Cloud computing accelerates the global economy by enabling rapid data processing, secure data storage, and reliable data sharing in various industry sectors. It also empowers others technologies such as AI, IoT, and Big Data & Analytics, building on-demand infrastructure, reducing operation costs and enabling remote work possibilities. Cloud computing addresses demographic shifts by supporting the growing need for remote work, online education, and remote healthcare services. Further, the technology softens the challenges of an uncertain geopolitical landscape through decentralized and resilient data storage, reducing dependence on specific geographic regions.
Startups like Inocloud enable the training of AI models utilizing their cloud platform powered by renewable energy. Thereby it minimizes the carbon footprint and ensures better performance. For more, continue reading this report and:
- Gain in-depth insights into how Cloud Computing impacts 12 Global Megatrends
- Discover 30+ practical use cases of Cloud Computing
- Explore innovative startups offering breakthrough solutions in the field
Key Takeaways
- Tackling Climate Change
- Use Cases:
- Climate Modeling
- Energy Optimization
- Environmental Monitoring
- Startup to Watch: Inocloud
- Use Cases:
- Navigating Demographic Shifts
- Use Cases:
- Telemedicine
- Remote Work
- Population Analytics
- Startup to Watch: Simplifyd
- Use Cases:
- Rapid Urbanization
- Use Cases:
- Smart City Management
- Data Storage & Analysis
- IoT Integration
- Startup to Watch: AugmentCity
- Use Cases:
- The Energy Transition
- Use Cases:
- Smart Grid Management
- Renewable Energy Forecasting
- Energy Trading Platforms
- Startup to Watch: Evoke Systems
- Use Cases:
- Future of Mobility
- Use Cases:
- Autonomous Vehicle Navigation
- Fleet Management
- Mobility as a service
- Startup to Watch: C.technology
- Use Cases:
- Hyper-Connectivity
- Use Cases:
- Smart Cities
- Connected Healthcare
- Autonomous Vehicles
- Startup to Watch: CR8
- Use Cases:
- Rise of Technology & Industry 5.0
- Use Cases:
- Collaborative Human-Robot Manufacturing
- AI-Driven Predictive Maintenance
- Supply Chain Optimization
- Startup to Watch: Terrasakthi
- Use Cases:
- Navigating the Shift in Global Economic Power
- Use Cases:
- Cost Optimization
- Remote Work
- Supply Chain Management
- Startup to Watch: Perfinal
- Use Cases:
- Innovating to Zero
- Use Cases:
- Carbon Footprint Reduction
- Smart Grid Management
- Remote Monitoring
- Startup to Watch: Data Company One
- Use Cases:
- Health and Wellness Evolution
- Use Cases:
- Telemedicine Platforms
- Electronic Health Records (EHR)
- Wearables Integration
- Startup to Watch: Docscale
- Use Cases:
- Managing Social Instability
- Use Cases:
- Remote Data Backup
- Cross-Border Collaboration
- Scalable Infrastructure
- Startup to Watch: Command Post
- Use Cases:
- Navigating the Fracturing World
- Use Cases:
- Real-Time Data Processing
- Agile Development
- Dynamic Disaster Recovery
- Startup to Watch: Datalayer
- Use Cases:
What You Need to Know About Cloud Computing
What are the benefits of cloud computing for companies?
Cloud computing offers companies flexibility and scalability, allowing them to adjust resources based on current demands without investing in physical infrastructure. This adaptability reduces operational costs as businesses pay only for the resources they use. Additionally, cloud services provide robust data security, with features like encryption and multi-factor authentication, ensuring sensitive information remains protected. By enabling remote access to data and applications, cloud computing also enhances collaboration among teams, regardless of their location.
How is cloud computing used by companies?
Companies use cloud computing to streamline operations by hosting applications, data storage, and software solutions on remote servers. This setup allows employees to access crucial business tools from any device with an internet connection, facilitating remote work and improving productivity. Furthermore, cloud computing supports advanced data analytics, enabling businesses to process large volumes of data quickly and derive actionable insights. It also assists in disaster recovery, as cloud services automatically back up data, ensuring swift restoration in case of disruptions.
Where We Get Our Data From
StartUs Insights gathers data through its exhaustive Discovery Platform, covering information on 4.7 million startups, scaleups, and tech companies globally, alongside 20K+ emerging technologies and trends. The Discovery Platform accelerates startup and technology scouting, trend intelligence, and patent searches, offering thorough insights into technological advancements. By leveraging the trend intelligence feature for this report, we identified emerging technologies within specific industries. This process allows us to uncover patterns and trends, and pinpoint relevant use cases and the startups creating solutions for each scenario. Additional capabilities and information can be found at StartUs Insights Discovery Platform.
12 Ways of Adopting Cloud Computing for Companies [2025 & Beyond]
1. Tackling Climate Change
Cloud servers powered by renewable energy sources enhance sustainability and reduce carbon footprint. The technology further supports weather analytics and modeling tools for climate research and environmental monitoring. In a work environment, cloud technologies facilitate remote work, thereby reducing transportation and associated emissions.
3 Practical Use Cases of Cloud Computing in Tackling Climate Change:
- Climate Modeling: Cloud platforms perform complex calculations based on large datasets, enabling simulations of climate models. They analyze climate patterns from various sources, enabling accurate forecasts.
- Energy Optimization: Cloud computing monitors energy consumption and offers real-time insights on how to improve it. To achieve this, it utilizes load balancing to allocate workloads across servers based on energy usage.
- Environmental Monitoring: Cloud-based analytics report pollution levels and increases in temperature in real-time through detecting environmental changes, tracking deforestation, as well as assessing air and water quality.
Startup to Watch: Inocloud
Slovakian startup Inocloud aims to serve as the universal GPU for enhanced AI training. Their platform optimizes algorithms to adapt to user needs, ensuring a low environmental footprint without compromising speed or efficiency. Additionally, Inocloud offers scalable data storage and fast computing power, effectively addressing the demands of cloud solutions.
2. Navigating Demographic Shifts
Cloud computing provides better infrastructure for healthcare and elderly care, including telemedicine platforms and electronic health records. It supports remote work culture and online education through virtual classrooms, and better team collaboration for business. This minimizes overhead expenses by allocating proper resources to address labor shortages.
3 Practical Use Cases of Cloud Computing in navigating Demographic Shifts:
- Telemedicine: Cloud computing enables remote consultations, manages electronic health records, and monitors aging population health. It fosters remote monitoring of patients’ health and assists in proactive decision-making through proper continuously measuring health metrics.
- Remote Work: Cloud technology enables remote work culture and online education through virtual meetings, file sharing, and collaboration activities. This helps individuals adapt to new work environments and education models.
- Population Analytics: Cloud computing facilitates the analysis of large datasets related to demographic changes, such as transition patterns and population growth. These insights assist governments and organizations in planning and allocating resources more effectively in order to address evolving needs.
Startup to Watch: Simplifyd
UK-based startup Simplifyd specializes in the rapid deployment of websites, web applications, and APIs by leveraging cloud computing to ensure low latency and high throughput. The platform supports major programming languages and frameworks, offers local currency billing, and integrates automatic deployments through Git repositories. With infrastructure located in Lagos and Nairobi, Simplifyd optimizes platform utilization and enhances performance by processing data closer to users. Additionally, Simplifyd adapts to users’ existing workflows based on their preferences, providing efficient and flexible deployment solutions that take full advantage of cloud computing edge capabilities.
3. Rapid Urbanization
Cloud computing supports the deployment of smart city infrastructure and the integration of IoT sensors and connected devices, enabling the monitoring of traffic flow, waste management, and energy consumption. Additionally, it allows for on-demand infrastructure deployments, expanding IT capabilities without significant initial costs.
3 Practical Use Cases of Cloud Computing in Rapid Urbanization:
- Smart City Management: Cloud computing manages smart city systems, such as traffic management, energy distribution, and public safety. It enables real-time data processing and analytics, helping cities optimize resource usage and improvement in services.
- Data Storage and Analysis: Cloud storage solutions offer cheap options for storing data, leading to deriving insights for urban planning, traffic management, and public services.
- IoT Integration: Cloud computing in businesses facilitates the integration of Internet of Things devices and supports the connectivity, data management, and processing needs of IoT sensors. It enhances smart grids, intelligent transportation systems, and environmental monitoring.
Startup to Watch: AugmentCity
Norwegian startup AugmentCity facilitates smart and sustainable urban development and enables cities to benchmark sustainability key performance indicators. It fosters collaboration among inhabitants, politicians, and both private and public decision-makers through advanced visualization tools that outline territorial development projects. The company’s offerings include real-time data integration and interactive maps, which visualize scenarios and assess the impact of their decisions.
4. The Energy Transition
Cloud computing technology facilitates the predictive maintenance of energy infrastructures and supports the integration and distribution of smart grids. It enables the incorporation of renewable energy sources, such as solar and wind, into energy usage mapping, thereby reducing reliance on fossil fuels.
3 Practical Use Cases of Cloud Computing in the Energy Transition:
- Smart Grid Management: Cloud computing optimizes energy distribution through real-time monitoring and control of smart grids. It analyzes data from IoT sensors, thereby suggesting better methods to meet supply and demand.
- Renewable Energy Forecasting: Cloud computing aids in the integration of renewable sources into the grid, reducing reliance on fossil fuels. It processes large datasets from weather systems and renewable energy assets (like solar panels and wind turbines) to predict energy generation.
- Energy Trading Platforms: Platforms leverage cloud computing to support decentralized energy trading platforms, allowing prosumers (producers and consumers) to trade excess energy generated from renewable sources. These platforms enable peer-to-peer energy transactions, improving market flexibility and encouraging the adoption of renewable energy at the consumer level.
Startup to Watch: Evoke Systems
US-based startup Evoke Systems offers an open cloud platform for electric vehicle (EV) charging, grid interaction, and energy management. The platform supports various EVs and charging stations through smart communication, providing real-time visibility via the Operator Dashboard. It simplifies fleet management, supports utilities, and promotes EV adoption among institutions. By handling end-to-end tasks associated with charging stations, the platform reduces downtime and improves station efficiency. Additionally, Evoke Systems’ platform enhances EV fleet operations, delivering real-time cost and energy savings.
5. Future of Mobility
Cloud computing facilitates data processing from traffic sensors and vehicle-to-everything (V2X) communication, enabling efficient handling of data for connected vehicles. It manages the data generated by mobility applications while providing security frameworks to protect sensitive information. Fleet management services leverage cloud computing for effective coordination, predictive maintenance, and dynamic routing.
3 Practical Use Cases of Cloud Computing in the Future of Mobility:
- Autonomous Vehicle Navigation: Cloud computing facilitates the communication between vehicles and infrastructure for better navigation, collision avoidance, and adaptive traffic management. It ensures safe autonomous driving by analyzing the mobility data and updating it regularly.
- Fleet Management: Cloud platforms support the management of vehicle fleets by collecting data on vehicle performance, fuel usage, and driver behavior. It optimizes vehicle routes, reduces fuel usage, and improves vehicle utilization.
- Mobility-as-a-Service: Cloud computing facilitates the integration of MaaS platforms, that allow various transportation modes (public transit, ride-sharing, e-scooters, etc.) into a single service via mobile apps. Based on user preferences, it ensures proper coordination of vehicles, processes payments, and offers route planning.
Startup to Watch: C.technology
Swiss startup C.technology provides a cloud platform that connects and manages vehicles, offering digital services to both dealers and end customers. By integrating IoT functionality, the platform transforms vehicles into data-generating assets, enabling real-time monitoring. It offers insights on carbon emissions, parts management, and enhanced customer service. Key features include AI-driven insights, multi-vehicle management, remote unlocking, and marketing support channels.
6. Hyper-Connectivity
In the context of hyperautomation, cloud computing adapts to fluctuating demands through real-time data processing, ensuring seamless connectivity by enabling shared access to data platforms. It also strengthens data security with multi-factor authentication and integrates smoothly with various IoT devices, supporting automated workflows and enhanced operational efficiency.
3 Practical Use Cases of Cloud Computing in enabling Hyper-Connectivity:
- Smart Cities: Cloud computing enables real-time traffic monitoring, utilities, and public safety systems. It collects data from IoT sensors and connected devices and allows city management to optimize transportation, energy consumption, and waste management.
- Connected Healthcare: Cloud computing for companies enables real-time patient monitoring and enables access to medical records, and telemedicine platforms. Patient data from wearable devices facilitates better diagnosis and treatment while improving collaboration among doctors.
- Autonomous Vehicles: Cloud computing fosters communication between vehicles and enables real-time data processing. It supports data processing from sensors, maps, and machine learning models, ensuring safe navigation and decision-making in a connected traffic ecosystem.
Startup to Watch: CR8
US-based startup CR8 offers an industrial cloud platform designed to enhance productivity and ensure compliance across the global supply chain. It serves industries such as manufacturing, aerospace, and automotive, facilitating seamless content collaboration for workflows involving 3D models, destructive imaging, point clouds, and cheminformatics. CR8 manages the entire product lifecycle while providing real-time content reviews, enabling users to accelerate feedback with precision. The platform also streamlines third-party communications, making collaboration more efficient and effective.
7. Rise of Technology & Industry 5.0
Cloud computing enables real-time data sharing between humans and machines, improving decision-making processes. For companies, it manages and adjusts resource planning to meet fluctuating production demands. By integrating human creativity and personalized production with machine precision, cloud computing supports high-quality manufacturing at scale.
3 Practical Use Cases of Cloud Computing in advancing Industry 5.0
- Collaborative Human-Robot Manufacturing: Cloud computing enables data exchange between robots, humans, and connected devices that support better communication. This synergy fosters the personalized production that defines Industry 5.0.
- AI-Driven Predictive Maintenance: In Industry 5.0, cloud computing empowers AI to monitor machinery and production lines for potential failures. Cloud platforms process data from IoT sensors, to perform scheduled maintenance. Adoption of this technique reduces downtime and improves efficiency.
- Supply Chain Optimization: Cloud-based platforms enable visibility and data analytics across global supply chains. It enhances the supply chain through proper inventory maintenance, material usage, and quick response to decisions.
Startup to Watch: Terrasakthi
Indonesian startup Terrasakthi provides a cloud-based platform designed to enhance mining operations, including fleet management, machine tracking, and fuel optimization. The platform offers a decision support system, improved safety compliance, and seamless workflow integration. Through cloud computing, Terrasakthi enables production planning, fleet management, and maintenance tracking. Additionally, the platform features AI-driven insights, an interactive dashboard, and enhanced safety measures for all mining activities.
8. Navigating the Shift in Global Economic Power
Cloud computing adapts to changing market conditions with flexibility and scalability, reducing infrastructure costs and meeting customer demands. For enterprises, it supports remote work and global collaboration, allowing businesses to lower expenditures. Additionally, cloud computing provides on-demand resources that adjust to fluctuating business needs.
3 Practical Use Cases of Cloud Computing in navigating the Shift in Global Economic Power:
- Cost Optimization: Cloud computing ensures setup in a rapid manner consuming less time and cost. It ensures that businesses use resources according to their needs and focus on maintaining optimum costs.
- Remote Work: The remote and hybrid work model enables businesses to support distributed teams utilizing cloud platforms and ensures secure access to data and applications from any location. This flexibility increases productivity while reducing the costs associated with physical office spaces.
- Supply Chain Management: Cloud platforms monitor logistics and material usage in real-time. It provides better control of inventory management, demand forecasting, and supplier relationships.
Startup to Watch: Perfinal
Perfinal is a Hungary-based startup that provides a cloud-based platform designed to impact financial services by integrating digital banking, Central Bank Digital Currencies (CBDCs), and regulated crypto operations. Their flagship solution, Flux, is a core banking and virtual account management system that leverages cloud computing to offer scalability, flexibility, and security.
By utilizing a cloud-adaptive microservices architecture, Perfinal’s platform enables seamless integration with third-party solutions, real-time financial oversight, and instant credit facilities. This cloud infrastructure allows financial institutions to efficiently manage resources, scale operations on demand, and reduce infrastructure costs.
9. Innovating to Zero
Cloud computing promotes more efficient resource usage, helping to minimize carbon footprints and reduce waste. By optimizing workloads and consolidating data centers, cloud providers enhance energy efficiency. The reduction of physical infrastructure lowers energy consumption and hardware waste. Additionally, cloud computing supports smart grids, real-time monitoring, and predictive maintenance, advancing the goals of zero waste and zero emissions.
3 Practical Use Cases of Cloud Computing in Innovating to Zero:
- Carbon Footprint Reduction: Companies track product lifecycles and encourage consumers to return items for refurbishment or recycling, which supports the transition to a circular economy with minimal waste.
- Smart Grid Management: Data from smart meters and IoT devices facilitates a reduction in energy usage, and manages grid demands, contributing to net zero goals. Tracking of renewable sources enhances the adoption of sustainable practices for energy consumption contributing to net zero.
- Remote Monitoring: Cloud-based analytics monitors equipment performance in real-time. Predictive maintenance minimizes downtime and reduces resource consumption, contributing to a zero-emission environment
Startup to Watch: Data Company One
US-based startup Data Company One fosters sustainability in the supply chain, waste management, and the circular economy with its cloud-native data platform. It offers comprehensive tracking of materials, carbon emissions, and recycling impacts. The company serves businesses, educational institutions, and enterprises with actionable insights. It uses features like Green Scanr, LitterX, and TrackitX, to track carbon footprint and recycling processes.
10. Health and Wellness Evolution
Cloud computing enables the secure storage and management of large volumes of patient data, promoting collaboration among healthcare teams through integrated platforms. It adapts to changing demands, identifies health trends, and reduces capital expenditures. Cloud services comply with regulations like HIPAA, enabling continuous health monitoring and thereby supports the development of personalized health applications catering to individual patient needs.
3 Practical Use Cases of Cloud Computing in Health and Wellness:
- Telemedicine Platforms: Cloud Platforms support telemedicine solutions that allow patients to consult healthcare providers remotely. This provides healthcare access to individuals in rural areas and improves patient convenience.
- Electronic Health Records: By using cloud services, healthcare providers can access patient data from any location. This feature is relevant for facilities that need to expand storage capacity without additional hardware.
- Wearables Integration: The integration of wearables data with the cloud enables continuous real-time monitoring of vital signs, and transmitting the data back to the cloud for analysis. This tracks vital signs such as heart rate, blood pressure and allows for early detection of potential health issues.
Startup to Watch: Docscale
German startup Docscale develops a native cloud platform that provides relevant insights from patient healthcare data. It combines structured data like radiological images and unstructured data like medical reports, and processes them through its Docscale Operator for a unified display. The Docscale platform features Master Patient Index with HL7/FHIR integration, a data orchestration system, and modular data blocks for analysis. It identifies the risk of disease early, reduces the need for invasive diagnosis and facilitates the communication between patients and healthcare providers.
11. Managing Social Instability
Through cloud-enabled remote collaboration tools, companies adapt to changing circumstances and enhance global supply chains, reducing dependence on specific geographic locations. Cloud computing furthermore improves transparency and streamlines government processes by securing confidential data, strengthening cybersecurity risks, and enhancing business resilience.
3 Practical Use Cases of Cloud Computing in Managing Social Instability:
- Remote Data Backup: By providing remote data backup facilities, cloud computing in business allows sensitive data storage with secure protection and encryption. This also enables data protection across multi-cloud and hybrid environments.
- Cross-Border Collaborations: Cloud platforms allow businesses to continue operations and coordinate efforts despite travel restrictions or geopolitical tensions. It provides flexibility for quick implementation of new technologies and services across borders.
- Scalable Infrastructure: Cloud computing enables dynamic scaling of resources based on demands, without limitations on physical hardware; workloads are distributed across multiple servers by adding more instances of the same resource type.
Startup to Watch: CommandPost
Australian startup CommandPost’s cloud platform leverages coordinated response for emergency services and offers a real-time crisis, emergency, and incident management system designed to save lives and reduce business disruption in uncertain geopolitical environments. The system’s cloud-based architecture allows for the establishment and management of coordination centers with limited infrastructure from anywhere in the world, making it valuable in disaster recovery and relief operations. It enables different organizations to rank incidents, visualize situations, and enhance understanding across multiple agencies, landowners, and stakeholders.
12. Navigating the Fracturing World
Cloud computing addresses the challenges of a fracturing world by ensuring business continuity, enhancing global reach, and facilitating compliance with diverse data regulations. It offers sovereign cloud options, hybrid deployments, and region-specific services to help with economic pressures, data mobility, and disaster recovery. Moreover, cloud computing enables rapid market entry without infrastructure investments allowing adaption to local laws, and supports scalability based on regional needs.
3 Practical Use Cases of Cloud Computing in navigating the Fracturing World:
- Real-Time Data Processing: Cloud solutions extract insights from real-time data, supporting applications in healthcare monitoring, manufacturing maintenance, and autonomous vehicle operations, among others. This approach approves processing capability and handles massive data streams.
- Agile Development: Cloud technology provides virtual servers for staging and testing, enhancing agile software development. These platforms also accelerate continuous integration and delivery processes, allowing for faster builds and automated testing.
- Dynamic Disaster Recovery: Disaster recovery systems leverage the distributed infrastructure, virtualization, and automated processes of cloud computing to seize features including scalability, data replication, and system failover for addressing faster recovery process.
Startup to Watch: Datalayer
US-based startup Datalayer offers scalable local cloud environments, enabling a seamless transition between local and cloud resources. Their platform streamlines the cloud migration process by integrating local development environments with cloud infrastructure. Datalayer allows AI model training and large-scale data processing without requiring code modifications or migration changes. It supports multiple programming languages and frameworks while protecting customer data from external attacks. Additionally, the solution includes features such as Kubernetes integration, hybrid workflows, and compatibility with open-source data tools, ensuring smooth resource scaling.
Cloud Computing Outlook
Patents & Grants
The cloud computing sector demonstrates robust innovation, evidenced by its 62,000+ patents held by 21,000 applicants. This intellectual property landscape showcases the industry’s commitment to technological advancement. The 2,000 grants awarded further underscore the sector’s potential for groundbreaking developments and government support.
Investment Landscape
Key players like Techstars, Y-Combinator, Intel Ignite, Antler, and Framework Ventures. Funding types range from Seed to Angel investments, with Early Stage VC/Series A playing a crucial role. The average funding amount of USD 15.1 million per round fuels innovation.
Global Footprint
Cloud computing’s influence extends globally, with major hubs in the USA, India, Italy, Germany, and the UK. Cities like Bangalore, Pune, and London emerge as key centers for industry development. This widespread presence fosters diverse technological ecosystems, driving innovation and adoption across various markets and sectors.
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