Grayscale Says It’s Exploring Terra And Avalanche

 | Nov 05, 2021 02:00AM ET

Grayscale has announced that it has added Terra and Avalanche to its assets under consideration.

h3 Key Takeaways/h3
  • Grayscale is exploring adding Terra and Avalanche to its range of investment products.
  • The LUNA and AVAX tokens could benefit from the news. Both assets are currently trading below crucial resistance.
  • A spike in buying pressure behind LUNA and AVAX could help them rise to new all-time highs.

Institutional investors may soon be able to buy into Terra and Avalanche. Grayscale has announced that it has added LUNA and AVAX to its list of assets under consideration.

h2 Grayscale Considers Adding Terra and Avalanche/h2

Grayscale is weighing up adding the Layer 1 assets Terra and Avalanche to its range of investment products.

The world’s largest digital asset manager confirmed it was updating its assets under consideration Thursday. The firm added LUNA and AVAX to its , which already includes a wide variety of Layer 1 and DeFi tokens across different sectors, including Polygon, Polkadot, Solana, and others.

The investment giant further clarified that not all assets under consideration would be offered as investment products due to factors such as internal controls, custody arrangements, and regulations. Although Grayscale’s process of creating an investment product for Terra and Avalanche is complex and multifaceted, LUNA and AVAX could benefit from the announcement.

Both assets appear to be forming ascending triangles on their 12-hour charts, with the bullish continuation patterns suggesting that both cryptocurrencies are bound for significant gains. However, they must overcome crucial resistance first.

h2 LUNA, AVAX Look Primed to Surge/h2

Terra’s LUNA must print a 12-hour candlestick close above $49.54 to enter a new uptrend. Slicing through this hurdle could see the token surge by nearly 50% to hit a new all-time high of $75.

The bullish outlook derives from measuring the height of the triangle’s y-axis and adding that distance upward from the breakout point.