PROTECT
The design starts with hardware-backed identity.
NAUGHT LINK
PLUG MORE COMPUTE
INTO ANY COMPUTER.
Your computer. Bigger.
We're building Naught Link: a physical interface to elastic compute. AI first. More capability, without cloud setup.
Naught LinkLoading 3D preview
COMPUTE ≠ INFRASTRUCTURE
01 / THE PROBLEM
YOUR COMPUTER IS TOO SMALL.
NOT PHYSICALLY.
COMPUTATIONALLY.
Today, your computer's capability is largely defined by the hardware inside it.
When a workload outgrows the machine, buy new hardware or move the workload somewhere else.
Cloud computing gave us access to more compute. It did not make that compute feel like part of the computer.
Naught LinkLoading 3D preview
YOUR COMPUTER. MORE CAPABILITY.
02 / NAUGHT LINK
A PHYSICAL INTERFACE TO
MORE.
The idea is simple: plug Naught Link into a compatible computer. Acquire more capability when you need it. Release it when you're done.
The device carries the authority. Your compute balance stays in your account. Move the Link, and your access follows.
01PLUG
02VERIFYEXECUTION ENVIRONMENT
03EXTENDADDITIONAL COMPUTE
04LEAVE NAUGHT
03 / ROUTED FOR THE JOB
THE RIGHT COMPUTE.
FOR THIS JOB.
COMPUTE
YOU CAN
CARRY.
The best machine depends on the workload. Naught is designed to match each job to suitable compute: performance, cost, location, compatibility, and security.
Match the job. Meet its security policy. Then optimize performance and cost.
ROUTE
Match the workload and its security policy to suitable compute.
EXTEND
The goal: more capability, with sensitive authority kept under your policy.
04 / ONE LINK. MORE THAN AI.
AI IS FIRST.
THE PRINCIPLE
IS BIGGER.
AI comes first. Games, renders, simulations, and builds are future directions.
The workload changes. The principle doesn't: ask for capability, not infrastructure.
MANY MACHINES. ONE ROUTED NETWORK.
05 / SECURITY THAT FITS THE WORKLOAD
THE MACHINE GETS NAUGHT.
THE RIGHT
BOUNDARY.
Borrowing someone else's hardware shouldn't mean handing them your model, data, or secrets.
For sensitive workloads, the design combines hardware-backed identity, encrypted transport, remote attestation, confidential execution on supported hardware, and controlled key release.
Verify the environment. Then release sensitive workload authority.
Architecture in development. Confidential execution depends on supported hardware, verified policy, and the threat model.
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VERIFY ENVIRONMENTRELEASE AUTHORITYPROTECTED EXECUTION
Architecture concept06 / AI FIRST
THE FIRST TARGET
MODELS ARE
GETTING BIGGER.
Models are growing faster than personal computers are getting GPUs. Naught Link starts with one goal: give developers more AI compute without making cloud infrastructure part of their workflow.
GPU memory, accelerator type, confidentiality, cost, and throughput can all matter. AI is the beginning, not the boundary.
See what comes nextLINK naught link detected
finding suitable compute...
✓ host identity established
✓ execution environment verified
✓ additional compute connected
sensitive authority: policy controlled
07 / FUTURE DIRECTIONS
ONE ABSTRACTION. MANY WORKLOADS.
THE MACHINE
ACQUIRES CAPABILITY.
Gaming may prioritize latency, frame rate, bandwidth, and proximity. Rendering may prioritize throughput and cost. Builds may use elastic CPUs. Simulations may route to specialized clusters. Servers may acquire capacity when demand spikes.
These are directions, not shipped capabilities. AI and GPU workloads are the initial target.
AI computeGamingRenderingDevelopmentSimulationServer capacityWorkload routing
YOUR COMPUTER
SHOULDN'T END
AT ITS CHASSIS.
Compute should be elastic at the machine level.NAUGHT LINK / IN DEVELOPMENT
PLUG IN.
COMPUTE.
The dongle is the first interface, not the limit of the architecture.
Register your interest. No payment. No commitment to buy.
Reserve a Naught Link