Every unit of metal starts its journey long before tokenization in dusty mines, busy roads, industrial zones, and storage vaults.

What matters isn’t just the metal.
It’s the data that proves where it came from, how it moved, and what it’s worth.

That’s the layer we’re building.

A verifiable link between matter and markets.

We intend to implement a task-based reward system where all inputs follow a clear path:

→ Task claim
→ Work verification
→ Sign and submit
→ Ranking by quality

Rewards are derived not from noise but from proven value.

Orecast's AI captures real-time pricing signals, cross-validates them with inventory updates, and routes them to the execution engine within 60 seconds.

Inventory location, custody, and valuation are synchronized across APIs, UIs, and on-chain calls.

We are validating real-time inventory synchronization between simulated warehouse endpoints.

Update interval: Stable at 58-62 seconds
Data mismatch rate: Less than 0.12% over 681 test cycles

During a controlled stress test, we simulated 50+ coordinated data injection attempts targeting our price and inventory streams.

1. Detection time: 2.4s
2. Containment: 100% of invalid entries blocked
3. Data integrity: 99.98% consistency maintained across modules

Commodity markets can flip in milliseconds, leaving static time series models lagging.

An adaptive AI engine cross-references live price feeds, logistics telemetry, and verified reserve data—recalibrating every 0.8s with <0.25% deviation.

Commodity prices move on multiple clocks.

Our system reads all of them

▪️︎ Minutes: capture high-frequency shocks in supply & demand

▪️︎ Hours: map the daily flow of trades

▪️︎ Weeks: identify structural turning points in inventory & pricing

By linking these horizons, we turn raw volatility into signals that drive real-world execution.

In a recent load test, we introduced malformed trade orders into the execution queue to test fault isolation.

Identification: 1.7s
Isolation success rate: 99.94%
Impacted trades: 0

A simulated network congestion event was run to delay inventory updates across multiple endpoints.

Average delay: 5.6s
Recovery to baseline: 18.3s
Post-recovery data accuracy: 99.97%

Every shipment, price tick, and warehouse update starts as raw data.
Our normalization layer turns it into a clean, structured feature set—ready for real-time valuation, risk modeling, and on-chain execution.

Every test cycle adds stability.

Reliable markets are built this way.

Accuracy tested.

Models trained.

Parameters tuned.

Data refreshed.

repeat, until precision feels natural.

We tested the system's quote speed and stability under high pressure.

Average response time: 46 milliseconds

Deviation for 1,233 quotes remained below 0.25%

Recovery after a peak in just 3.1 seconds

A recent stress test simulated order flow through the matching engine.

1. Peak load: 2,000 orders/min

2. Order rejection rate: 0.15%

3. Queue stabilized within 2.8s after spikes

We’ve put together a short video to walk you through the vision, progress, and direction of the project.

Watch the full video to see how real-world metals are being prepared for the digital economy.

With Orecast, users can not only monitor market trends but also profit from them.

Earn staking rewards from network revenue.

Incentivize early participation and ecosystem usage.

Hold the long-term value of utility tokens.

Visit now: https://orecast.online