As technology continues to become further intertwined with ever more aspects of the personal, social and corporate human experience, there is increasing demand for the critically-lacking infrastructure required for technological advancement in many areas; the running of smart cities- the classic vision of the future- for instance, will require a range of heavy compute resources within close local proximity which is not currently effectively catered for. In light of these increasing industry deficits and resulting opportunities, the shape of the cloud computing industry is undergoing a radical tech-enabled transformation fit for a new technological era.
Though a number of specialised decentralised cloud computing solutions have stepped up to the plate, DeepCloud AI is approaching the matter in a nothing less than revolutionary way, with their uniquely innovative decentralised cloud computing solution. DeepCloud AI’s ecosystem employs a symbiotic mix of blockchain and artificial intelligence, combined with a mutually beneficial next-gen ‘sharing economy’ model to provide a tech-enabled next-gen decentralised cloud computing ecosystem geared towards IoT and Web 3.0 dApps.
If you haven’t read my previous review of DeepCloud AI- where I dive into the project background, vision, solution, team and expansion strategy- then I suggest you do so before continuing here so you’re fully clued up about the project fundamentals:
You can also find a video version of my analysis of DeepCloud AI thus far here:
We’ve already established that DeepCloud AI are building a remarkably innovative platform designed to act as the very infrastructure for the next wave of decentralised cloud computing; the team clearly understand the value of continuous real-world development of their solution, active networking, and meaningful partnerships, and are consistently making impressive progress on this front. However, building the infrastructure of the next generation of cloud computing is no mean feat. This begs two crucial questions- how sound is the tech framework supporting this gargantuan vision? And, how is the real-world development of DeepCloud’s solution progressing?
To properly evaluate the technical viability and value of DeepCloud AI’s proposition- within the wider cloud computing industry and beyond- we’re about to delve into a technical analysis of the platform’s tech framework, beginning by establishing the wider composition of the DeepCloud ecosystem. We will then take a look at DeepCloud’s tech in action, including their Huron testnet and DeepTransfer MVP.
A Symbiotic, Community-Centred Tech-Powered Ecosystem
It’s the symbiosis of cutting-edge tech and community participation within the wider ecosystem which makes DeepCloud AI so uniquely disruptive. From the resource providers who contribute the critical compute resources to the developer platform end-user, every network participant has a vital role to play in the running of the network. Platform users benefit from being able to utilise the next generation of cloud computing infrastructure, whilst resource providers and marketplace developers benefit financially from their contributions in the form of DEEP tokens.
At the core of the ecosystem is DeepCloud AI’s multi-faceted and multi-functional platform itself- this will be where the platform users (IoT & Web 3.0 developers) utilise DeepCloud’s next-gen decentralised network, and innovative development tools. The two-sided marketplace will enable the purchasing of not only computational resources for running dApps (contributed by DeepCloud AI’s network of individual and enterprise-level resource providers) but will also host an array of pre-validated apps and components (provided by the developer community)- a hugely valuable asset to platform users.
DeepCloud’s use of blockchain and AI enshrines the entire platform with layers of security and functionality; blockchain provides enhanced trust and enables extremely low fee microtransactions within the network, whilst artificial intelligence is utilised widely for the purposes of dynamic optimal resource allocation, network monitoring and maintenance.
As a result of this critical symbiosis between platform elements, DeepCloud AI’s self-optimising decentralised cloud computing ecosystem is enabled. Each member of the network is thus provided with an optimally functional, incredibly secure and mutually-beneficial experience.
AI at the Core
DeepCloud AI’s innovative use of artificial intelligence is integral to ensuring optimal performance and ironclad security within the wider network, and is what most impressively differentiates the project from their decentralised cloud computing counterparts.
The network’s AI matching engine evaluates the specific attributes of each resource-contributing machine in the network, optimally allocating resources to the applications running on DeepCloud AI’s platform. A binary will run on each resource provider’s machine, collecting vital data which is then sent to the AI matching engine for analysis. Specific requirements of network applications are evaluated, and resources are intelligently assigned based on these parameters to maximise network performance. The real-time AI-powered network monitoring required in this process also serves as a sophisticated security measure; any malicious behaviour by a network user will be identified and rectified rapidly, avoiding any potential network issues or misuse.
As part of the process of optimal resource allocation, other than network monitoring, AI is responsible for network activities such as sharding, and the establishment of side-chains when necessary.
Utilising the vast industry expertise of their top-tier team, DeepCloud are integrating AI as an intrinsic foundational element within their network- unlocking impressive technical possibilities in the process.
Blockchain Framework
DeepCloud AI is employing blockchain as a foundational part of their network in order to decentralize control, optimise functionality and increase trust; the use of a transparent ledger means full transparency and auditability, and blockchain-based smart contracts enable ultra-secure automated microtransactions.
Transactions within the network are an intrinsic part of its operational model, and therefore need to be seamless, efficient, and deeply integrated into the platform. Therefore, DeepCloud is utilising a blockchain-based economic model, centred around their native DEEP token. DEEP is the platform’s integrated utility token and will act as the universal mechanism of network value transfer within the marketplace- whether it’s computational resources or verified applications/ components being purchased. Costs and rewards are intelligently determined by the network’s AI controller, providing a truly fair network incentive structure.
Utilising a blockchain-based economic mechanism enables and empowers an active, trusted, and mutually-beneficial decentralised ecosystem.
Serious About Security
Being seasoned industry experts, DeepCloud AI understand that optimal security is the cornerstone to any successful cloud computing solution. Therefore, alongside sophisticated AI-powered network monitoring, the platform employs a range of complimenting security mechanisms to ensure optimal security for all ecosystem participants. For their enterprise customers who require an advanced level of security, DeepCloud is building a secure layer around Intel’s SGX technology. No matter what the level or type of network participant, DeepCloud’s entire ecosystem has been meticulously designed with security deeply intertwined with functionality.
Tech In Action
Impressive technology on paper does not always materialise in reality, which is why it’s excellent to see DeepCloud’s tireless development; the top-tier team are continuously endeavouring to showcase their tech in action, being impressively forthcoming in the way of development updates. To this end, DeepCloud AI have already released their first dApp MVP with their second in progress, and recently unveiled their Huron testnet MVP for resource providers.
Huron Network
DeepCloud revealed an exciting glimpse into their platform, with the showcasing of their Nebulas-based Huron testnet at the IoT Tech Expo: North America 2018. The Huron platform is DeepCloud’s first MVP for resource providers, and its release also signalled the launch of the network’s integral autonomous AI matching algorithm.
Huron Network being unveiled at the IoT Tech Expo North America 2018. Taken from the DeepCloud AI Medium: https://medium.com/@DeepCloud_AI/deepcloud-ai-unveils-huron-to-much-fanfare-at-the-iot-tech-expo-north-america-2018-7e0665175274
DeepTransfer
DeepTransfer, an innovative blockchain-based file sharing service, is DeepCloud’s first MVP running on their own fabric. Utilising decentralised cloud computing as the backbone of this service, the free version offers a simple and secure way to transfer files of up to 3GB of data per time. With over 18,000 transfers by more than 3,000 users, the showcase decentralised application has been an extremely successful demonstration of their successfully functioning tech framework.
DeepTransfer logo. Taken from the DeepCloud AI Medium: https://medium.com/@DeepCloud_AI/deeptransfer-officially-launches-on-deepcloud-ai-8a2da29282e7
One of the key motivators behind DeepTransfer and other development showcases is the establishment of valuable relationships with business/ enterprise users who are being introduced to the DeepCloud ecosystem; the team is focused on employing network growth methods geared explicitly towards active integration and real-world development. Working closely with enterprises and institutions to foster and build truly valuable partnerships is a key emphasis from the very start.
Conclusion
Through their innovative tech-powered approach, the seasoned industry experts at Deepcloud AI are in the process of building the infrastructure and providing the tools for the next generation of cloud computing. DeepCloud’s innovative use of artificial intelligence is integral to ensuring optimal performance and ironclad security within the wider network, enabling enhanced levels of functionality and reliability. The platform’s blockchain-powered economic model is an integral part of DeepCloud AI’s decentralised solution, helping to foster an active, mutually-beneficial, and thriving multi-faceted decentralised ecosystem.
The DeepCloud AI team is focused on employing network growth methods geared explicitly towards active integration and real-world development. To this end, DeepCloud AI have already released their first MVP running on the DeepCloud AI fabric- with impressive results.
It’s the symbiosis of cutting-edge tech within the wider ecosystem which makes DeepCloud AI so uniquely disruptive; by interconnecting layers of security, blockchain and AI-based functionality meticulously with each platform element, each member of the network is provided with an optimally functional, incredibly secure and mutually-beneficial cloud computing experience.
We are witnessing the birth of the next generation of cloud computing.
I will be following DeepCloud AI keenly on their exciting journey to democratise and revolutionise the cloud computing space.
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Learn more at their website: https://www.deepcloudai.com/
DeepCloud AI whitepaper, if you want to dig in deeper: https://www.deepcloudai.com/paper/Whitepaper_DeepCloud_AI_Version1_01_ENG.pdf
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