DogelyChain Dashboard

Understanding Empty Blocks vs Mempool Correlation:

This wave chart shows the correlation between empty blocks and mempool transaction counts over the last 7 days.

• Orange Wave (Empty Blocks) = Daily count of blocks that only contain the coinbase transaction
• Blue Wave (Mempool TX) = Average daily mempool transaction count when blocks were mined
• Correlation Analysis = When mempool is high but empty blocks are also high, it indicates missed opportunities
• Time Progression = Left (older) to right (newer) showing trends over time

Why this matters: A strong correlation between high mempool activity and empty blocks suggests miners are not efficiently utilizing available transactions, potentially indicating network inefficiency or mining pool issues.

Understanding Slow Blocks Analysis:

This section analyzes the last 24 hours to identify blocks that took more than 1 minute to mine.

• Mining Time = Time between the previous block and current block (should be ~1 minute for Dogecoin)
• Slow Blocks = Blocks that took significantly longer than expected to mine
• Pool Analysis = Which mining pools are responsible for slow blocks
• Block Details = Transaction count, block size, and timestamp for each slow block

Why this matters: Slow blocks can indicate network congestion, mining pool issues, or difficulty spikes that affect transaction confirmation times.

Understanding Fee Analysis:

This section analyzes transaction fees to understand miner prioritization patterns.

• Nominal Fees = Total fee amount paid for transactions
• Fee per KB = Fee divided by transaction size (efficiency metric)
• Fee Prioritization = How miners choose which transactions to include
• Block Efficiency = Whether miners prioritize high nominal fees vs efficient fee per KB

Understanding Blockchain Metrics:

These charts show the health and growth of the Dogecoin blockchain over time.

• Blockchain Size Growth = Real historical blockchain size growth over time (daily snapshots from Dogecoin Core RPC)
• Full Blocks Over Time = How many blocks were filled to near capacity each day
• Empty Blocks Chart = How many blocks contained only the miner reward (no transactions)
• Mempool Activity = How many transactions were waiting to be processed

Why this matters: These metrics help us understand network usage, efficiency, and overall health of the Dogecoin network.

Understanding Pool to Exchange Movements:

This section tracks when mining pools send their Dogecoin rewards to cryptocurrency exchanges.

• Pool Address = The mining pool's Dogecoin address that received the reward
• Exchange Address = The exchange's Dogecoin address (Binance, Kraken, Coinbase, etc.)
• Amount = How much DOGE was sent from pool to exchange
• Date = When the transaction occurred

Why this matters: This shows when miners are selling their rewards, which can indicate market sentiment and selling pressure.

Understanding Missed Opportunities:

This section identifies mining pools that mined empty blocks when there were transactions waiting to be included.

• Empty Blocks with Mempool = Blocks that only contained the miner reward when transactions were waiting
• Total Missed TX = Total number of transactions that could have been included but weren't
• Avg Missed TX = Average transactions missed per empty block
• Max Missed TX = Highest number of transactions missed in a single block

Why this matters: When miners create empty blocks while transactions are waiting, it slows down the network and wastes transaction fees.

Understanding Difficulty Analysis:

This chart shows the relationship between blockchain difficulty, block time, and hashrate over the last 7 days.

• Difficulty = How hard it is to mine a block (higher = more difficult)
• Block Time = Time between consecutive blocks (target: 60 seconds)
• Hashrate = Estimated network mining power calculated from difficulty and block time
• 60 Second Target = Ideal block time to maintain consistent block production

Why this matters: The difficulty adjusts automatically to keep block times around 60 seconds. If blocks consistently take longer than 60 seconds, difficulty should decrease. If blocks are mined too quickly, difficulty should increase to maintain network stability.