Building AI product systems that still feel usable on day one.

Problem

Hedera DeFi is powerful but fragmented: swaps, lending, staking, balances, and advanced orders live across different tools and require protocol-specific knowledge. That makes the ecosystem harder to use for both newcomers and active users trying to move quickly.

Solution

Hedron turns that complexity into a single conversational layer. A LangChain-powered WebSocket agent routes user intent into Hedera-native and DeFi-specific tools, keeps session context per user, and sends back typed messages such as agent replies, swap quotes, and transaction bytes that can be signed safely in the client.

Highlights

• Persistent per-user WebSocket sessions with authentication, memory handling, and typed message flows like `AGENT_RESPONSE`, `SWAP_QUOTE`, and `TRANSACTION_TO_SIGN`.
• Integrated DeFi tool suite for SaucerSwap, Bonzo Finance, Infinity Pools, and AutoSwapLimit instead of a single-protocol assistant.
• Transaction execution is split safely: the agent prepares bytes and the user signs externally, which supports real actions without custody.

Problem

Stablecoin systems break down when peg maintenance, collateral risk, and liquidation response are handled as separate mechanisms. Without tight coordination between pricing, swaps, and loan health, the protocol can drift off target or accumulate bad debt.

Solution

VCOP combines collateral-backed minting, direct USDC <-> VCOP swaps through a Peg Stability Module, real-time price calculations from the Uniswap v4 pool, and a dual Chainlink Automation setup that scans positions and reacts instantly to price-change events for automated liquidations.

Highlights

• USDC-backed VCOP minting with collateral ratios, liquidation thresholds, and position management.
• Peg Stability Module implemented through a Uniswap v4 hook for direct VCOP <-> USDC stabilization flows.
• Dual Chainlink Automation system: scheduled position checks plus log-triggered response to price events.

Problem

Gas prices are hard to act on when the data is fragmented across block explorers, charts, wallets, and manual guesswork. Users need one place to understand price trends, network load, whale behavior, and whether it is a good moment to transact.

Solution

Gas Guardian unifies the full loop: ingest live blockchain data from QuickNode, persist and query historical metrics from Turso, surface them in an interactive dashboard, then layer AI explanations, custom prompts, alerts, and address tracking on top so the monitoring system becomes actionable rather than just informative.

Highlights

• Real-time dashboard cards and charts for gas price, network load, transactions, transferred value, and block-level history.
• AI Insights and AI Chat features that analyze gas conditions, suggest timing, and answer custom questions from live metrics.
• Whales leaderboard, custom gas alerts, and address tracking turn monitoring into a practical decision tool.

Problem

Simulation-heavy ideas are easy to overcomplicate. Without a readable interface, the underlying systems stay invisible and the product loses its hook.

Solution

I shaped the experience as a legible browser game: a procedural hex world, autonomous actors, and a presentation layer that makes the simulation understandable without reading implementation details first.

Highlights

• Procedural world generation with biomes, resources, and terrain types.
• Autonomous AI villagers with pathfinding, needs, and decision-making.
• Playable at theron.vercel.app - fully browser-based, no installs needed.