This shows:

✅ Direct blockchain-level interaction

✅ Not simulation — actual Mainnet RPC communication

✅ Code intended for real-time trading or price tracking on Pi’s chain

✅ The bot is literally a stablecoin pegger / price stabilizer

class StablecoinPegger:

This type of system is normally used by:

Market makers

Liquidity desks

High-volume exchanges

You rarely see this functionality outside of exchange-level infrastructure.

✅ 4. When you combine all three pieces, a clear picture forms

✅ A major institution is testing deposit/withdrawal flows on Pi

✅ They are generating sub-addresses exactly like CEX systems

✅ They are using CCXT, meaning “exchange-level integration”

✅ They are running price-balancing bots (market-making behavior)

✅ All tests occurred months in advance — consistent with internal preparation before official listing

To be clear:

⚠️ There is no official announcement from Pi Core Team.

⚠️ The conclusions are technical inferences, not claims of partnership.

✅ 5. Why do exchanges test many months in advance?

Before listing a coin, a major exchange must verify:

Transaction speed

RPC reliability

Automatic address generation

Hot/cold wallet interaction

Market-maker infrastructure

Deposit/withdrawal routing

Mem-pool stability

Anti-hack checks

This process typically takes 3–6 months, sometimes longer.

The activities shown in your screenshots fit perfectly into this timeline.

✅ 6. Conclusion

Based on the evidence:

✅ There are strong technical signs of exchange-level integration testing

✅ The behavior matches Binance-style infrastructure patterns

✅ It strongly suggests preparation for future Pi deposits/withdrawals

✅ But without Core Team confirmation, it cannot be declared as official

Completely logically:

When a blockchain is close to Mainnet Open, exchanges begin silent testing months earlier — and the data you provided aligns 100% with that process