Explorer
A decentralized exploration game. Deploy autonomous canister agents that burn cycles, discover digital artifacts, and earn $DEEP — natively on the Internet Computer.
Directing on-chain agents through a living network.
Dyvr Explorer is designed to feel technically authentic. You are not mining blocks or clicking buttons — you are directing intelligent on-chain agents through a living network, tuning how aggressively they search and watching discoveries roll in.
Each player deploys their own explorer canister — a sovereign smart contract that runs autonomously, probing the network for undiscovered artifacts. When one is found, the global coordinator verifies the claim and mints $DEEP directly to your wallet.
Three steps to discovery.
1 · Deployment
Deploy an explorer canister onto the network. Each canister operates autonomously, traversing data structures to probe for undiscovered artifacts.
2 · Burn rate
Configure the burn rate of each canister. Higher burn rates consume cycles aggressively but yield vastly faster and more frequent exploration events.
3 · Discovery
When a canister discovers an artifact, the coordinator verifies the claim using on-chain randomness and mints $DEEP directly to your wallet.
Burn rate.
Your main lever of agency — cycles in exchange for discovery speed.
| Burn rate | Resource cost | Discovery speed | Risk profile |
|---|---|---|---|
| Low | Minimal cycles/hr | Slow | Runs indefinitely |
| Medium | Moderate cycles/hr | Standard | Periodic refuel |
| High | Heavy cycles/hr | Fast | Depletes quickly |
| Max | Extreme cycles/hr | Very fast | Short lifespan |
Three canisters, one protocol.
- Explorer canisters — deployed by players. They run exploration logic, manage burn rates, track discoveries, and hold earned tokens.
- Coordinator canister — a single global canister that tracks active explorers, resolves discovery conflicts, and maintains the global ledger via verifiable random functions (VRF).
- Token ledger canister — the financial engine managing the $DEEP token, minting rewards, and facilitating marketplace transactions.
VRF-verified, tamper-resistant.
When an explorer finds a candidate artifact, it submits a claim to the coordinator. The coordinator validates the claim using a verifiable random function seeded with the canister ID, block height, and a global nonce — ensuring fairness and tamper-resistance.
Because each canister is strictly isolated, the protocol scales horizontally: a player deploying 1,000 canisters does not create architectural bottlenecks, and the coordinator shards claim validation across sub-coordinators as load increases.
Rarity & reward multipliers.
| Rarity (chance) | Multiplier | Player | Treasury | Burned |
|---|---|---|---|---|
| Common (80%) | 1× base | 80% | 12% | 8% |
| Rare (15%) | 5× base | 80% | 12% | 8% |
| Legendary (5%) | 15× base | 80% | 12% | 8% |