what is HIVE? |
How it Works
| autonomous Battery
Autoport , Autoport Power, lithium ion battery manufacturing, battery swapping, battery-as-a-service
What is HIVE ?
| The Application
| Objectives
 | Conclusion
Autoport , Autoport Power, lithium ion battery manufacturing, battery swapping, battery-as-a-service
What is HIVE ? An Introduction to HIVE! HIVE Application HIVE system objectives! CONCLUSION H-I-V-E is short for Hyper Intell. Vector Engine It is a Middelware for distributed applications, providing connectivity flow from multi applications & devices. HIVE provides services to applications beyond those available from Operating Systems. HIVE is a middelware platform which provides communication & input/output for various software applications and offers multi device management. The platform as a service connects software component and enterprise applications. HIVE layer lies between O/S and Applications on each side of a distributed network. HIVE supports complex applications on a distributed & decentralized network. HIVE are a set of distributed applications, that provide more functional set of API which otherwise limited by O/S and network services. The system is located across the network providing services for interaction with other applications. independent from legacy networks. 99.99% reliable & available Rapid scalability without loss in efficiency. HIDE HETEROGENEITY LOCATION INDEPENDENCE SHARED SERVICES ON DISTRIBUTED NETWORKS PORTABILITY & MOBILE CODE SUPPORT INTEGRATION OF LEGACY SYSTEMS APPLICATION INTEROPERABILITY SUPPORT SCALABLE SERVICES HIVE is a connectivity software (SaaS) Provides enabling services Independent of network services. Support Multi process. HIVE services are a set of distributed & decentralized software. HIVE is a middelware abstraction for building distributed system for e-Mobility.
Autoport , Autoport Power, lithium ion battery manufacturing, battery swapping, battery-as-a-service
Definition of autonomy the quality or state of being self-governing self-directing freedom and especially independence a self-governing state What is autonomous technology? Autonomous technology is any technology that can function and execute tasks without being controlled by a human. Autonomous devices learn from their surroundings and complete tasks without continued huma input. Is autonomy another form of predictability? Consumers want their technologies to be predictable, to behave precisely as expected. Over time, technology can be developed to meet adverse requirements. Naturally, we’d expect that a autonomous battery repeats the same protocols in the same environment each time. Is this autonomy part of predictability, or is this merely running automatically? Not really. Autonomous technology and devices all have this in common – they can make their own decisions and act differently based on their surrounding environments. Delivery robots that are delivering food and packages are one such example. When delivering to customer addresses, they not only need to find the quickest route, they have to navigate unpredictable obstacles. From school children jumping on them, to other pedestrians and cars, or even to cats playing with their antennae! Autonomous technology then makes decisions much like a human would. And yet, is it these real-scenario obstacles and surprises that make establishing a predictability-based trust a challenge. With autonomous systems, trust is only fully realised when based solely on predictability, precisely because they are predictable (assuming the system functions naturally).

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