Build on your terms.
Choose the agent harness that fits your work. The vision is flexible infrastructure, not another closed application stack.
Introducing TeraCompute / Project in development
Compute for everyone.
Powered by everyone.
An open compute economy for AI agents.
A future where anyone can build, run, and contribute the infrastructure behind intelligence.
Early-stage concept. Compute services are not live.
Intelligence should have an open foundation.Inference / Runtime / StorageScroll to explore ↓
01 / The open compute vision
More intelligence.
Fewer gatekeepers.
AI agents need more than a model. They need inference, a place to execute, and sometimes a place to remember. TeraCompute proposes an open network that brings those pieces together—without prescribing one way to build.
Connect distributed capacity.
A proposed network connecting agent workloads with independent inference and CPU/GPU runtime providers.
Make room for contributors.
Explore a model where people can participate in the infrastructure behind AI—not just consume its output.
From an agent's intent
to the compute it needs.
01 — Bring your agent
Your harness. Your workflow.
The proposed approach starts with your choice of agent framework and the requirements of your task.
02 — Connect to capacity
Inference meets runtime.
The long-term goal is access to model inference alongside CPU and GPU execution from participating providers.
03 — Keep what matters
Persistence is a choice.
Run without storage, choose a future managed option, or connect your own S3-compatible storage.
Agent harnessYour choice of framework
Compute networkInference · CPU · GPU
Optional storageNone · Managed · External S3
03 / For future providers
Your compute.
A bigger possibility.
From inference endpoints to CPU and GPU runtime, the provider concept explores how independently operated infrastructure could support agent workloads.
Provider onboarding, eligibility, verification, workload isolation, and commercial terms still need to be defined and validated. Provider registration is not open.
See the development pathProvider layerConcept / 003
Inference
CPU runtime
GPU runtime
Illustrative architecture, not connected hardware.
04 / Optional by design
Not every agent
needs a memory.
Storage should fit the workload, not define it. The proposed architecture includes three paths, with availability and implementation still to be determined.
Option 01 / Ephemeral
No storage.
For tasks that do not need persistent state. Keep the proposed workflow focused on execution.
Option 02 / Managed
A managed option.
A potential integrated path for workloads that need persistence, subject to future design and delivery.
Option 03 / Bring your own
Your external S3.
A proposed connection to your existing S3-compatible storage, keeping storage choice in your hands.
Example / Agent execution flowIllustrative only
agent.requestTask described by an agent harness
compute.routeInference or runtime requirements identified
provider.executeParticipating provider processes the workload
storage.optionalPersist output only when the task calls for it
agent.resultOutput returned to the agent workflow
A conceptual sequence—not live telemetry, a working API, or a performance claim. Times are illustrative.
05 / Building toward it
A direction.
Not a promise.
This is an early-stage project. The roadmap describes intended areas of work, not committed release dates or confirmed availability.
Phase 01
Define the foundation.
Articulate the open compute vision, proposed architecture, and questions that need to be resolved.
Current / ConceptPhase 02
Test the core.
Explore prototypes for agent integration, inference and runtime routing, and the provider participation model.
Planned / Not availablePhase 03
Explore the network.
Evaluate broader provider participation, optional storage paths, and network coordination mechanisms.
Long-term / Subject to change06 / The community token concept
$TCMP
A proposed community token associated with the TeraCompute vision. Its design, role, and any implementation remain unconfirmed.
Clarity before speculation.
- No issued mint or token contract has been verified for this project.
- No backing, redemption rights, guaranteed utility, or returns are promised.
- This page is not a token sale, purchase invitation, or investment offer.
- The token concept does not mean compute services are available. Do not treat unverified tokens as official.
07 / A few things to know
Open questions.
Clear answers.
Can I run an agent on TeraCompute today?
No. TeraCompute is currently an early-stage concept. This site describes a proposed architecture and future direction, not an available compute platform.
What kinds of compute are envisioned?
The long-term vision includes inference plus CPU and GPU runtime supplied by participating providers. Supported models, hardware, interfaces, pricing, and availability have not been confirmed.
Can I join as a compute provider?
Provider registration is not open. Participation requirements, verification, security controls, and commercial terms still need to be developed.
Will I need to use a specific agent framework?
The proposed design aims to support a choice of agent harness rather than one prescribed framework. No integrations are currently advertised as available.
Is $TCMP an available or verified token?
No issued mint or token contract has been verified. $TCMP is a proposed community token concept, with no guaranteed utility, backing, redemption, or returns. This site does not link to a token purchase.
Where can I follow the project?
Project updates will appear here as development progresses. There are no public signups or confirmed service launch dates at this stage.