Figma Inc. Class A Common Stock vs TeraWulf Inc — how do they compare? Figma Inc. Class A Common Stock trades at $21.37 (market cap $11.60B), while TeraWulf Inc trades at $11.17 (market cap $6.59B). The key difference: Figma Inc. Class A Common Stock is the larger of the two by market cap, and TeraWulf Inc is more actively traded (33,904,053 versus 12,281,013). Which is the better fit depends on your goals — on Pluang, investors hold Figma Inc. Class A Common Stock for 0 Days and TeraWulf Inc for 18 Days on average.
| FIG | WULF | |
|---|---|---|
Market Cap | $11.60B | $6.59B |
Volume | 12,281,013 | 33,904,053 |
Sector | Technology | Financials |
52-Week High | $63.82 | $28.98 |
52-Week Low | $16.84 | $10.99 |
Typical Hold Time | 0 Days | 18 Days |
Enterprise Value | $10.00B | $9.21B |
Signals from Pluang's Aura AI — not financial advice
No Aura AI signal available yet.
WULF trades at $13.21, down 1.2% on the day, with a bearish technical signal from moving averages. The company reported a net loss of -$661.42M in 2025, with a negative net income margin of -1,179.94%, though it maintains a high gross profit margin of 69.26%. Recent news highlights its pivot to AI data centers, with shares experiencing volatility amid sector-wide momentum.
Analyst consensus is strongly bullish with a $34.92 price target, but high valuation ratios and persistent losses pose significant risks. Investment appeal hinges on successful execution of the AI infrastructure strategy amid substantial financial leverage and competitive pressures.
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Figma, Inc. is a US software company that operates a collaborative interface design and product development platform used by design and engineering teams to create, prototype, and build digital products.
Read more on FIG →TeraWulf develops, owns, and operates fully integrated digital infrastructure powered by predominantly zero-carbon energy. It utilizes a hybrid business model that combines industrial-scale Bitcoin mining with high-performance computing (HPC) and AI hosting, leveraging sustainable power sources like nuclear and hydroelectric to deliver low-cost, energy-efficient data center solutions.
Read more on WULF →