austrian venturescoldeweytechcrunch earth microsoft 20m’s digital twin of Earth has recently attracted $20M in funding from investors worldwide.

This digital twin of Earth is built by, a company that explores the world of artificial intelligence and robotic process automation.

This article will explore how’s digital twin of Earth works and why it has attracted so much attention and funding.

What is’s digital twin?’s digital twin of Earth provides users with an accurate 3D simulation of the planet, based on real-time data from thousands of sources including satellites, drones, and other sensors. The platform is designed to give a highly detailed and interactive view of the planet in real-time by combining AI and machine learning with publically available data.

With a digital twin-powered integration, organizations can make better decisions about their operations or investments faster than ever before.’s digital twin features numerous tools that allow people to analyze vast amounts of data quickly, simulate events such as floods or fires instantly, monitor seismic activity worldwide in minutes, and more — all without leaving the comfort of their device. It offers unprecedented capabilities for launching new insights into complex problems or optimizing the performance of existing ones. The digital twin also helps global leaders mitigate risks and combat climate change by providing access to actionable information about current natural phenomena such as droughts or sand storms.

Recently, secured $20 million in private venture capital funding to develop its next generation geospatial platform powered by a digital twin of Earth. This first application can track changes in global conditions in real-time over extended periods across multiple geographies simultaneously at scale.

What is the significance of the $20M in funding?

The $20M in funding for’s digital twin of Earth is significant for several reasons:

  1. It highlights the potential of the digital mapping technology and its applications to multiple industries.
  2. With this investment, can continue developing its products and reaching out to new sectors.
  3. It provides with the financial resources that will enable them to extend their work in environmental monitoring and disaster prediction.

The digital twin of Earth is an innovative technology that provides an exact 3D representation of our planet in real-time—capturing all physical features such as mountains, rivers and roads down to a sub-meter resolution. It combines artificial intelligence (AI) algorithms with satellite imagery and public data from millions of people worldwide through social media posts and IoT sensors—providing an unprecedentedly detailed level of precision not previously achievable with traditional methods alone. With this high degree of accuracy, businesses have access to a tremendous amount of robust data that can be used for various purposes such as predictive analytics or urban planning projects.

Furthermore,’s technology brings unprecedented efficiency and affordability to organizations looking for advanced geospatial analytics capabilities—allowing them to optimize resource utilization while revealing complex insights about their operations over time scales much shorter than was previously possible using traditional methods alone.

Background is an artificial intelligence (AI) company that recently secured $20 million in funding to create a digital twin of the Earth.

To better understand and predict its behavior, the digital twin aims to provide a realistic representation of the Earth, including its physical and digital environment.

This article explores the concept of a digital twin and how’s technology works.

What is a digital twin?

A digital twin is a digital representation of a physical asset or process that provides detailed data on what is happening. This data can be used to gain insights and inform decision-making processes around actions or proactive maintenance work. As technology capabilities have advanced, organizations have created digital twins of complex physical assets, such as cars, aircrafts, machines, workspaces and even entire cities. has created its digital twin of the Earth using satellite imagery and geospatial AI capabilities. By thoroughly monitoring the world from space then creating a new layer of reality with 3D-like observations of our planet’s characteristics – including topography, climate and biome – this technology allows quicker tracking, analysis and 5G connectivity between users.

With $20 million in funding raised so far, is furthering its research in this field to bring personalized worldwide monitoring to areas that haven’t been accessible until now. austrian venturescoldeweytechcrunch microsoft flight 20m

What is the purpose of a digital twin?

A digital twin is a virtual representation of an existing physical entity or system. It is a data-backed 3D model or digital representation of a physical item, its associated data, and the surrounding environmental conditions that it must interact with. Digital twins simulate real-time conditions and user interactions to address potential problems before they occur in the real world.’s digital twin of Earth is a 3D virtual platform for simulating the planet’s geology, geography, biomes and climate at global scale in real time using a combination of satellite imagery and cloud computing algorithms. This technology makes it possible to develop models and simulations that help understand how the world works, where negative scenarios can be identified early on. As a result, emergency scenarios can be avoided before they occur in the physical world due to human actions or natural disasters.

The technology reportedly attracted $20 million in funding from investors including Microsoft’s venture capital arm and Samsung Catalyst Fund, Tencent Holdings and CITIC Capital China Partners. With its funding secured, plans to further develop its technologies that could help address global tragedies such as man-made climate change, deforestation, flooding and pandemics.’s Digital Twin’s Digital Twin, an artificial intelligence platform that can make accurate predictions about the Earth, just recently raised $20M in funding.

In this article, we will look into how the digital twin works, its potential benefits, and what challenges it may bring.

How is’s digital twin different?’s Digital Twin has been developed over years of research, leveraging satellite imaging and artificial intelligence, to provide unprecedented mapping abilities. It can scan and analyze several parameters in deep detail to an accuracy never seen before, offering a comprehensive assessment and mapping of Earth’s cities, buildings, natural features and terrain.

In addition to mapping features, the digital twin boosts accuracy in areas like navigation systems and geoscience analytics related to energy generation and urban planning.

This digital twin of Earth is unique from existing technology as it can accurately map out entire regions at high resolutions within a short period compared to traditional methods that take hours, days or months for mapping. Additionally, the digital twin offers visual simulations for any region’s expected future conditions, which can help with better decision-making by governments and private companies in various sectors such as oil & gas exploration, disaster relief planning or urban development.

Finally, the platform allows users to simulate different scenarios within minutes instead of hours or months as with manual simulations which offers great potential for businesses looking to save time while making more informed decisions on development plans or financial investments leveraging up-to-date data and powerful computational capabilities.

Recently has attracted a $20M funding due to its potential applications in many industries worldwide transforming how we interact with data derived from satellite imagery that can enable societies plan more efficiently while taking more precautions ahead of times such as climate change challenges or regional-specific disasters/epidemics etc..

What are the features of the digital twin?’s digital twin of Earth combines satellite imagery, artificial intelligence and machine learning to capture and store key information about our planet. It will create a visual representation of global landscapes in real time from outer space, allowing people to observe and accurately measure changes to earth’s land, oceans and atmosphere.

The digital twin is equipped with features that allow for more efficient management of natural resources and better preparation for natural disasters. In addition, its publicly accessible data archives can help improve insight into land transformation processes, helping organizations and governments make decisions about conservation efforts or disaster relief funds allocation most effectively.

Among its features are wide-angle radar sensors that track changes in topography over time; ocean color sensors that monitor water temperature; predictive algorithms that detect unusual vegetation activity; AI cloud-based services; 3D imaging; thermal imagery leveraging temperature data to reveal fire dangers or volcanic eruptions on land, sea or air; georeferenced data archiving capabilities as legal evidence; land use tracking capabilities tracing human activities such as deforestation, expansion or urbanization process. Machine Learning APIs are also developed to detect objects like roads or structures.

The Digital Twin is expected to be used by many organizations and industries including but not limited to development investments evaluation by banks or investors, energy security management by energy companies, ecological monitoring for non-governmental NGOs and precision agriculture optimization for farmers just to name a few examples. austrian venturescoldeweytechcrunch earth simulator 20m

What are the benefits of the digital twin?’s digital twin of Earth is a comprehensive replica of the real world that captures, processes, and analyzes real-time data across every object, every characteristic and location on the globe. This ambitious platform combines hundreds of cutting-edge technologies to easily curate granular insights about the natural environment such as geology, terrain features, climate datasets etc. It also provides predictive analytics to anticipate potential disasters like floods or hurricanes and act accordingly to minimize damage in cities worldwide.

The digital twin was recently provided a $20M funding figure by US consultancies KOLO Ventures and Air Boss Consulting to enhance its capabilities – a testament to its relevance and utility. In addition, the multiple applications of this technology make it an attractive choice for organizations who need an understanding of their physical environment for decision-making purposes in areas such as smart city development or combatting climate change.

In particular, enterprise customers can take advantage of advanced capabilities like satellite imagery analysis, 3D spatial mapping tools for data visualization, machine learning enabled risk analysis reports, crowd analysis applications for urban planning etc. With the insights from Blackshark’s digital twin platform running under the hood; organizations can set up infrastructure projects with better accuracy in forecasting cost models with precision planning while keeping safety protocols in place during implementation. It has become essential in terms of being proactive while deploying many decision support systems due to its ability to drive value through forecasting data predictions quickly enough to facilitate timely decisions making rolling out across disruptive technologies inspired services industry wide.’s digital twin of Earth attracts $20M in funding’s digital twin of Earth recently hit the news when it attracted $20M in funding. This funding comes from various sources, including venture capitalists and private investment firms.

Such a large amount of funding has created excitement about this new technology and its potential to revolutionize how we view Earth from a data perspective.

Let’s take a closer look at this technology, its funding, and what the future holds for it.

What is the purpose of the funding?

The purpose of $20M in funding which recently attracted is to build a digital twin of the Earth to make better and informed decisions that are informed by the data of our planet’s physical features. The funds will help advance its work to develop technologies that draw from the massive amounts of data collected from the Earth’s physical features such as weather, ocean currents, and forests. These technologies will allow businesses and governments to streamline operations and make faster decisions informed by current data rather than relying on manual collection methods or systems that require manual updating.

Additionally, this technology will allow for rapid machine learning capabilities that can more quickly adapt technologies towards real-time conditions and situations occurring between different geographical regions. Ultimately, this could lead to improved situational awareness for government agencies for decision-making purposes, better risk management for businesses looking to invest financially in certain areas, and predictive analysis results, helping to prevent potential issues before they arise or become widespread.

Who are the investors? has raised $20 million in Series B funding to support the continued development and deployment of its digital twin of Earth. The round was led by Horizons Ventures, with participation from existing investors Horizons Ventures, Baidu Ventures and Beijing Capital Environmental Fund. In addition, new investors included Natural Resources Canada/ Sustainable Development Technology Canada, CBRE, Eco Profund S.p.A., Strategic Blue and All Earth Capital Ltd.

The funding will support Blackshark’s expansion in international markets and fuel further development of the next generation of Machine Learning models for asset management and precision agriculture applications that leverage its highly accurate 3D world replica- Blackshark Digital Twin ─ to automate decisions making at scale for organizations operating complex industrial processes or large-scale networks spanning multiple sites or infrastructure locations around the world. venturescoldeweytechcrunch microsoft flight simulator 20m

What is the impact of the funding?’s digital twin of Earth has recently attracted $20M in funding. This financial support will help build technologies and services to enable advanced modeling and simulation capabilities that allow their customers to make real-time decisions about our planet’s future.

The funding will also be used to track data from hundreds of millions of points within the twin, creating a virtual replica of our physical environment for customers to use as a basis for critical assessments and research, including climate change trends, infrastructure resiliency, wildlife preservation and natural resource management. In addition, by using this technology in conjunction with AI models, they can better understand how our environment changes over time.

In addition to the environmental implications, this funding can also bring positive economic effects. The money gained through the investment will help create more jobs in data science, engineering, tool development and customer service. This can have a positive effect on local economies while increasing opportunities for growth within private industry as well.

Ultimately, this technology can provide sustainability information that allows customers a comprehensive understanding of global challenges like climate change — greatly increasing their speed at which challenges are addressed and allowing us all a better chance at preserving Earth’s unique beauty for generations to come.

Conclusion’s digital twin of Earth has gained a lot of attention in recent times. The technology uses artificial intelligence and satellite imagery to create a virtual copy of our planet, which has attracted $20 million in funding.

In this article, we will discuss the conclusion of this project and what this means for the future of our planet.

What are the implications for the future of digital twins?’s digital twin of Earth has the potential to revolutionize how organizations approach geographic data analysis, and the recent $20M investment marks an important milestone in the further development of this technology. The ability to access comprehensive three-dimensional terrain and topography models can profoundly impact businesses that rely on accurate geographical information, from real estate companies to defense contractors.

As digital twins become more commonplace, we may expect their use to expand into new industries and applications. For example, the potential for more efficient disaster response planning and improved precision farming will be realized with the continued development of this technology. For instance, drone usage could eventually be combined with digital twin data for unprecedented accuracy over crop management or risk mapping in hazardous landscapes.

The implications for 3D printing are also significant for digital twins. It would enable 3D printing techniques that are highly customizable and tailored towards specific expert requirements, as well as reducing lead times through immediate access to extremely detailed geographical blueprints.

Overall, Blackshark’s digital twin technology has great potential to impact many facets of geographic data analysis worldwide, improving efficiency while providing valuable insights through 3D modeling capabilities. As such, digital twins will likely see substantial growth in the coming years due to increased investments in the field and the growing number of innovative applications they enable.

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