Pyth Network vs Zama — how do they compare? Pyth Network trades at Rp718.86 (market cap Rp5,71T, Rp192,94M 24h volume), while Zama trades at Rp865.84 (market cap Rp1,88T, Rp280,24M 24h volume). The key difference: Pyth Network is far larger — about 3× Zama's market cap, and Pyth Network's supply is capped (7,9B / 10B PYTH (79%)) while Zama's keeps growing. Which is the better fit depends on your goals — on Pluang, investors hold Pyth Network for 58 Days and Zama for 3 Days on average.
| PYTH | ZAMA | |
|---|---|---|
Market Cap | Rp5,71T | Rp1,88T |
Volume (24h) | Rp192,94M | Rp280,24M |
Circulating Supply | 7,9B / 10B PYTH (79%) | 2,2B ZAMA |
Typical Hold Time | 58 Days | 3 Days |
Signals from Pluang's Aura AI — not financial advice
Pyth Network is currently trading at Rp718.86 with a bearish technical outlook, showing sell signals across most indicators. The token faces resistance at Rp725-756 while finding support at Rp687-710 levels. With 79% of the maximum 10M PYTH supply in circulation and average hold time of 58 days, the network maintains steady tokenomics. No major protocol updates or ecosystem developments were reported recently.
Overall outlook remains cautious with bearish momentum dominating technical indicators. Key opportunities include potential bounce from support levels, while risks involve continued downward pressure and limited fundamental catalysts. Investors should monitor for any protocol updates or exchange listings that could shift sentiment.
No Aura AI signal available yet.
What Pluang investors did over the last 30 days
Latest headlines on both assets
The Pyth Network is the largest and fastest-growing first-party oracle network. Pyth delivers real-time market data to financial dApps across 40+ blockchains and provides 380+ low-latency price feeds across cryptocurrencies, equities, ETFs, FX pairs, and commodities.
Read more on PYTH →Zama is a cryptography protocol that enables confidential smart contracts and encrypted asset transactions on public blockchains. Powered by Fully Homomorphic Encryption (FHE), it allows computation on encrypted data while preserving verifiability. Designed as a multi-chain layer, it integrates with existing L1 and L2 networks to add programmable privacy to decentralized applications.
Read more on ZAMA →