TIMEVERSE
Syncing T2°...

Cellular Intrusion Detection System (CIDS)

TIMEVERSE RF SENTINEL

Applying temporal zero-trust to the physical layer of mobile networks. Identity is easy to fake. Time is not.

"A valid signal at the wrong phase is an invalid signal."

The Problem: The 'Man-in-the-Middle' of the Airwaves

An IMSI Catcher (or "Stingray") is a rogue cell tower that tricks your phone into connecting to it. By exploiting the lack of mutual authentication in mobile networks, it can intercept your data, track your location, or even downgrade your connection to less secure standards.

Traditional cryptography struggles with this because the attack happens at the physical signal layer. Timeverse provides a new defense: **Phase-Locked Authentication**.

The Four Pillars of Temporal Defense

1. Signed Temporal Context (TSAE)

What it is:

Every network interaction (call, SMS, data session) is sealed within a Time-Stamped Authenticated Event (TSAE). A fake antenna cannot generate a valid TSAE because it lacks the correct, cryptographically signed temporal context.

The Key: Micro-Latency Detection

An IMSI catcher introduces a microscopic delay (latency) as it intercepts and forwards the signal. In the Timeverse T2 protocol, this latency manifests as a detectable **phase shift**. If the signal's phase doesn't match the expected phase from a legitimate tower, it is rejected.

2. Spatio-Temporal Anomaly Detection

The Concept:

The T-Watch and an AI on the device constantly compare the phone's understanding of its location in space-time with the signals it receives. This creates a powerful cross-verification system.

Verification Layers:

  1. **Geometric Coherence:** Does the signal's apparent origin match its declared Tile and SWT Zone? A powerful nearby signal claiming to be a distant tower is a red flag.
  2. **Phase Coherence:** Is the signal's T2 phase consistent with other nearby, trusted cell towers? A sudden, isolated phase drift indicates an anomaly.

3. Clockchain Verification (Optional Layer)

Function:

Legitimate cell towers can publish their identity and temporal status to a decentralized ledger (Clockchain). A Timeverse-enabled phone can verify that the tower it's connecting to is a registered, authentic network asset.

Result:

A fake relay, not being registered on the Clockchain, would be instantly identifiable as an untrusted source, even before a connection is fully established.

4. Geo-Spatial Hardening (SWT & Tile Lock)

The Concept:

In the Timeverse, Space and Time are linked. A specific Phase (HS Angle) corresponds to a specific geographic Zone (SWT) at any given UTC moment.

The Defense Mechanism:

  • Impossible Teleportation: If a request originates from a device claiming `Tile: Paris` but its signal latency indicates `SWT: New York`, the protocol rejects it instantly.
  • Solar Consistency Check: The system verifies that the local Solar Angle (measured by the T-Watch light sensor or calculated kernel) matches the declared GPS coordinates. GPS Spoofing becomes mathematically impossible because you cannot fake the Sun's position relative to the Earth's rotation.

Concrete Use Case: Active Defense Protocol

How the Onboard AI Responds

  1. Detect Unknown Relay: A new cell tower appears. The onboard AI checks the Clockchain for its ID. Result: Not found.
  2. Challenge Temporal Signature: The phone requests a TSAE. The fake tower provides a malformed or non-existent response. Result: Signature invalid.
  3. Analyze Phase & Angle: The AI detects a phase shift inconsistent with the signal's supposed origin and other visible towers. Result: Temporal anomaly detected.
  4. Block & Alert: The AI immediately blocks the connection, alerts the user, and logs the event with its temporal and spatial coordinates for network-wide threat intelligence.

Summary of Advantages

Zero-Trust by Design

Every antenna must constantly prove its temporal and spatial authenticity.

Anti-Spoofing Engine

Cross-verifies physical location against solar angle (HS°), making GPS spoofing mathematically detectable.

Offline Capable

Even without internet, the local T2 clock and phase-shift logic can reject anomalous signals, offering protection in disconnected environments.

Deployment Options

Timeverse App

$99/year

Transforms any rooted Android smartphone into a basic RF Sentinel detector.

T-Watch Integration

Included with T-Watch Pro

Uses the T-Watch as an external, unjammable phase reference for maximum security.

Enterprise Fleet Protection

On Demand

A centralized dashboard to monitor threats across your entire fleet of devices.