Nomina vs zkPass — how do they compare? Nomina trades at Rp28.91 (market cap Rp83,52M, Rp99,17M 24h volume), while zkPass trades at Rp829.33 (market cap Rp231,02M, Rp155,33M 24h volume). The key difference: zkPass is far larger — about 2.8× Nomina's market cap, and Nomina's circulating supply is 2,9B / 7,5B NOM (39%) versus 281,7M / 1B ZKP (29%) for zkPass. Which is the better fit depends on your goals — on Pluang, investors hold Nomina for 20 Days and zkPass for 6 Days on average.
| NOM | ZKP | |
|---|---|---|
Market Cap | Rp83,52M | Rp231,02M |
Volume (24h) | Rp99,17M | Rp155,33M |
Circulating Supply | 2,9B / 7,5B NOM (39%) | 281,7M / 1B ZKP (29%) |
Typical Hold Time | 20 Days | 6 Days |
Signals from Pluang's Aura AI — not financial advice
Nomina (NOM) is currently trading at Rp28,356 with a market cap of Rp82.42M, showing a bearish technical signal based on moving averages. The token has a circulating supply of 2.9M out of a max 7.5M, with 39% in circulation. Key resistance and support levels are clustered around Rp28, indicating consolidation. No major protocol updates or ecosystem developments were noted in recent crypto sources.
Overall outlook is cautious due to bearish technicals and limited liquidity. Opportunities exist if the token breaks above resistance with increased volume, but risks include low market cap volatility and lack of recent network growth. Investors should monitor for any new exchange listings or token utility expansions.
No Aura AI signal available yet.
What Pluang investors did over the last 30 days
Nomina is a rebranded DeFi platform designed to simplify advanced trading strategies and cross-exchange operations in perpetual futures markets. Evolving from Omni Network through a 1:75 token swap, Nomina streamlines complex DeFi trading with automation and unified tools. Built for experienced traders, it enhances efficiency and accessibility across decentralized exchanges, offering a more seamless and intelligent trading experience.
Read more on NOM →zkPass is a zkTLS-based oracle network designed to enable verifiable proofs from private Web data. It allows applications to securely verify facts from HTTPS sources without exposing personal information or requiring changes to existing systems.
Read more on ZKP →