Artificial intelligence is not the future—it is the present. And at GTC 2025, NVIDIA’s flagship event, this became clearer than ever: we are witnessing a new era where AI is redefining creativity, science, and business. From the moment Jensen Huang took the stage, the atmosphere buzzed with the promise of innovation. But among the groundbreaking technological revelations, a key question emerges: how can we harness this power to transform entire industries? At Globant, we are not just looking for answers—we are building that future.
A Roadmap That Marks a Before and After
In an unprecedented move, NVIDIA unveiled its roadmap for the next three years, revealing not only the chips set to launch this year but also those planned for 2026, 2027, and 2028. This marks a key strategic shift, as the company has never before been so transparent about its long-term plans. The structure is clear: in even-numbered years, we will see new processor architectures, while in odd-numbered years, improved versions of those technologies will be released. Last year, Blackwell was introduced; this year, Blackwell Ultra, and the trend will continue with incremental improvements and technological leaps in each cycle.
This announcement not only reinforces NVIDIA’s position as a leader in accelerated computing but also provides a clear vision of how hardware will develop in the coming years, enabling companies like Globant to anticipate strategies and maximize these innovations.
Beyond Computing: Toward Intelligent Connectivity
What stood out most at GTC was not just NVIDIA’s continued push for raw computing power but its focus on the efficiency of distributed computing. It’s not just about faster processors but about how they communicate to operate as a unified intelligent system.
A key announcement was the new hardware layer for network management and data transfer. Why is this so relevant? Because it not only enhances the speed and efficiency of current processing but also touches on one of the biggest future challenges: quantum computing. For quantum computing to become viable, we will need networks capable of operating at a quantum level, allowing multiple machines to work together as a single entity.
This is crucial in a world where AI underpins everything from autonomous robots to intelligent systems making real-time decisions. While some AI processes occur directly on the device (on edge), others require connectivity to servers for collaborative data processing.
NVIDIA and the Future of Networking: A Global Supercomputer
NVIDIA is not just driving AI; it is also redefining the infrastructure that makes it possible. Its investment in high-performance networking aims to make data centers function as a single massive machine, maximizing efficiency and scalability.
How is this achieved? Through advanced optimization of fiber-optic networks, reducing costs, energy consumption, and eliminating waste. Every watt not used in computing is wasted power, and in a world where energy is a scarce resource, every optimization matters.
Jensen Huang made it clear that the future of computing depends not just on faster chips but also on smarter, more efficient networks. And NVIDIA is leading the way.
Globant’s Key Initiatives at GTC
Every breakthrough from NVIDIA redefines the industry and opens new opportunities. At Globant, we don’t just adopt these innovations—we enhance them.
Digital Twins + AI: Modeling the World in Real-Time
Our Digital Twins Studio combines AI with our expertise in gaming and immersion to create hyper-realistic virtual environments. From digital factories to Digital Humans, AI-driven 3D representations that interact naturally, this technology is revolutionizing industries.
Physical AI and Robotics: Bringing AI to the Physical World
Beyond software, AI is taking shape in autonomous robots and physical assistants. Globant has the expertise to develop solutions in this space that align with NVIDIA’s vision.
Globant’s Innovations at GTC
- DocCast: From Reports to Intelligent Podcasts
We leveraged NVIDIA’s Blueprint PDF to Podcast framework and enhanced it, enabling interaction among multiple voices in a dynamic format. - VoiceShield: Advanced Conversational AI Security
We developed an intelligent voice agent with NVIDIA Guardrails to prevent manipulations and attacks, ensuring secure interactions in contact centers and virtual assistants.
Globant and NVIDIA are merging accelerated computing, AI, and immersive experiences to transform industries. And this is just the beginning.
“In just one year, we have become a key player shaping NVIDIA’s tech stack. We’re not just part of the conversation—we’re helping define the future.”
— Agustin Huerta, SVP of Digital Innovation at Globant
The Future is Written at GTC, and Globant Holds the Pen
GTC is not just a conference—it is the compass that guides the future of computing. Jensen Huang continues to push the boundaries of the industry, and at Globant, we align with that vision, exploring how these technologies can transform industries and revolutionize AI, robotics, and networking.
Beyond the announcements, GTC reflects NVIDIA’s evolution from a graphics-focused company to an AI titan. This transition has expanded its audience from hardware manufacturers to software companies, professional services, and sectors like automotive and manufacturing. Balancing the event’s content remains challenging, but its impact is undeniable.
For Globant, this was our second GTC as an NVIDIA partner, and the difference was tangible: more than spectators, we were key participants, actively collaborating in crucial spaces such as the AI Council for Enterprise Software and the GNI Tech Champion initiative.
Additionally, our technical feedback has influenced the development of NVIDIA’s tech stack. We have witnessed how ideas we shared last year have been adopted and transformed. This strengthens not just our relationship but also our role in the evolution of AI and enterprise computing.
Ultimately, GTC is not just an event—it is where the future is built. And Globant is ready to lead this transformation.
