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Data & Infra
Committed To Securing Livelihoods
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Infinite Observations Data & Infrastructure Services
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All the necessary tools at our disposal to quantify and give insight to state of assets from local to global scales
Implement a multi dimensional platform to manage the effects of Climate Change and other natural disasters
To aid in disaster relief we also preform multi discipline research and analyses ranging from civil to environmental
Geo ICT & Data Science
The use of large GIS datasets are key to understanding the natural environment on a global scale. Infinite Observations harnesses the power GIS, data science, advance analytics and machine learning to predict natural and man-made disasters, inundation uncertainty, weather and climate change worldwide. We also use (stereo) satellite, aerial imagery and Lidar systems along with 3D terrain modelling, for urban planning, agricultural, ecological, other land use porposes and damage assessments. We have the expertise to produce accurate land and marine (bathymetric) elevation data necessary for any project. High resolution digital maps enables operation managers, project planners, logistics managers and conventional surveyors to execute realtime field operations in a virual environment, ensuring that the best access is provided to meet the designated project objectives. We also provide database management for projects. Aquiring remote sensing data from perpetual worldwide exploration and resource mapping operations is made friendly with our user-interface.
GeoCoding
There is a wide range of applications for which geo-coding can be used. From spatially displaying address locations to recognizing patterns within the information to distributing and streamlining humanitarian relief efforts prior to or after a catastrophic event.
Data Science & Advance Analytics
Implementing data science & analytics technology to make more contributions to help accelerate decision making in response to severe catastrophes, both natural (including climate-related extreme events) and man-made, by providing the correct timely solutions.
Data Governance
Data governance is crucial when it comes to managing, maintaining and using sensitive information of hundreds of thousands or even millions of clients and assets. But also the collection of practices, processes, policies which help to ensure the formal management of data assets for equipment as well as the implementation requires defining roles, applications and governance structures.
Remote Sensing
For the management of natural disasters large amounts of spatial and temporal data is required. Drone, aircraft, satellite and other remote sensing technology offer information over large areas, and at short time intervals and are the ideal assets for disaster management. They can be utilized in the various phases of disaster management, from warning and monitoring to prevention, preparedness, relief and reconstruction.
Integrated Risk Governance
Key research involving case studies and comparative analyses to outline the challenges of ever increasing (natural and man-made) disasters and to establish risk governance models and implementation strategies with the focus on large-scale disasters that exceed capacities of a nation. Developing and refining analyses, monitoring and modeling tools, including research of the dynamic processes of disaster risk management. Fostering integrated disaster risk science that meets the challenges of sustainable development.
Computer Vision
This is a relatively new research field that ranges from information technology to surveillance systems. Employing this technology for the development of systems using remote sensing geographic information systems (GIS) for pattern recognition techniques for forecasting, natural disaster prevention, damage assessment, wildfires detection, water level detection, flood prevention, coastal zone monitoring, and landslide detection, hurricane development, etc. has become common practice.
Climate Change
Climate change is undoubtedly the greatest threat humanity is facing. Degradation of terrestrial and marine ecosystems as a result of increase frequency, duration and intensity of droughts, wild fires and hydro-meteorological disasters that are invariably associated with local urbanisation, global industrialisation, anthropogenic emissions and ultimately global warming and climate change. To mitigate the risk and vulnerability associated with the effects of climate change and global warming governments, institutions and industries must embrace (international) climate policy as highlighted by the IPCC (Intergovernmental Panel on Climate Change). The developement of these policies requires long-term planning and scenarios-based modelling that take the human and environmental inertia into account. Ultimately goal is resilience, which can be obtained through adaption and by limiting future warming and reducing emissions. Infinite Observations makes use of an integrated assessment framework to analyse the socio-economic effects of climate change induced and natural hazards in situations where outcomes are uncertain. In our assessments models we coupled various datasets such as climate, atmospheric concentration of greenhouse gases, variation in sea surface temperatures (SST’s) as a result of El Nino & La Nina (ENSO), Atlantic Multidecadal Oscillation (AMO), Teleconnections, population, socio-economic, infrastructural and much more datasets.
Freezing Temperatures
Historic deadly wildfires, powerful destructive hurricanes, record highs droughts, cold weather and blizzards are a direct result of climate change.
Sea Level Rise
As the oceans warm due to an increasing global temperature causing a rise in water level. The melting of ice over land, which then adds water to the ocean.
Human Migration
The greatest single impact of climate change with millions of people displaced by shoreline erosion, coastal flooding and agricultural disruption.
Architectural, Structural & Civil Engineering
Civil, design, environmental and structural engineering works, which include buildings and infrastructure, are the carriers of human civilization. Disaster prevention, mitigation and non-sustainable uncontrolled rampant development can in part be attributed to improper selection of construction materials, defects or inadequacies in design and construction, occupancy, maintenance, assessments, construction site and land use. From this perspective, many occurrences triggered by natural forces escalate into natural catastrophes such as earthquakes, hurricane winds, floods, landslides, and debris flows are substantially due to scientific and engineering defects rather than the actual natural hazards itself. Although modern science has cannot impede extreme catastrophic events, measures can be employed to prevent and or mitigate the severity of their consequences. Three dominant factors predispose a system to disaster damage: (1) the magnitude or intensity of the natural phenomenon, (2) the economic wealth (or infrastructure) and human capacity accumulated in a region exposed to the natural hazard and (3) (structural and/or non-structural) adaptation and mitigation measures or vulnerability (fragility), resistance and/or robustness towards the impact of natural disaster. Furthermore, large natural disasters are primarily a problem of development, but fundamentally not a problem for sustainable development. At Infinite Observations we assists our clients (consumers, enterprises or governments) through project management with infrastructural disaster prevention and mitigation policies, from residing or operating in risk prone zones, coastline, waterfronts and flood plains, or the implementation of (non-prohibitively expensive) building codes, land-use planning, other regulatory instruments and/or directly influence the design quality of the infrastructural development (roads, ports or harbors, airports, hospitals, power lines etc.) in order to minimize damage in the event of a natural hazard while increasing the resilience of the infrastructure.
Science, Engineering, Research & Innovation
Civil, design, environmental and structural engineering works, which include buildings and infrastructure, are the carriers of human civilization. Disaster prevention, mitigation and non-sustainable uncontrolled rampant development can in part be attributed to improper selection of construction materials, defects or inadequacies in design and construction, occupancy, maintenance, assessments, construction site and land use. From this perspective, many occurrences triggered by natural forces escalate into natural catastrophes such as earthquakes, hurricane winds, floods, landslides, and debris flows are substantially due to scientific and engineering defects rather than the actual natural hazards itself. Although modern science has cannot impede extreme catastrophic events, measures can be employed to prevent and or mitigate the severity of their consequences. Three dominant factors predispose a system to disaster damage: (1) the magnitude or intensity of the natural phenomenon, (2) the economic wealth (or infrastructure) and human capacity accumulated in a region exposed to the natural hazard and (3) (structural and/or non-structural) adaptation and mitigation measures or vulnerability (fragility), resistance and/or robustness towards the impact of natural disaster. Furthermore, large natural disasters are primarily a problem of development, but fundamentally not a problem for sustainable development. At Infinite Observations we assists our clients (consumers, enterprises or governments) through project management with infrastructural disaster prevention and mitigation policies, from residing or operating in risk prone zones, coastline, waterfronts and flood plains, or the implementation of (non-prohibitively expensive) building codes, land-use planning, other regulatory instruments and/or directly influence the design quality of the infrastructural development (roads, ports or harbors, airports, hospitals, power lines etc.) in order to minimize damage in the event of a natural hazard while increasing the resilience of the infrastructure.
How are we different
Implementation
Infinite Observations is organized with the focus on obtaining results for our clients. We know what is necessary to get e-Commerce, GeoData, Data Analysis & Data Science, Machine Learning embedded into a business with the aim for it to become resilient in times of crises and natural and man-made catastrophes. We will not get bogged down or bog you down with strategic powerpoint decks that end up in the recycling bin.
Positioning
We are interested in providing our clients with practical applications with a high business value by translating theoretical, scientific & technological vagueness into a business concept that works for you.
Competence
Hiring a good personnel is difficult. Many companies do not want to be out-competed by the market, want to innovate and want to be data driven. Infinite Observations facilitate costumers by providing them with a team of specialists, data analysts, data scientist, designers, developers and engineers. Through our activities, we also have access to some of the best in the business with proven track records in building and managing data teams and delivering projects.
Comprehensiveness
Our goal at Infinite Observations is to develop sophisticated business application or website for the client using the next gen technologies or the technology that the client requires. We meticulously spend time to define the scope, which is in essence a directive throughout the project, of each of our software development projects, whether it is a software application development project, web development project or a product development project, so that we can set clear (accountability or break) milestones and checkpoints for a project to account time for high priority or unplanned tasks, if there are any. So that Infinite Observations can commit to realistic timelines for project goals.
Transparency
Transparency is a term used to show sincerity, predictability and oneness. Secrecy leads to vagueness, client dissatisfaction and in turn complications in the near future. For Infinite Observations being a transparent business and transparent in it’s business processes plays a significant role in determining our partnerships and business relationships. Furthermore our clients are reassured by our experience and expertise we offer as a service provider, the commitment of our teams to the projects of our clients, the authenticity, timeline, reach and contract of your business, well-thought-out risks and issue-tackling strategies we have in place. As well as our discretion, privacy and data safety. Alongside this, Infinite Observations to adhere to guidelines and regulations that establish transparency as a standard (such as agile methodologies, status reporting, tracking tools, project or customer portal, process audits, proactive project monitors, infrastructure for security and data protection).
Offering
Application Lifecycle Management (ALM) is very paramount. Our suite of sophisticated cloud and web business applications, including development methodology (i.e. waterfall, agile, or DevOps) and consultancy services ensures that Infinite Observations is able to assist our clients from product/project inception through development, implementation, version control and maintenance, through a process or processes of continuous integration (CI). Thus ALM, including project management, governance, requirements management, development, testing and quality assurance (QA) as well as customer feedback, support and IT service delivery. But, ofcourse software applications and consultancy ultimately has physical or real life implications. This is why Infinite Observation strives for Enterprise Lifecycle Management (ELM) solutions or broadbase applications, services and strategies that has greater end-user client satisfaction.
Infinite Observations
