Asset Backing and Usage
At the core of StarMiner’s utility model lies a foundational commitment to real, verifiable infrastructure. AGPU is not a speculative token—it is a resource-tethered unit of value, explicitly backed by high-performance GPU infrastructure and directly tied to measurable computational output. This ensures AGPU remains credible, economically grounded, and fundamentally useful.
What Backs AGPU?
Each AGPU token is underpinned by a provable share of GPU-based compute capacity contributed by decentralized node providers across the globe. This includes:
40,000+ enterprise-grade GPUs Hardware includes top-tier units such as NVIDIA A100 and H100, purpose-built for AI training, inference, and high-throughput workloads.
Tier-3 or higher data centers Located across strategically diverse jurisdictions to ensure uptime, redundancy, and geopolitical resilience.
Decentralized mining and AI farms These include both repurposed mining rigs and energy-efficient compute hubs optimized for AI-specific loads, integrated with cooling systems and emission-tracked energy sources.
Carbon offset and compliance mechanisms Supporting infrastructure adheres to sustainability frameworks, including integration with Carbon Capture Systems (CCS) and alignment with EU ETS standards where applicable.
Together, these infrastructure assets form the physical collateral of the StarMiner compute economy — making AGPU one of the few tokens in Web3 whose value is anchored in measurable, productive throughput.
Usage: How AGPU Powers the Ecosystem
AGPU is more than a representation of access — it is the fuel of StarMiner’s decentralized marketplace. Its usage spans across multiple operational layers:
1. Compute Payments
AGPU is required to:
Submit AI tasks (e.g. training LLMs, diffusion models)
Access rendering, simulation, and inference services
Prioritize jobs based on tiered workload urgency
2. Resource Allocation
Smart contracts track AGPU staking to:
Reserve compute slots in advance
Unlock higher bandwidth or latency-optimized nodes
Route tasks to specialized GPU clusters (e.g. tensor cores, ray tracing)
3. Ecosystem Rewards
Node operators, validators, and staking participants earn AGPU through:
Verified task execution
Uptime contributions and node reliability
Infrastructure upgrades and eco-efficiency performance
4. Economic Interoperability
AGPU can be:
Swapped in DEXs for stablecoins or AMAX AI
Used as LP in DeFi vaults and compute-backed derivatives
Accepted as collateral in compute-native lending protocols
Strategic Impact of AGPU’s Backing
This asset-backing model provides several high-level benefits:
Transparency & Trust: Users know they are purchasing real compute—not empty speculation.
Scalability: Token supply expansion is gated by actual infrastructure onboarding.
Anti-inflationary Mechanism: Compute-backed models reduce the risk of runaway dilution.
DePIN Integration: AGPU becomes the bridge asset between decentralized physical infrastructure and liquid digital finance.
AGPU represents more than access. It is a tokenized abstraction of computational liquidity, delivered through a provable, globally accessible resource base. Its design reflects a future where utility tokens are judged not just by narrative, but by throughput, reliability, and the ability to power real-world AI computation on demand.
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