Cloud Technology and its Impact on Geospatial Services

Cloud Technology and its Impact on Geospatial Services

Cloud Technology and its Impact on Geospatial Services

In 2019, cloud-enabled geospatial services are bringing in more speed, reliability, and cost-effectiveness for companies in the agriculture, healthcare, mining, and infrastructure sectors. According to recent trends, GIS service providers are leveraging the cloud to provide effective solutions to their clients. The services provided by them are facilitating the implementation of innovative geospatial solutions to enhance the productivity and functionality of organizations (regardless of their size or nature) worldwide.

Geospatial Solutions and Cloud
Cloud GIS refers to the on-demand, next generation GIS technology that works on a virtualized infrastructure or platform. Unlike traditional GIS capabilities, which are installed on a server or desktop, cloud GIS brings in more flexibility in terms of data visualization, capture, analysis, recording, and shares. It provides a scalable and flexible environment for various geospatial services to work on.

Overall, the diverse range of services attributed to GIS have been revolutionized by the cloud computing technology. This in turn, has compelled organizations to use smartly-designed cloud-based tools for their geospatial functions and needs. For instance, GIS data generated in the form of maps is being analyzed and optimized in real-time. In addition, cloud-based GIS apps are helping the management of isolated silos of geodatabases and workflows to bring in higher productivity for client organizations.

Cloud GIS: How Does it Work?
BIM and GIS consulting service providers are using diverse cloud ecosystems to access, accumulate, create, modify, analyze, and share geospatial data (apps and maps also) from just about anywhere in the world. In general, robust cloud computing environments provide the following three services to all users. These are:

  • Platform-as-a-Service (PaaS)
  • Software-as-a-Service (SaaS)
  • Infrastructure-as-a-Service (IaaS)

In addition, three more service models are offered to those working in the geospatial environment. In these services modules, GIS datasets are provided as Data-as-a-Service (DaaS). They include,

  • GIS-as-a-Service (GaaS)
  • Imagery-as-a-Service (IaaS)
  • Applications-as-a-Service (AaaS)

All these cloud services are capable of being accessed as community, hybrid, public, or private cloud services. Their selection is dependent on the GIS collaboration, security, and ownership requirements of clients and their organizations.

Benefits of Cloud-based GIS Services
By using GIS cloud service models, experts in the field of geospatial services can put out data in the public domain. The shared open access information can be made available for continuous access. The other benefits of cloud-enabled GIS services are:

1. With cloud technology, it is possible to make better and quicker GIS decisions by merging disparate systems and integrating the latest databases. Public cloud features can be synced with field data to make the entire workflow process seamless and error-free.

2. Cloud enables various geospatial operations to go much beyond the basic vendor formats and GIS operations. This makes it easy to retrieve and reuse GIS data when organizations choose to change vendor allegiance.

3. Shared resource pooling is an important feature of cloud GIS; it applies to servers, apps, networks, storage, service, and databases. This type of resource pooling is very beneficial for organizations and communities with shared or same goals.

Leverage the Benefits of Cloud GIS with SBL Corp
The geospatial projects by SBL Corp encompass on-demand service of geospatial data, imagery, online maps, analysis, and computing. The GIS team at SBL is equipped to handle enormous volumes of data, geospatial analysis, and app management adroitly. You may want to get in touch with SBL Corp’s geospatial experts to gain further competitive advantage, prevent work and data loss through frequent outages, and get viable strategic and result-oriented geospatial solutions; today.

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