Understand distributed AI compute
Plain explanations of what DAIT builds, how a compute node reaches a building that already exists, and what that means whether you own a site or need capacity. Start wherever your question sits.
Three ways in
If you are new to this, read them in order. If you already know the space, skip to the glossary or the questions.
How it works
What a node is, why electricity rather than chips is the constraint, and how compute reaches a rooftop without a new substation.
Read the guide →Glossary
Interconnection queue, secondary drop, inference versus training, zero-trust. Every term this industry uses, defined in one line.
Open the glossary →Frequently asked
Forty questions we are actually asked, grouped by who tends to ask them. Where a number is modelled rather than measured, it says so.
Read the FAQ →Depending on why you are here
The same infrastructure looks different depending on whether you own the roof or need the capacity. These two guides answer the questions each group actually asks.
For property owners
What gets installed, what it costs you, what you earn, and the five checks that decide whether a site qualifies. You do not need an AI strategy to host a node.
Read the guide →For compute buyers
Placement and latency, keeping data inside a jurisdiction, how nodes are monitored, and the security model the platform is architected around.
Read the guide →Investor material is kept separately — see Investors for the structural case and Investor Relations for announcements.
Watch how it fits together
Coming soon
Short walkthroughs of the node, a site survey and the monitoring stack are being produced. They will appear here and on the relevant guide pages.
Coming soon
Download
Coming soon
Overview documents and technical summaries will be published here as free downloads — no form, no email required.
Coming soon
Need something specific before then? Ask us directly and we will send what we have.
Still not answered?
Tell us which part matters — hosting a node, buying capacity, or the investment case — and a person will come back to you.
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