Smart Monitoring Solutions

Geotechnical monitoring is very much responsible for the successful completion of any project such geotechnical instrumentation. This kind of the monitoring is being done with geotechnical help. There are so many companies that give customized solutions for the geotechnical monitoring. Such solutions involves comprehensive programming through the designing systems, delivering this on the site and installation of it, the web based access to data and data analysis with support of the expert engineering partners. The geotechnical monitoring solutions offered by the companies includes monitoring site conditions at the starting of project. The geotechnical parameters such as groundwater pressure, total stress, deformability etc. are also taken into considerations. The safety of the project is very important thing in any project.


When there are issues at the time of the construction of the projects then geotechnical monitoring helps. There are chances of the neighboring properties being getting damaged when the construction process of project is being carried off however there are also chances that in case that does not happen the neighboring parties for taking out the bucks they do such kind of allegations. However with the technical monitoring the possibility of such issues own arise.


Geotechnical instrumentation is used for railways. There are so many software that are involved in the geo monitoring system. Moreover there are sensors that can also be installed in any such kind of the environment. There are also geotechnical monitoring systems that need long term or the permanent system however the systems for the short term risk assessment to the systems can install.

Geotechnical Instrumentation and Monitoring - Importance and Overview

Geotechnical instrumentation is very important in the construction field and helps the engineers in various ways at different stages of the projects. Right from the site investigation till project completion, geotechnical monitoring and instrumentation plays a very vital role. Let's discuss the usage of Geotechnical instruments during different stages of the construction of a project.

Site Investigation - The investigation of site includes checking the conditions of the site, stability of slope, soil permeability and the pore-water pressure.

Verifying the Design - It is crucial to verify the design assumptions and to check if these designs are as per the said design. It is also important to analyze if it is required to update or modify the design at the later stages.

Construction Monitoring - Geotechnical instrumentation and monitoring is very important in the construction phase. It speeds up the entire process by removing the probabilities like failure.

Quality Control - It is important to control the quality during the construction stage and also to ensure that the construction is being done as per the specifications given.

Security and Safety - The projects that have geotechnical monitoring have an edge over the other projects without such monitoring. The reason being, such measures helps in knowing well in advance about any forthcoming failures. This further helps in taking appropriate measures to avoid such failures.

Performance - There are various geotechnical instruments that can be either rented or purchased as per the requirements. All these instruments help in improving the overall performances of the projects. These instruments include beam sensors, tilt sensors etc and they assist in activities such as monitoring deformation, slope movements, dam performance, leakage and many more.

Importance of Geotechnical Monitoring Services

Geotechnical Engineering is a division or section of civil engineering which is dedicated to the engineering goods and the form of earth materials such as rock and soil. This division of Geotechnical Engineering incorporates various elements of engineering, geology and physics in order to evaluate whether a certain site is right for development. Geotechnical monitoring also evaluates earlier developed sites to support reduction of potential hazards which can really affect the permanence of an existing structure and also prevent any danger to the public living nearby or within the region.

Geotechnical Monitoring specialists make use of various principles of rock & soil process for the following aims:
• To inspect subsurface materials and their conditions
• Regulate the pertinent mechanical and chemical as well as physical qualities of these materials
• Assess how stable the man-made and natural slopes are
• Gauge threats that the site situations present
• Plan earthworks & site foundations
• Constantly monitor site circumstances, earthwork as well as foundation construction

Geotechnical Monitoring Services are mostly used for civil design projects. Yet, it is not put to civil projects alone. Geotechnical Monitoring is also applied by several industries like the resource development industries, military& other industries that consist of construction work.

Soldata’s Railway Monitoring System

CENTAUR is a totally automated module comprising of a motor-powered computer determined leveling station (RTS or AMTS). Centaur used the most modern developments in objective free technology & the abilities of SOLDATA software solution to offer a dominant, user friendly instrument for automated leveling & real-time monitoring of uplift and subsidence. Their up-to-date application consists of motorways monitoring, roads monitoring, airport runways monitoring, railway monitoring, bridge decks and embankments monitoring.  Centaur usage as Cyclops on various sites all over the world safeguards that it’s a trustworthy monitoring method for the real-time smoothing of the surfaces. The Centaur monitoring solution offers total dimensions of vertical deformation while constantly calibrating in contradiction of reference goals. The temperature & pressure improvements are equally applied in real time.

Our environmental section offers the complete spectrum of associated disciplines from the consultancy, on-site monitoring and remote monitoring, explanation through to the managing and the modification of any environmental concerns. Noise monitoring, Tunnel monitoring, Railmonitoring, Bridge monitoring, tunnel monitoring, track monitoring, datum monitoring& vibration monitoring are generally pivotal factors within environmental monitoring valuations and our proficiency ensures precise and consistent environmental measurements.

Vital Technical Points are -

• Centaur runs day & night without any want for artificial lighting's.
• Centaur measures vertical movements of points placed on a virtual flat grid.
• Measurement ranges from 0 - 150’
• Centaur normally measure 15 points & 5 reference objectives.
• Safety - Centaur is prepared with tailored protective casing.

Importance and Uses of Geotechnical Monitoring

Geotechnical instrumentation is important because they do major task at the time of construction engineering. It helps the engineers almost in every phase of the project. it includes construction surveillance, security, quality check, safety, verification of the designs, investigation of the site etc. below we have mentioned few points which will help you in knowing how geotechnical instrumentation perform at different stages of the project. 

Verification of the designs: Through geotechnical instrumentation the designs can be verified as well as performance can be checked. If needed the designs are suitably modified based on the information’s deprived from the geotechnical instrument.  

Site investigation: Assessment of site where project should be implemented being done and the site conditions are featured. Parameters like soil permeability; parameters such as stability of the slope, pore-water pressure can be checked. 

Construction control: geotechnical instrumentation is being used to make sure whether the work procedure is on the schedule. If needed it suggests particular changes in schedule and in making the process simple and fast, to complete it prior without affecting construction quality. 

Geotechnical instrumentation is used as a geotechnical monitoring instrument for the safety of the mega structures such as bridges, dams etc. also. Some of the geotechnical instrumentations are settlement gauges, inclinometer, extensometers, piezometers and tilt sensors. 

Geotechnical Services – An Overview

When it comes to design, operations, maintenance and safety of mega manmade structures like dams, reservoirs, mines, bridges, roadways, railways and construction projects geotechnical engineering plays an important role.  The services which are included in the same are designing, investigation, construction, site selection as well as monitoring.  There are many a companies which are into providing geotechnical services. These services include in-situ lab testing, geo-environmental engineering, engineering seismology, foundation engineering, arid region geotechnics, risk and hazard management and more.

Selection of the companies for geotechnical services involves an expert advice other than research on the internet and through testimonials of the different companies and shortlisting a few good ones. Then quotes are requested from the shortlisted ones and based on the requirement, quality of work and cost the finalization of the geotechnical service provider is done. Geotechnical services come with a variety of benefits and help in complete life cycle management of the mega structures. There are a variety of soil instruments and equipments which are used for study and investigation as well as design, operations and maintenance of the same. They are highly useful in remote monitoring, almost realtime information generation, reports and analysis, hazard alerts, action plan and much more.

The role of Environmental Monitoring Assessment

Environmental Monitoring Assessment has ordinarily been given vitality everywhere throughout the world which has expanded in recent times. Industrialization, urbanization and changing life styles throughout the years have influenced environment definitely in bringing about contamination and environment corruption. The contamination in air, water and area has lead to natural irregularity and potential wellbeing risks. Accordingly, regulations as laws and strategies on natural security were presented. The Environmental Impact Assessment (EIA) is one such exertion.

Structural Monitoring portrays the courses of action and exercises that generally occur to describe and screen the nature of any building or mad made structure. This methodology is utilized as a part of the arrangement of natural effect evaluations, and additionally much of the time in which human exercises convey a danger of destructive impacts on the building. Since the begin of science based natural observing, various quality files have been concocted to help group and clear up the significance of the impressive volumes of information included. Systems and methodology of contamination, danger appraisal, identifying with sources, and pathways of introduction, patterns in time and space, expectant frameworks, assessment of ecological quality and of administration practice have been created throughout the years. Besides, the study and administration of microclimates upgrades the yield and nature of the earth particular apparatuses have been created for a more terrific understanding of natural exploration.

Why Environmental Monitoring Assessment is Important

If you have a company that is into anything that has residual matter coming up after a production, then you are liable to be under the ambit of environmental legislations. Generally, every company has some or the other matter expelled as residue which means that almost all of them are under the purview of every law related to environment protection.

Now, there are many laws pertaining to protection of environment and much new legislations are proposed and passed to effect either immediately or after some time period. It becomes almost impossible for us to follow each rule given the continuous changes in policies. To keep up with such changes, environmental monitoring assessment is the best way. This assessment helps you to know if you are in limits of the prescribed laws and regulations.

The inspection is done on-site with samples from your industry and surrounding area to prepare a report on the impact your industry has created on the vicinity and how safe or dangerous your establishment is to the surrounding.

Environmental monitoring helps you to know whether you are in line with the laws and you thus get a chance to rectify your errors so as not to face the wrath of environmental agencies.

The reason why Tunnel Monitoring is important

The field of screening and monitoring is one of rapid improvement. Progresses in sensor advances, in information correspondence standards and information handling calculations all impact the potential outcomes of Tunnel Monitoring.  This type of monitoring is done to identify any damages, activity observing and different executions of screening frameworks. Tunnels and bridges are an extremely astute part of a nation's foundation, they are costly to construct and look after, and numerous lacks of determination encompass imperative components deciding the serviceability and crumbling of extensions. Accordingly, bridges and tunnels are great applicants for screening. Observing can augment the administration life and stay away from or put off displacement, repair or reinforcing work. Numerous bridges constitute a bottleneck in the transport system they present with few or no elective courses.

Route and Bridge Monitoring are a paramount some piece of the transport foundation. They speak to a real financing for social order and an essential some piece of that speculation goes to review and upkeep. Moreover, wellbeing levels in bridges are relied upon to be higher than in different parts of the transport framework. This falls into place without any issues because of the way that disappointment of an extension could have extreme results in material harm and human lives. It is the reason why Tunnel and bridge monitoring system are constantly upgraded.

Railway Monitoring: Why and How

Railway monitoring is performed to make sure that the railway tracks are okay to handle trains. Railway tracks have the tendency to shift a bit from its original layout; however, the tracks are made in a manner that brings the track on its original route. Nevertheless, in some cases it may happen that the tracks do not get on their original positions due to reasons such as environmental calamities or construction activities nearby rail tracks. This prompts companies to undertake railway monitoring to ensure that everything of the system is in place.

Rail monitoring is usually carried out by moving high speed rail cars or an inspection vehicle over railway tracks to record the condition and direction of the track. Several geometric parameters are automatically recorded at every 900 mm and the data is stored to compare it to previously recorded data of the same track. The data generated in one run is enormous and railway monitoring techniques are well developed to handle such data, compare them and give appropriate readings. Places where there is deviation found between the current and previous records are taken note of and inspected for possible damage and repair procedures.

Information on Rail and Tunnel Monitoring

Rail monitoring and tunnel monitoring are a significant part of geotechnical engineering. These systems are particularly designed to monitor manmade structures like railway tracks and tunnels right through their life cycle which includes monitoring while construction, monitoring it when it’s operational, maintaining it and monitoring the safety of these structures also.

Railway monitoring – These systems provide realtime monitoring for the structural conditions of railway tracks as well as monitoring the speed of the trains, weight of the trains on the track while passing as well as location of the train.  This system thus helps in improving the efficiency, reliability and safety of the rails and railways in a smart way. These monitoring systems also reduce the use of electricity, help in detection of potential hazards effectively and much more.

Tunnel Monitoring – These systems monitor the structural health of the tunnel. This helps in improving the safety of the tunnel as well as in optimizing the operations and the maintenance activities as well. In every stage right from the site evaluation and design, while construction for evaluating the impact of geological conditions, the effect of tunnel on its surrounding properties and safety monitoring during the life span of it – tunnel monitoring systems are used.

Thus, tunnel monitoring systems and railway monitoring systems are of great use to humankind.

The Role of Geotechnical Services

Geotechnical services and structural specialists devise systems after painstakingly investigating different establishment issues keeping in mind the end goal to modify results. Various sorts of establishment issues are determined in a sensible measure of time. In the wake of undertaking the repair, the supervisors give composed guarantees of the administrations to console you. Any annihilating issues like drooping floors, kicking dividers, stair-step establishment splits, and so forth are managed and you will be charged ostensible charges for the administrations advertised. Finally, the builders perform a careful examination of your building’s establishment to study the profundity of the harm and to define a viable and perpetual answer for the damage.

The reach of administrations for establishment repair and Geotechnical services is not just constrained to private properties. Numerous builders can additionally adjust business edifices and structures. Offering help answers for all business ventures, the organizations included repair the existing debilitated structures and additionally outperform in establishing profound frameworks for new development ventures. Free gauges are accessible for anybody recognizing establishment repair. Experts can come and brief you on all the administrations they give, for example, establishment of divider stabilization. In specific cases, the structure obliges a complete supplanting of the establishment. This is carried out by devastating the existing establishment and building another one.

The Geotechnical Wonder!

Geotechnical instrumentation plays a significant part in every stage of a project and is extremely helpful to engineers. It makes use of a variety of instruments which include inclinometer, tilt meter, pillar sensors, strain gauges and more which are either bought or leased whenever needed. Its applications not only include construction projects but also dams, bridges, landslides, railways, etc. In construction they are useful during the complete lifecycle of the project as follows:

Site Survey – Geotechnical instrumentation helps engineers survey the initial conditions of the site which includes soil, pore- water pressure, slope stability, etc.

Design Assessment – Once the project design is ready, Geotechnical instrumentations verifies the same and if necessary suggest requisite changes in the design that are suitable to the site conditions.

Construction and Quality Control – Geotechnical instrumentation ensures that the quality of workmanship of construction is maintained and also keeps a check if the work is progressing as per the schedule. It also suggests necessary changes so that the work is completed before time without affecting the quality.

Security – If there are any kind of potential failures, geotechnical instrumentation alerts the engineers in advance so that they can take necessary actions to avoid the failure and also manage evacuation if required so that there is minimum casualty.

Geotechnical instrumentation is also useful in dealing with legal issues relating to neighboring properties and more. Thus, beyond just and tool of geotechnical engineering it is a boon to the engineers.

Bridge Monitoring – Complex Structures Handled With Ease

Bridge monitoring systems are into regular and continuous assessment of condition of the bridge. This system helps in increasing the general safety of the bridge and also in maintenance and operational activities optimization of the bridge. Bridges are structures that are highly complex in nature and are made of up numerous components and elements which when come under the effect of any external phenomena get stressed and start interacting with each other. Hence, while designing a bridge monitoring system, it is important to pay attention at the intricate details of each and every bridge and plan, design and execute properly.

Benefits of Bridge Monitoring - The bridge monitoring system is useful to the engineers throughout the life cycle of the bridge which starts right from the design and construction phase. The bridge monitoring systems help in verification of the existing bridge design and suggest necessary changes in design if required. Further, they also help in speeding up the bridge construction process also with timely information. Though, the major function of these systems is monitoring the safety of the bridges. In case of any damage or potential hazard to the bridge, they alert the engineers in advance so that necessary preventive measures could be taken and if necessary evacuation process could be carried out so that there is no loss of lives and the consequences are not very serious. In brief, these systems are a boon to geotechnology.

How Effective are Geotechnical Devices Under Lower Temperatures

Tilt sensors are used at various structures that are built at places that face extreme temperature changes. If you can’t think of places, you may consider the example of the United States where the recent cold wave has taken the temperature of some regions to as low as around  -20 degree Celsius. At this temperature, even stored petroleum gets frozen and electrical instruments go defunct. With temperatures as low as the previously mentioned degree, experiments have suggested that geotechnical instruments such as tilt sensors and inclinometers work just fine even below freezing temperature.

Instrumentation devices such as tilt sensors are prepared keeping in mind the exposure they are going to get on-field. Therefore, these devices are made to withstand temperatures that are as high as eighty degree C and as low as -20 degree Celsius. Regions with low temperatures are prone to get wet due to fog and dew. Under such circumstances, it becomes highly probable that water may fall on these devices. Therefore, all the instrumentation products are made waterproof and weatherproof so that readings are not affected.

The final conclusion that comes out from the discussion is that geotechnical instruments, such as the one in discussion here, work at an efficient level and continue to give accurate results under extreme temperatures.