmartSolo at the event, showcasing the AMU-24 on-site. We warmly welcome you to visit the booth for a hands-on look and to connect with our partner team!
See you at ESC!

08/20/2026

Harnessing Ambient Noise for Transparent Mining – A SmartSolo Success Story

💻 In the pursuit of smarter and safer mining processes, accurate characterization of underground strata continues to be a core challenge. Traditional methods like boreholes or GPR are often point-based, inefficient in wet conditions, and disruptive to operations.

📝 A recent project at a limestone mine tackled this head-on. Instead of using active seismic sources, the team leveraged ambient noise from machinery and vehicle movement.

📍 The Setup
A linear array of 120 SmartSolo IGU-16HR 5Hz nodal seismometers was deployed at 1-meter spacing. Using single-station autocorrelation and spatial autocorrelation (S**C), the team successfully imaged the subsurface down to 25 meters.

🔎 The Results
💡 High-resolution images identified three low-velocity anomalies corresponding to voids or loose zones.
💡 Subsequent targeted drilling confirmed the seismic interpretations.
💡 SmartSolo data quality was critical to generating clear velocity models.

This study shows that high-density ambient noise seismic imaging is a game-changer for open-pit mining—fast, accurate, and non-intrusive. SmartSolo nodal systems proved essential in delivering the reliable data needed for safer, more efficient mining operations.

08/19/2026

📍 Manas Anticline 3D Project – Survey Complete

💻 The Manas Anticline 3D seismic survey has reached a key milestone: all survey stakeout activities have been successfully completed, with 390,000 receiver points and 150,000 source points fully staked and established in accordance with strict technical specifications.

📝 The project spans 1,400 km² across complex terrain, comprising approximately 30% mountainous areas, 25% farmland and urban areas, and 33% Gobi pasture, all within a tight ex*****on schedule. The team mobilized 38 survey crews and implemented adaptive field strategies in real time: mountain teams operated under safety-first protocols, rapid-response units were deployed in sensitive areas, and additional field personnel were mobilized during the spring planting season to prevent nodes from being buried during agricultural activities.

🎖️ SmartSolo nodal seismic systems played a critical role throughout the survey. Their lightweight, cable-free design and scalable deployment enabled rapid rollout across challenging terrain, helping keep the acquisition on track even under tight deadlines.

08/19/2026

🎉 SmartSolo Kicks Off IMAGE 2026 with Product Launches and a Full Lineup

📍 IMAGE 2026 is officially underway in Houston, and SmartSolo is live at Booth #1007.

🔎 We are showcasing our full nodal seismic series — field-proven solutions spanning energy exploration, dense array surveys, carbon storage, near-surface imaging, geothermal exploration, engineering investigation, mineral exploration, and structural health monitoring.

💡 Highlighting our booth lineup: the brand-new AMU-24, our latest strong-motion accelerometer, making its debut at the show.

🥂 The floor is buzzing. The team is ready. If you're at IMAGE, stop by Booth #1007. We'd love to see you.

08/12/2026

SmartSolo Delivers Reliable Data in Complex 3D Seismic Projects

Deploying sensors across farmlands, vineyards, and steep mountains is a major challenge in seismic exploration. In a recent large-scale 3D project, SmartSolo seismic nodes proved their value under tough field conditions.

✅ The Challenge:
Navigating farming schedules, limited vineyard access, and rugged mountain terrain without disrupting data quality.

✅ The Solution:

Smart fieldwork planning: Avoided crop damage by aligning acquisition with off-seasons.

Terrain adaptability: Modified vibroseis operations to ensure continuous data flow in restricted areas.

Strict quality control: Every SmartSolo node was deployed with >3kg coupling force and real-time QC via digital platforms.

Rigorous safety protocols: Specialized safety teams ensured zero incidents throughout the project.

✅ Results:

Zero data gaps across the entire survey.

100% reliable data quality under complex terrain.

Seamless remote monitoring from day one.

SmartSolo delivers high-quality, continuous seismic data exactly when and where you need it.

👇 What challenges do you face when deploying seismic equipment in hard-to-reach areas?

Address

Unit 145, 3901 54 Avenue NE
Calgary, AB
T3J3W5

Telephone

403-701-8398

Website

http://www.smartsolo.com/

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