Organizations face a paradigm shift in their technological strategy in a context in which 90% already operate in multicloud environments. In this new stage, the cloud stops being a destination and becomes a Hypercloud distributed system, automated and increasingly intelligent.
In this context, Stratesys promotes its Hypercloud proposal, a model that integrates artificial intelligence, edge computing and sustainability to transform the management of digital infrastructures and align it with the real needs of the business.
“We are no longer talking about moving loads to the cloud, but rather about operating complex ecosystems where the infrastructure is managed intelligently, automated and aligned with the business,” says Néstor Correa, director of Hypercloud Data Center / Cloud Infrastructure services at Stratesys.
From multicloud to intelligent orchestration
The adoption of multicloud environments is already a consolidated reality. However, the next step is to evolve towards intelligent orchestration models, capable of automating the assignment of workloads based on variables such as cost, latency, availability or regulatory requirements.
This change allows us to move towards autonomous decision models, where cloud management is directly integrated into the business strategy and contributes to improving operational efficiency.
AI, edge computing and new decision criteria
The integration of artificial intelligence in cloud management is transforming technological operations, from architecture design to process automation and incident prevention. Thanks to improvements in runtime and ultra-granular on-demand consumption models, many architectures will start directly “without visible servers”, only with functions, APIs and pipelines as pieces of the new Lego cloud. Infrastructure will take a backseat.
In parallel, the advance of edge computing promotes a hybrid model in which data processing is brought closer to its origin, allowing us to respond in real time to new business demands.
Added to this context are new decision factors such as data sovereignty, which becomes a key strategic element. In parallel, new specific cloud regions appear, as well as environments certified by jurisdiction and services that guarantee the “non-exfiltration” of data.
Added to this are criteria such as sustainability or economic control in real time. In this sense, current models directly integrate these parameters into the projects, so that, if the cost exceeds the budget, the system automatically stops execution. It is, without a doubt, the gateway to an infrastructure governed by real-time economics, which redefines the way in which organizations design and operate their infrastructures.
The cloud stops being a destination and becomes a Hypercloud distributed system, automated and increasingly intelligent.
“The infrastructure stops being a static element and becomes a distributed system capable of adapting in real time,” adds Correa. “The competitive advantage will be in the ability of organizations to manage their cloud infrastructure with efficiency, sustainability and business criteria,” he concludes.
Stratesys accompanies organizations in this process, helping them design and implement Hypercloud strategies that integrate automation, artificial intelligence and advanced governance models, with the aim of transforming technological infrastructure into a real lever of competitiveness.
