Living and working in Indonesia means we are constantly aware of the ground beneath our feet. As geophysicists and structural specialists, we know first-hand that our nation sits squarely on the Pacific Ring of Fire—an area where tectonic plates constantly shift and collide. Because we live in one of the world’s most active seismic regions, hoping for the best is simply not a strategy. We must actively prepare.
When a major seismic event occurs, the priority immediately shifts to life safety and structural integrity. Building owners, developers, and residents need fast, accurate answers. Is the building safe to evacuate? Did the foundation sustain hidden damage? Do we need to shut off the gas?
To answer these questions, we introduce the ROBO®QUAKE Earthquake monitoring tool for buildings —Mageba’s definitive answer to the urgent need for a ready-made, IoT-compatible monitoring solution that we implement for your structural safety.
Below is a detailed breakdown of how this IoT-compatible monitoring solution upgrades structural resilience and protects lives across Indonesia.
Pre-Event Readiness and Real-Time Event Tracking
Most building owners only think about seismic data after the ground starts shaking. A truly resilient system, however, operates continuously. Our system monitors structural behaviour around the clock, creating a reliable baseline of how your property behaves under normal environmental conditions.
When a seismic event occurs, the system switches instantly into live recording mode. It tracks exactly how the building sways, twists, and absorbs the energy waves moving through the ground. This gives engineers a clear view of the vibration status of critical structural components like load-bearing columns, shear walls, and core foundations. Instead of guessing how much stress a building endured, our system records the exact mechanical response of the structure in real time.
Built-In Precision with Industrial Accelerographs
At the heart of any reliable seismic tracking platform is the hardware that captures ground movement. Our system features high-precision accelerographs as standard equipment. These sensors are specifically calibrated to measure acceleration and velocity during rapid structural displacements.
Unlike basic commercial motion sensors that lose accuracy during severe shaking, these industrial-grade units capture high-frequency seismic waves without distortion. They measure the structural response at multiple levels of the property, showing exactly how acceleration intensifies from the basement foundation up to the highest floors. This specific data allows our earthquake engineering partners to quickly determine if the building exceeded its original design limits during the tremor.
Immediate Automation of Building Protection Equipment
The biggest threat to human life during a major tremor is often not the initial collapse of a concrete wall, but secondary hazards like gas fires, electrical explosions, and broken water mains. When an event hits, human operators rarely have enough time to manually turn off main valves and cut power lines.
Our platform addresses this risk through direct hardware automation. You can program the control unit to instantly trigger external building protection equipment the moment seismic forces pass a specific safety threshold. The system can automatically:
- Shut down main gas lines to prevent catastrophic fires.
- Park elevators at the nearest safe floor and open the doors so passengers can escape.
- Activate emergency backup power systems.
- Trigger localized fire suppression barriers before smoke spreads through utility shafts.
Instant On-Site Evacuation Alarms and Remote Notifications
Clear communication during an emergency prevents panic and saves lives. When the sensors detect hazardous ground acceleration, the system doesn’t wait for a human operator to confirm the danger. It can be integrated directly with your property’s existing Public Address (PA) system to broadcast clear acoustic alerts or evacuation instructions throughout the premises.
Simultaneously, the central unit sends out immediate digital alerts. Property managers, facility teams, and corporate stakeholders receive instant notifications via SMS and email. Whether you are on the ground floor or miles away from the asset, you will know within seconds that the property has experienced significant seismic movement.
Multi-Channel Data Access and Localized Printing
During a widespread natural disaster, local cellular networks and internet services can go offline due to power failures or network congestion. A safety system that relies purely on an internet connection can leave you completely in the dark when you need information most.
Our solution features multiple redundant data retrieval methods to keep you informed during power outages:
- On-Unit LCD Screen: The main control box has a clear display showing immediate peak acceleration values.
- Built-in Thermal Printer: The system features a small, integrated printer that can generate hard copies of the event summary on the spot, even if the building loses all external network access.
- Direct Cable Connection: On-site engineers can plug a laptop directly into the central data unit using a standard cable to download raw data files during a post-event inspection.
Cloud Integration via the ROBO®ONE Platform
When internet networks are running normally, the system connects securely to the ROBO®ONE cloud platform. This platform acts as an IoT-optimized backend designed to manage large streams of structural health data.
The cloud dashboard stores a complete, unchangeable history of every vibration event your property experiences. This centralized repository allows asset owners with portfolios across different cities in Indonesia to monitor multiple properties from a single screen. Your structural consultants can log in from any location globally, download complete wave profiles, and complete detailed engineering analyses without having to travel directly to the site.
Modular Expansion for Broad Industrial Applications
Every commercial asset has unique structural needs. A long-span bridge, a high-rise residential tower, and a coastal industrial warehouse all interact with seismic waves differently. Our system uses a modular hardware design, allowing you to scale its capabilities as your operational needs evolve.
While the baseline package focuses heavily on seismic protection of buildings, you can easily integrate a wide variety of additional sensors into the same central data unit. You can add displacement sensors to monitor shifting expansion joints, strain gauges to measure stress on steel columns, or tilt sensors to track structural leaning. This flexibility makes the system highly valuable for non-seismic applications as well, such as monitoring wind-induced sway or checking long-term foundation settling.
“Taking the right decisions during and right after earthquake events is a key factor in saving lives and properties. We are proud to pioneer in merging the latest cloud computing technologies with our expertise in earthquake engineering to bring IoT to the seismic protection of buildings. ROBO®QUAKE is the earthquake monitoring, alarm and protection system by mageba that allows real-time information about the vibration status of the structural components. Accompanied with state of the art algorithms that generate immediate and easy to understand summaries to assist engineers, residents, developers, owners and authorities to manage the risks associated with seismic events!”
– Dr. Moustafa Imam, Chief Technical Officer – Asia Pacific, mageba China
Local Engineering Integration in Indonesia
Deploying an advanced safety platform requires deep local expertise, proper calibration, and ongoing maintenance. We ensure your monitoring systems are configured correctly to meet local regulatory frameworks and specific Indonesian soil profiles.
As the technical partner for advanced structural solutions, PT. Exact Global Teknologi provides comprehensive end-to-end support for your projects. From initial site assessments and sensor placement planning to hardware installation, cloud integration, and annual system calibration, our team ensures your compliance and safety monitoring runs smoothly. We help you protect your real estate investments, lower your operational risks, and give your tenants complete peace of mind.
To learn more about implementing our structural health monitoring systems for your commercial properties, contact our technical team directly:
- Website : www.exactglobal.co.id
- Email Support : marketing@exactglobal.co.id
- WhatsApp : +62 812-9252-3900
Frequently Asked Questions
How does a structural health monitoring system (SHMS) differ from a standard seismograph?
A standard seismograph is designed primarily to measure regional ground motion and help geological agencies locate the epicentre and magnitude of an earthquake. It does not tell you how an individual building responded to that movement.
Our system is tailored directly to the building’s structural frame. It measures how the specific columns, beams, and foundations move relative to each other. This gives you actionable data on whether the structure has suffered internal mechanical strain, rather than just telling you how strong the earthquake was down in the ground.
Can this platform prevent structural damage during a major earthquake?
No monitoring system can stop tectonic plates from moving or prevent ground acceleration. However, our system minimizes total risk and secondary damage.
By automatically shutting off gas lines, parking elevators safely, and closing fuel valves, the system helps prevent fires and secondary explosions, which are often the leading causes of property destruction and casualties after a major tremor. Additionally, the real-time data helps engineers spot hidden structural issues early, preventing long-term failures from minor aftershocks.
What happens to the collected data if the building completely loses power and internet?
The system is built with high data redundancy for emergencies. The central processing unit includes local internal storage that saves all sensor readings directly to solid-state memory.
Even if the property loses power and internet access, the system holds the data safely on-site. Once backup power returns or an engineer connects a laptop directly to the unit using a cable, you can download the complete record of the event. The built-in thermal printer can also run on backup power configurations to print an immediate physical summary right after an event.
Why is an IoT-compatible monitoring solution important for property managers?
Traditional monitoring setups require an engineer to go out, open a physical control box, and manually download data files after every event. This delay slows down your decision-making when you need to clear a building for re-entry.
An IoT-compatible setup connects your building directly to the cloud via the ROBO®ONE platform. This allows property managers, corporate stakeholders, and structural engineers to review the property’s condition immediately from any smartphone or laptop. It streamlines your emergency response, speeds up safety inspections, and helps you get tenants back into the building faster.
Can we install this monitoring tool on older, existing buildings in Indonesia?
Yes. The system is designed as a ready-made, stand-alone option that works for both new construction projects and older properties. Our engineering team at PT. Exact Global Teknologi evaluates your building’s blueprint, identifies the most vulnerable structural areas, and mounts the sensors directly to the concrete or steel frame. This retrofit process requires minimal disruption to your daily building operations and instantly updates older properties to modern safety standards.
