How DePINly estimates Theta Edge Node earnings. Last verified 2026-05-22.
TL;DR
Turn a PC into a Theta edge node (video transcoding + relaying + AI inference) for TFUEL. Easy entry (Windows/macOS installer), but a low ceiling: TFUEL is earned for completed EdgeCloud jobs — demand-driven, not idle uptime — and jobs are scarce. Real standard nodes report ~0.1-1.0 TFUEL/day ("a few $/month").
Earning mechanics
- Base ~0.5 TFUEL/day (CPU, 24h) gated by a demand factor (default 0.2 — jobs are scarce).
- GPU tier multipliers (CPU 1.0× → datacenter 24×) only matter if a job lands on your node.
- Net subtracts electricity (tier watts × $/kWh).
Formula (sketch)
dailyTfuel ≈ 0.5 × tierMultiplier × uptime × demandFactor(0.2 default)
net = dailyTfuel × 30 × TFUEL_price − (watts/1000 × hrs × $/kWh)
Assumptions & confidence
| Assumption | Basis | Confidence |
|---|---|---|
| Base ~0.5 TFUEL/day | reported ~0.1-1.0/day range (lowered from overstated 2.0) | 🟡 ESTIMATE |
| Demand factor 0.2 default | EdgeCloud jobs scarce for typical nodes | 🟡 |
| GPU tier multipliers | relative compute | 🟡 |
| TFUEL price | CoinGecko live | 🟢 |
NOT modeled
Elite Booster (500K TFUEL staked) upside path, exact job-routing, TFUEL volatility. High-GPU tiers can go net-negative on electricity (calculator shows red).
Confidence rating
🟡 — Honest about scarcity (demand-gated); absolute TFUEL/day is a calibrated estimate shown as a range.
Sources (verified 2026-05-22)
Theta EdgeCloud docs · operator reports (~0.1-1.0 TFUEL/day) · CoinGecko (theta-fuel).
Code
src/lib/calculators/theta-rewards.ts · src/components/calculators/theta/ThetaCalculator.tsx · src/app/calculate/theta/page.tsx
These figures are point estimates inside a wide band and depend on local demand, hardware, uptime and token price. They may be wrong in either direction. Nothing here is financial advice — always do your own research.
Methodology updated 2026-05-22 · View source on GitHub →