AI inference & application distribution Interactive in real time

We turn AI into a dynamic real-time experience

With our patented technology we shift all computing to our real-time cloud system, off-loading devices completely. We enable businesses and their users to digitally interact in a new category defining way.

Latest insights

Transforming digital interactions - Moving all computing to the cloud

The rollout of high-speed connectivity is transforming the computing world. Elon Musk predicted that “In 5-6 years, we dont have phones in the traditional sense. What we call a phone will really be an AI edge node - no apps, no OS, just AI.”
Xiris group have made the prediction reality. Xiris Groups patented technology MIRS™ enables advanced AI and interactive applications to run entirely in the cloud, eliminating the need for high-performance devices or local hardware.

We have developed MIRS™: Mobile Interactive Real-time System - The execution layer for interactive real-time cloud compute. We deliver scalable, cost-efficient real-time distribution of interactive applications and AI-inference - without downloads, updates, or hardware limits. Our solution significantly benefits users and businesses by enabling them to access infinite computing power regardless of device.

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What’s the future of data storage?
IT Pro
Podcast

April 5, 2024

What’s the future of data storage?

As the amount of data we use and create grows, firms need to shore up their storage strategies or risk of far more expensive migrations – or even data loss – down the line. As technological innovations happen, it can be easy to forget that even the most complex systems rely on large networks of basic infrastructure to operate. At the most fundamental level, all tech products rely on effective data storage But this is easier said than done. Each byte of data has to be stored somewhere, on a rack, disk, tape, or flash device. As the world embraces hardware and software that creates data at an even faster rate, businesses will be forced to push the frontiers of data storage and evaluate their data management strategies.

What’s the future of data storage?
IT Pro
Podcast

April 5, 2024

What’s the future of data storage?

As the amount of data we use and create grows, firms need to shore up their storage strategies or risk of far more expensive migrations – or even data loss – down the line. As technological innovations happen, it can be easy to forget that even the most complex systems rely on large networks of basic infrastructure to operate. At the most fundamental level, all tech products rely on effective data storage But this is easier said than done. Each byte of data has to be stored somewhere, on a rack, disk, tape, or flash device. As the world embraces hardware and software that creates data at an even faster rate, businesses will be forced to push the frontiers of data storage and evaluate their data management strategies.

Microsoft, OpenAI may be dreaming of $100B 5GW AI 'Stargate' supercomputer
The Register
Article

April 4, 2024

Microsoft, OpenAI may be dreaming of $100B 5GW AI 'Stargate' supercomputer

OpenAI is believed to be in talks with Microsoft to construct a massive supercomputer code-named Stargate containing millions of AI accelerators at a cost of up to $100 billion. Stargate would reportedly be the largest in a series of AI supercomputers built by Microsoft for OpenAI over the next six years and could consume as much as five gigawatts when complete. Finding enough carbon-free energy to power such a system without completely derailing Microsoft's aggressive eco-promises could, however, prove troublesome. Even the largest nuclear power plant in the US, the Palo Verde Generating Station west of Phoenix, Arizona, can only muster 3.3 gigawatts of electric power from its three reactors.

Microsoft, OpenAI may be dreaming of $100B 5GW AI 'Stargate' supercomputer
The Register
Article

April 4, 2024

Microsoft, OpenAI may be dreaming of $100B 5GW AI 'Stargate' supercomputer

OpenAI is believed to be in talks with Microsoft to construct a massive supercomputer code-named Stargate containing millions of AI accelerators at a cost of up to $100 billion. Stargate would reportedly be the largest in a series of AI supercomputers built by Microsoft for OpenAI over the next six years and could consume as much as five gigawatts when complete. Finding enough carbon-free energy to power such a system without completely derailing Microsoft's aggressive eco-promises could, however, prove troublesome. Even the largest nuclear power plant in the US, the Palo Verde Generating Station west of Phoenix, Arizona, can only muster 3.3 gigawatts of electric power from its three reactors.

Oregon’s governor signs right-to-repair law that bans ‘parts pairing’
The Verge
Article

March 28, 2024

Oregon’s governor signs right-to-repair law that bans ‘parts pairing’

Oregon Governor Tina Kotek has now signed one of the strongest US right-to-repair bills into law. Oregon’s SB 1596 will take effect next year, and, like similar laws introduced in Minnesota and California, it requires device manufacturers to allow consumers and independent electronics businesses to purchase the necessary parts and equipment required to make their own device repairs.“We need to cut down the insane cycle of churning through personal electronics — and that starts by empowering repair,” Nathan Proctor, the Public Interest Research Group’s (PIRG) right to repair campaign senior director, “Oregon’s nation-leading Right to Repair law will keep devices working and off the scrap heap."

Oregon’s governor signs right-to-repair law that bans ‘parts pairing’
The Verge
Article

March 28, 2024

Oregon’s governor signs right-to-repair law that bans ‘parts pairing’

Oregon Governor Tina Kotek has now signed one of the strongest US right-to-repair bills into law. Oregon’s SB 1596 will take effect next year, and, like similar laws introduced in Minnesota and California, it requires device manufacturers to allow consumers and independent electronics businesses to purchase the necessary parts and equipment required to make their own device repairs.“We need to cut down the insane cycle of churning through personal electronics — and that starts by empowering repair,” Nathan Proctor, the Public Interest Research Group’s (PIRG) right to repair campaign senior director, “Oregon’s nation-leading Right to Repair law will keep devices working and off the scrap heap."

Coming soon...