Anyone getting poison address spam?

AI Quote:
There’s no single official number, but we can estimate realistically using known phishing-style conversion rates and what blockchain security firms have reported.

Let’s break it down logically.

⸻

📊 Real-world data (from blockchain security reports)

Security firms like Chainalysis, SlowMist, and PeckShield have observed:
• Address poisoning campaigns hit thousands to millions of wallets
• Only a tiny fraction of users actually send funds to the poisoned address
• But when they do — losses are often large

Typical estimated success rates:

👉 0.01% – 0.1% of targeted wallets
(That’s 1 in 10,000 to 1 in 1,000)

This is consistent with email phishing, SMS scams, etc.

⸻

🧮 If scammers send 100,000 poison transactions

Using realistic conversion ranges:

Conservative estimate (0.01%)
• 100,000 targets
• 10 victims

Moderate estimate (0.05%)
• 100,000 targets
• 50 victims

Aggressive / highly optimized campaign (0.1%)
• 100,000 targets
• 100 victims

⸻

💰 Why that’s insanely profitable

Even if just 10 people fall for it:

If average mistaken transfer = $2,000
→ $20,000 revenue

Campaign cost (cheap chain spam) maybe:
→ $100 – $500

ROI = massive.

⸻

🧠 But on Ethereum mainnet specifically…

ETH mainnet users tend to be:
• More experienced
• Paying higher gas
• More careful

So success is usually lower than L2 chains.

More realistic ETH mainnet estimate:

👉 0.005% – 0.03%

So for 100,000 poisoning attempts:
• 5 to 30 victims

Still very profitable.

⸻

⚠️ Important psychological factor

Success rate depends heavily on:

✔ Wallet UX (shows truncated addresses)
✔ User behavior (copying from history)
✔ Transaction frequency
✔ Whether victim sends large transfers regularly
✔ Whether they verify full address

High-volume traders and businesses are more valuable targets.

⸻

📉 Your personal likelihood (if you’re careful)

If someone:

✔ Always checks full address
✔ Uses whitelist / hardware wallet
✔ Never copies from history

Risk becomes extremely low.

Probably:

👉 Less than 1 in 100,000 per send
(or effectively near zero over time)

Address poisoning mainly catches:
• rushed users
• beginners
• high-frequency senders who rely on history

⸻

🧠 Simple answer

If scammers send 100,000 poison transactions:

👉 Expected victims = about 5 to 100 people depending on campaign quality
👉 Typical realistic range = 10 to 50

⸻

👍 If you want deeper analytics, I can show you:
• Real 2024–2025 address poisoning loss totals
• Biggest poisoning scams ever recorded
• Mathematical model of expected profit per campaign
• How often large wallets fall vs small wallets
• How to code a poison-address detector

Just say.