USTC Burn Tracker

Track Terra Luna Classic USD (USTC) Burns in Real-Time! Get the latest burn data directly from the blockchain. USTC Burn Tracker Updated live by LuncScan.com

LUNC USTC

USTC BURNED TO DATE

2,928,601,335 USTC

27.10% of Total Supply

Last Updated: 18th Nov, 2024. 08:59:02 UTC

START OF JOURNEY

10,806,627,860 USTC

13th May, 2022

TOTAL SUPPLY

7,878,026,525 USTC

18th Nov, 2024. 08:59:02 UTC

TARGET SUPPLY

2,000,000,000 USTC

*To be Repegged Easier

TODAY BURNS

16,401 USTC

18th Nov, 2024. 08:59:02 UTC

AVERAGE BURN / DAY

3,179,806 USTC

Will Reach Goal (2B) in 7 years

OFFICIAL BURN WALLET

Double Check Everytime!

USTC Burn Chart

-- USTC

Burned in the lastest candlestick

-- USTC

Burned in the lastest candlestick

-- USTC

Burned in the lastest candlestick

*All times displayed are in UTC.

The USTC Burn Tracker is awesome because it shows exactly how many USTCs are being taken out, and even who's doing the burning. It even has a special section for "Big Burns" (10k USTC and above) - that's when a HUGE pile of USTCs disappears at once! This helps people who use USTC make smarter choices about their digital collection.

Terra Luna Classic (USTC) Burn Tracker

To facilitate transparency and accountability in the USTC burning process, a USTC Burn Tracker has been developed. This digital platform meticulously records and quantifies the amount of USTC coins destroyed. By providing real-time data on the burning process, the tracker empowers the community to assess the progress made towards reducing the excessive supply of USTC and its potential impact on coin value.

Importance of Burn Trackers:

USTC Burn Trackers serve several crucial purposes:

  • Transparency: By providing detailed information on individual burn events, including the amount burned, the type of burn (manual or tax), the date and time, and potentially the initiator (for manual burns), burn trackers promote transparency within the USTC ecosystem.
  • Informed Information: By offering real-time data on the burn rate and total amount of USTC burned, burn trackers empower investors to understand the information regarding the potential future value of USTC coins.
  • Community Engagement: Public burn trackers foster a sense of community engagement by allowing USTC holders to stay updated on burning activity and potentially participate in discussions surrounding the impact of burning on the token's value.

Algorithmic Stablecoins

An algorithmic stablecoin is a cryptocurrency designed to maintain price stability through the use of mathematical formulas rather than relying on external assets as collateral. Unlike traditional stablecoins pegged to fiat currencies or commodities, algorithmic stablecoins employ automated mechanisms to adjust their supply based on market conditions. These algorithms aim to preserve the coin's value at a predetermined target, such as the US dollar.

The Terra Ecosystem Crisis (May 2022):

The Terra ecosystem, a prominent platform within the decentralized finance (DeFi), experienced a catastrophic failure in May 2022. At the epicenter of this crisis was the TerraUSD (UST) stablecoin, which lost its intended parity with the US dollar. This de-pegging event triggered a cascade of events that led to the collapse of the whole Terra ecosystem.

Factors Contributing to the Depeg:

  • UST Depegging Mechanism: Unlike other stablecoins backed by real-world assets, UST relied on an algorithmic mechanism involving its sister token, Luna Classic (USTC). When the price of UST fell below $1, users could arbitrage by burning USTC to mint new UST at a discounted rate. This process, however, could create a feedback loop if a large sell-off of UST occurred.
  • Potential Attack or Market Forces: The precise trigger for the depeg remains debated. Some speculate a coordinated attack on UST's peg, while others attribute it to broader market forces causing a loss of confidence in UST.

Consequences of the Depeg:

The de-pegging of TerraUSD (UST) triggered a cascading series of events that culminated in the collapse of the Terra ecosystem. A rapid decline in UST's value sparked panic selling and widespread liquidations, exerting immense pressure on the system.

To counter this, the Luna Foundation Guard (LFG) deployed its substantial reserves in a desperate attempt to stabilize UST's price. However, these efforts proved futile as the reserves were quickly exhausted.

The subsequent depletion of LFG funds and the catastrophic fall in UST's value had a devastating impact on the broader Terra ecosystem.

USTC Re-peg Attempts and Challenges

Numerous proposals aimed at re-pegging the USTC stablecoin have been introduced and voted upon by the Terra Classic community. While some initiatives have garnered initial support and advanced to the study phase, none have successfully progressed to implementation.

Two primary obstacles have hindered the realization of these re-peg plans:

  • Regulatory Uncertainty: The absence of comprehensive stablecoin regulations presents a significant challenge. Until a clear regulatory framework is established, any re-peg attempt faces substantial uncertainty.
  • Excessive Supply: The current oversupply of USTC coins poses a critical hurdle. A substantial reduction in the circulating supply, potentially to around 2-3 billion USTC, is considered by me (the writer) a prerequisite for the viability of any future re-peg plan.

The Beginning of USTC Burn:

In response to this crisis, the Terra Classic community introduced a burning mechanism. This process involves the irreversible transfer of USTC tokens to a designated burn wallet, effectively removing them from circulation and reducing the overall supply.

Mechanics of Burning:

There are two primary mechanisms for burning USTC:

  1. Manual Burns: These burns involve the deliberate removal of USTC coins from circulation by sending them to a designated wallet address that is irretrievably locked. This can be done by individual users, exchanges, or the Terra Classic development team.
  2. Tax Burns: Certain transactions on the Terra Classic blockchain incur a tax, a portion of which is automatically burned, further reducing the total supply.