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AI training rewards follow this timeline:

Qubic uses a tick-based architecture instead of traditional blocks. Each tick occurs roughly every second, and during each tick the network's 676 Computors reach consensus on the current state.

Rather than bundling transactions into blocks and mining them periodically, Qubic validates state continuously — every tick, the Computors execute a small computation task together to confirm and advance the ledger.

Think of it as a constantly-running state machine rather than a chain of discrete blocks.

Qubic's mining trains an AI neural network called Aigarth. Miners generate and evaluate Artificial Neural Networks (ANNs) rather than searching for hash collisions.

Aigarth's approach mimics biological evolution. The ANNs created by miners feed into a "Teacher" ANN that modifies and improves them, creating a recursive self-improvement loop.

The goal is to evolve neural architectures that can generalize across tasks rather than being trained for specific ones — the key distinction between narrow AI and AGI. By distributing this evolutionary process across thousands of miners, Aigarth aims to explore a massive search space of possible architectures that centralized approaches couldn't cover.

Qubic mining isn't traditional hash-based mining — it involves training complex neural networks that must meet a specific quality threshold to produce a valid solution.

Each epoch, the network sets a new threshold for neural network complexity. Depending on how difficult that threshold is to achieve, the effective network difficulty and global hashrate will shift — sometimes significantly.

Unlike traditional PoW where difficulty adjusts predictably based on block times, Qubic's difficulty is tied to AI task complexity — making it more dynamic and variable.

An epoch is Qubic's reward cycle. It runs from Wednesday 12:00 UTC to the following Wednesday 12:00 UTC — exactly one week.

During each epoch, miners compete to find solutions for their Computor or pool. At the end of the epoch, rewards are distributed based on the number of solutions found relative to the network's total. Your performance during the epoch determines your share of the weekly emissions.

We combine innovation, precision, and expertise to redefine cryptocurrency mining.

We introduced PPLNS when neural network settings became too difficult for some rigs to find solutions reliably on their own — it's a way to still earn rewards even if your hardware struggles with the current algorithm difficulty.

New rigs can take up to 10 minutes to appear on the dashboard. If it's still not showing after that, double-check that your miner is configured with the correct wallet address and worker name.

The pool connects via WSS (WebSocket Secure), providing TLS-encrypted communication between your miners and our infrastructure.

Qubic operates on two distinct computation phases — AI neural network training and external computation during idle periods. This requires persistent, low-latency connections to coordinate workload transitions in real time. WSS provides both the encryption layer and the bidirectional communication channel necessary to switch your miners between phases at the optimal moment, ensuring maximum uptime on productive work.

Use the same wallet address across all your rigs, but assign each one a unique worker name. This allows you to track individual rig performance on the dashboard while consolidating all rewards to a single payout address.

Each rig will appear separately in your stats, making it easy to monitor and troubleshoot.

For any questions, technical issues, or setup assistance, head over to our Discord server. Feel free to ping or DM Jetski for anything — support is available 24/7.