INTRODUCTION
In 2021, we started XONAI with the mission to unlock the power of hardware to slash data infrastructure operational costs. Today, we’re delighted to announce that we have built an amazing team, achieved incredible breakthroughs in infrastructure optimization, and raised $3.5 million in seed funding led by Kadmos Capital.
Infrastructure optimization at the pace innovation demands
A decade marked by the exponential growth of information pushed the majority of cloud spenders towards a common goal: to reduce the cost of the cloud.
Pathological spending waste arising from resource over-provisioning can be mitigated by many existing tools, but how much do these tools really penetrate the opportunity to reduce costs, when resource-intensive tasks – as common in big data and AI – are increasingly more widespread?
We founded XONAI to address the fundamental issues that really increase costs for many organizations that rely on cloud computing: the need to scale resources for data and AI-driven products. To keep up with business growth, these products scale with more machines added to the resource pool, allowing them to maintain the timing demands of data preparation tasks and the latency constraints of AI servicing that are imperative to keep end-users engaged.
The organizations we engage with are pushing the limits of big data analytics and its scale requirements, and we are helping them free up their time for more value-adding endeavors, rather than manual infrastructure optimization.
We pioneered a solution to seamlessly accelerate data and AI processing, and we use the latest developments in compiler technologies to achieve it.
Now, we are scaling our solution stack from accelerating big data processing towards incorporating integrations with AI frameworks, as end-to-end optimization of big data analytics workloads is more crucial than ever, considering the digital transformation that is taking place today in the new era of AI.
We are tackling this challenge bottom-up – eliminating fundamental performance bottlenecks rippling across the entire stack and ultimately driving resource allocation.
At the most granular level, the root cause of these bottlenecks are data movements at the boundaries of individual computations. We mitigate these with a purpose-built domain-specific language that acts as a single source of truth for expressing such computations – and combines them into optimized kernels prior to execution.
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