Frontend Views
Next.js frontend interfaces, real-time dashboards, liquidator console, and empirical research laboratory
The Reforge frontend is a modular, high-performance web application built with Next.js 16, Tailwind CSS, and Fumadocs. It delivers four dedicated interfaces tailored for observers, MEV liquidator searchers, and protocol researchers.
Views Overview
Protocol Dashboard
Global liquidity monitoring, protocol solvency metrics, TVL, and bad debt tracking.
Liquidation Marketplace
Real-time orderbook and explorer for at-risk collateral positions and open batch auctions.
Liquidator Console
Dedicated searcher cockpit with wallet management, active bid submission, and P&L telemetry.
Research Laboratory
Interactive Monte Carlo simulator comparing Conventional PGAs against MEV-Aware Batch Auctions.
1. Protocol Dashboard (/dashboard)
The Protocol Dashboard serves as the central command center for monitoring systemic risk, collateralization ratios, and global protocol health across all asset pools.
Key Metrics Monitored
| Metric | Category | Description |
|---|---|---|
| Total Value Locked (TVL) | Liquidity | Aggregate value of collateral deposited across all lending pools (ETH, WBTC, wstETH) priced via real-time Chainlink feeds. |
| Outstanding Debt | Solvency | Total synthetic and stablecoin debt borrowed against active collateral positions (USDC, USDT, DAI). |
| Active Positions | Risk | Total count of live borrower debt positions continuously scanned for solvency. |
| Liquidatable Positions | Alert | Immediate alert counter showing all positions currently crossing the threshold where HF < 1.00. |
| Settled Volume | Throughput | Cumulative dollar volume of liquidations settled deterministically through Reforge batch auctions. |
| Bad Debt Prevented | Security | Total protocol insolvency prevented compared to baseline mempool congestion failure rates. |
Protocol Solvency Telemetry
| Metric | Calculation / Source | Update Frequency | Purpose |
|---|---|---|---|
| Global Collateral Ratio | Total Collateral Value / Total Borrowed Debt | Per block (12s) | Measures macro protocol solvency buffer. |
| At-Risk Debt (HF < 1.05) | Sum of debt for positions with HF ∈ [1.00, 1.05) | Real-time WebSocket | Early warning queue for incoming liquidation volume. |
| Protocol Recovery Rate | (Recovered Collateral / Defaulted Debt) × 100% | Per settled auction | Evaluates liquidation execution efficiency. |
| Average Auction Duration | Block timestamp delta (End - Start) | Historical indexer | Monitors batch clearance latency against volatility. |
2. Liquidation Marketplace (/marketplace)
The Liquidation Marketplace is a live feed of underwater loans where liquidators, automated searchers, and users can discover liquidation opportunities.
Live Opportunities Explorer
A real-time reactive table displaying open auction events and eligible borrower positions:
| Position ID | Collateral Asset | Debt Value | Health Factor | Est. Gross Profit | Auction Status | Action |
|---|---|---|---|---|---|---|
0x7A29...b4F1 | 4.50 ETH ($13,500) | $9,200 USDC | 0.97 | +$460.00 | 🟢 Bidding Open | Inspect / Bid |
0x19E4...88c2 | 1.20 WBTC ($72,000) | $51,400 USDT | 0.94 | +$2,570.00 | 🟡 1 Block Left | Place Bid |
0x42B0...179A | 18.00 wstETH ($61,200) | $44,800 USDC | 0.99 | +$1,344.00 | 🔵 Calculating | View Details |
Position Deep-Dive Inspector
Selecting any position opens the comprehensive Position Inspector Panel, giving liquidators full transparency before committing capital.
3. Liquidator Console (/liquidator)
The Liquidator Console is an institutional execution workstation allowing searchers and bot operators to monitor their capital efficiency, active commitments, and realized P&L.
Searcher Cockpit Telemetry
- Connected Wallet:
0x94B...28aF(Mainnet / Sepolia) - Available Liquidity: $150,000.00 USDC
- Active Capital in Transit: $32,400.00 USDC
Historical Performance Metrics
- Auctions Won: 142 / 168 (84.5% Win Rate)
- Total Net Profit: +$18,420.50
- Total Gas Expended: $1,240.10 (vs. $9,800+ in baseline PGA)
- Effective Net ROI: +14.85%
Zero Gas Bribery Overhead: Because Reforge awards settlements based on Net Economic Value rather than priority gas placement, searchers keep up to 90% of their gross profit instead of paying it to block proposers.
4. Research Laboratory (/research)
The Research Laboratory is the cornerstone academic interface of Reforge. It enables researchers to configure simulation scenarios, run comparative benchmarks between conventional first-come liquidations and MEV-aware batch auctions, and visualize empirical results.
Interactive Experiment Configuration
Simulation Parameter Matrix
10 Active Searcher Bots
Configurable between 2 to 100 automated agents50 Gwei (Base: 35, Priority: 15)
Simulates normal vs. congested mempool conditions5.0% Flash Drop
Geometric Brownian motion with jump-diffusion eventsComparative Benchmark Results
Simulated execution across 1,000 synthetic liquidation events demonstrates substantial economic advantages:
| Performance Metric | Conventional PGA | Reforge Batch Auction | Variance | Economic Impact |
|---|---|---|---|---|
| Gas Cost / Liquidation | $142.00 | $61.00 | -57.0% | Massive reduction in network congestion and wasted compute. |
| Liquidator Net Profit | $321.00 | $402.00 | +25.2% | Liquidators retain value instead of paying block proposers. |
| Borrower Loss | $718.00 | $531.00 | -26.0% | Borrowers preserve substantially more leftover equity. |
| Settlement Latency | 1.8 blocks | 2.1 blocks | +0.3 blocks | Acceptable micro-delay safely offset by protocol buffers. |
| Protocol Debt Recovery | 96.2% | 97.1% | +0.9% | Higher debt clearance rate with lower bad debt risk. |
Technical Specifications
For in-depth architectural component designs, interface schemas, and state management models, explore the living specifications:
Protocol Dashboard Specification
Interface state model, WebSocket event subscriptions, and charting libraries.
Liquidation Marketplace Specification
Orderbook virtual scrolling, sorting algorithms, and position modal architecture.
Liquidator Console Specification
Web3 provider hooks, EIP-712 bid signing, and local storage state persistence.
Research Laboratory Specification
WebAssembly simulation runtime, Web Worker threading, and Canvas charting.