🔧Function Code Overview
ChroniumSync operates on a foundation of smart, modular JavaScript functions designed to manage and interpret time-based blockchain data. Each function serves a distinct role in the temporal AI engine — from synchronization and anomaly detection to automatic correction. Together, they form a powerful backend that empowers the extension’s real-time precision.
🧩 1. ChronoAlign: Blockchain Time Synchronization
function chronoAlign(transactionData) {
const currentTimestamp = Date.now();
const timeDifference = Math.abs(transactionData.timestamp - currentTimestamp);
const syncThreshold = 1000; // Allowed deviation in milliseconds
// If the transaction timestamp deviates too much from current time, it's flagged
if (timeDifference > syncThreshold) {
return 'Alert: Blockchain Timestamp Misalignment Detected';
} else {
return 'Transaction Synchronized';
}
}Description: ChronoAlign ensures that every blockchain transaction is temporally accurate, comparing its timestamp to the current system time. If the difference exceeds a safe threshold, it raises an alert — ideal for detecting outdated or manipulated entries.
📡 2. MomentTrack: Real-Time Data Alignment
function momentTrack(transactionData) {
const syncThreshold = 500; // Allowed threshold for time alignment (milliseconds)
const alignmentScore = Math.abs(transactionData.timestamp - Date.now()) / transactionData.timestamp;
// If the transaction timestamp alignment is off, trigger an alert
if (alignmentScore > syncThreshold) {
return 'Alert: Data Misalignment Detected';
} else {
return 'Data Aligned';
}
}Description: MomentTrack monitors whether transaction data is recorded in real time. By calculating the alignment score, it highlights when data becomes desynced — helping prevent delayed reactions or out-of-order execution.
🛡 3. TimeGuard: Temporal Risk Detection
function timeGuard(transactionData) {
const maxDeviation = 2000; // Maximum allowed time deviation for safe transactions
const timeDiff = Math.abs(transactionData.timestamp - Date.now());
// If the deviation exceeds the threshold, mark it as risky
if (timeDiff > maxDeviation) {
return 'Alert: Temporal Risk Detected';
} else {
return 'Time Risk Free';
}
}Description: TimeGuard evaluates transactions against a broader risk window, flagging anything too far outside expected time frames. This function is particularly useful for detecting timing-based attacks, replay attempts, or latency manipulation.
🔍 4. SyncScope: High-Precision Monitoring
function syncScope(transactionData) {
const allowedErrorMargin = 300; // Maximum permissible error margin (milliseconds)
const timestampError = Math.abs(transactionData.timestamp - Date.now());
// Trigger an alert if the error margin exceeds the allowed limit
if (timestampError > allowedErrorMargin) {
return 'Alert: Precision Error Detected';
} else {
return 'Transaction Within Allowed Precision';
}
}Description: SyncScope focuses on fine-grain precision, flagging even millisecond-scale errors in blockchain data. It’s essential for users and systems that depend on strict ordering and synchronization, such as high-frequency bots or validators.
🧠 5. ChronoFix: Auto Correction for Time Errors
function chronoFix(transactionData) {
const correctionThreshold = 1000; // Threshold for automatic time correction (milliseconds)
const timeDifference = Math.abs(transactionData.timestamp - Date.now());
// If the time deviation is too high, automatically adjust the timestamp
if (timeDifference > correctionThreshold) {
// Correcting timestamp by adjusting to the current time
transactionData.timestamp = Date.now();
return 'Correcting Time Error';
} else {
return 'No Time Correction Needed';
}
}Description: ChronoFix is a self-healing module — it detects extreme timestamp drifts and automatically adjusts transaction data to reflect the actual moment. It prevents broken sync flows and keeps your records reliable without manual intervention.
These core functions are the temporal brainstem of ChroniumSync — not just scanning the blockchain, but aligning it to time itself. Want more? Future modules like QuantumSync and TimeForge will expand this logic into cross-chain time analysis and predictive synchronization.
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