SmartSolo Scientific

SmartSolo Scientific 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. Rigoro

usly 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.

🌧11 Months Underwater – Still RunningπŸ“ In the "Beijing Array" project, a batch of SmartSolo IGU-16HR 3C nodes was submer...
06/24/2026

🌧11 Months Underwater – Still Running

πŸ“ In the "Beijing Array" project, a batch of SmartSolo IGU-16HR 3C nodes was submerged in approximately 1.5 meters of water for 11 months.

πŸ’‘ IP68 rating: 72 hours at 5 meters. 11 months – roughly 100 times that.
πŸ’‘ Recovered with sediment. Cleaned, powered on – full functionality, all data intact. No repairs needed.
πŸ’‘ A real-world test: core units sealed, data safe, mission-ready.
πŸ’‘ 11 months underwater. 100% data recovery.

πŸŽ‰ "Transparent Beijing" – The world's largest and most complex urban ultra-dense seismic array survey has been successfu...
06/17/2026

πŸŽ‰ "Transparent Beijing" – The world's largest and most complex urban ultra-dense seismic array survey has been successfully completed.

πŸ”Ž Survey Scale:
175,000 observation points
4,500+ SmartSolo IGU-16HR 3C nodal seismographs
34,498 km total survey line length
Thousands of TB of raw data acquired

πŸ† Urban Environmental Challenges:
The survey area covered diverse terrains including the ancient tree zone at Jingshan Park, the banks of the Yongding River, the commercial district around China Zun Tower, and the Yuanmingyuan heritage site – ranging from narrow hutongs to rugged mountain paths. The lightweight, compact design of the nodal seismographs enabled a deployment rate of 800 units per day.

πŸŽ–οΈ Key Equipment Advantages:
High dynamic range: Captures weak signals in high-noise urban environments
High-precision GNSS synchronization: Ensures time consistency across the large-scale array
Waterproof and wide-temperature design: Suitable for year-round, all-weather deployment in Beijing
Long battery life and modular design: Reduces operation and maintenance costs across 175,000 points

πŸ“ Project Outcomes:
The results directly support seismic hazard zoning, help major engineering projects mitigate risks, and establish a data foundation for high-precision seismic imaging of urban underground space. This project has created a replicable "Beijing Model" for seismic safety assessment in megacities.

πŸ“ Case Study: Microtremor Survey for Karst DetectionObjective: Detect subsurface karst features prior to pipeline constr...
06/16/2026

πŸ“ Case Study: Microtremor Survey for Karst Detection

Objective: Detect subsurface karst features prior to pipeline construction to mitigate geotechnical risks.

Methods: Microtremor (passive seismic) vs. ERT, with borehole calibration.

Equipment: 20 Γ— SmartSolo IGU-BD3C-5 | Linear array, 2 m point spacing, 210 m line length

πŸ“ Results:

Microtremor profiles successfully identified two borehole-confirmed karst features (at 9.5 m and 19 m depths)

A surface-visible vertical karst fracture (∼8 m deep) near the 176 m mark was also clearly captured, posing a significant risk to construction

Microtremor showed better agreement with borehole data, enabling quantitative/semi-quantitative interpretation; ERT proved effective for qualitative delineation of karst zones

πŸŽ–οΈ Conclusion: Microtremor effectively bridges the gaps between sparse boreholes, providing reliable guidance for pipe-jacking and trenchless construction.

πŸ”Ž Need to process seismic data faster?πŸ“£ SoloLite's latest update puts three essential tools right at your fingertips:β˜€οΈ ...
06/11/2026

πŸ”Ž Need to process seismic data faster?

πŸ“£ SoloLite's latest update puts three essential tools right at your fingertips:
β˜€οΈ Instrument response removal
β˜€οΈ Resampling
β˜€οΈ Stacking & correlation

No cumbersome interface switching required; Just one-click access to everyday preprocessing operations.
Streamline your workflow and focus on what really matters – your science.

πŸ“© Experience the latest version V1.0.5.15 of SoloLite today. For installation package and documentation, contact: [email protected]

Case Study: Deep HDR Fracturing Monitoring with SmartSolo IGU-16HRπŸ“ A surface microseismic survey was deployed for a hot...
06/11/2026

Case Study: Deep HDR Fracturing Monitoring with SmartSolo IGU-16HR

πŸ“ A surface microseismic survey was deployed for a hot dry rock geothermal project at >4,500 m depth.

πŸ“ Using 51 IGU-16HR nodes in a spider-web array (5 km radius, 600–800 m spacing), the system detected 600+ microseismic events down to magnitude -0.75 across two fracturing stages.

πŸ”Ž Inversion clearly mapped fracture geometry and SRV. Production well placement guided by the data achieved successful connectivity.

Verdict: cost-effective surface nodal monitoring delivers reliable fracture imaging for deep geothermal development.

SmartSolo Offers Seismic Nodal Rentals Across North America! πŸ‡ΊπŸ‡ΈπŸ‡¨πŸ‡¦Highly reliable, consistently accurate, and remarkably ...
06/09/2026

SmartSolo Offers Seismic Nodal Rentals Across North America! πŸ‡ΊπŸ‡ΈπŸ‡¨πŸ‡¦

Highly reliable, consistently accurate, and remarkably easy to use – our IGU series seismic instruments are ready to support your next geoscience research project, seismic exploration survey, or large-scale data acquisition campaign.

Need equipment for a short-term project? Looking to scale up without committing to a full purchase? Our rental service gives you flexibility without compromising data quality.

Applicable only for North America (US & Canada).

πŸ“© For rental inquiries and quotes, please contact us at: [email protected]

-45Β°C Extreme Challenge | SmartSolo in AntarcticaDuring an Antarctic scientific expedition, 199 SmartSolo IGU-16HR nodal...
06/04/2026

-45Β°C Extreme Challenge | SmartSolo in Antarctica

During an Antarctic scientific expedition, 199 SmartSolo IGU-16HR nodal seismometers delivered exceptional performance:
❄️ Ground temperature: -45Β°C
πŸ“† Continuous acquisition: 12 days
πŸ”‹ Post-recovery remaining battery: 60%

The research team successfully completed a 10 km active-source seismic survey, acquiring critical data on subglacial bedrock and subglacial lakes.
SmartSolo β€” proven reliability at the edge of the Earth.

How to deploy SmartSolo IGU-16HR 3C in the field – and why it matters.Proper burial ensures high-quality data. Here's th...
06/03/2026

How to deploy SmartSolo IGU-16HR 3C in the field – and why it matters.

Proper burial ensures high-quality data. Here's the simple workflow:
Dig a hole – slightly larger than the node
Plant the node – "N" arrow pointing North, bubble leveled
Refill & compact – ensures tight coupling with the earth
Power on – tap near the LED
Scan – wait for green LED (GPS locked), then record deployment via SmartSolo App
Bury – cover with soil (

Case Study: Active Fault Mapping Using Ambient Noise ImagingπŸ›£οΈ Active faults beneath the surface are a major hazard in g...
05/28/2026

Case Study: Active Fault Mapping Using Ambient Noise Imaging

πŸ›£οΈ Active faults beneath the surface are a major hazard in geotechnical engineering. Identifying active fault zones is therefore a primary task in site investigation.

πŸ“ In this case study, a research team deployed 200 SmartSolo smart seismic sensors across a fault zone in Beijing. With just one hour of ambient noise data, they successfully mapped the fault location.

πŸ”Ž The results showed excellent agreement with previous active-source surveys β€” but at a lower cost, without the need for explosives, and well-suited for urban environments.

πŸŽ–οΈ Passive-source ambient noise imaging β€” an efficient new approach for active fault mapping.

πŸ”Ž Case Study: Dense Array Shear-Wave Splitting Analysis in ShibaπŸ“ A research team deployed SmartSolo three-component den...
05/19/2026

πŸ”Ž Case Study: Dense Array Shear-Wave Splitting Analysis in Shiba

πŸ“ A research team deployed SmartSolo three-component dense arrays in the seismically active Shiba region, recording 359 local events for shear-wave splitting analysis.

πŸ“ Results show a dominant NW-SE fast-wave polarization direction, consistent with surface GPS and deep anisotropy data, suggesting coupled crustal deformation. The average delay time of 3.83 ms/km indicates elevated upper-crustal anisotropy near fault intersections.

⛰️ This study demonstrates that dense arrays combined with shear-wave splitting analysis effectively resolve detailed crustal anisotropy in complex tectonic settings.

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