The signals are already there. We just made them an API.

Telecom signals, inference speed.

POST /v1/messages

{  "to": "+971502712312,  "channel": "auto",  "text": "Your code is 4829"}

→ 200 OK

{  "id": "msg_7kx9m2",  "status": "delivered",  "carrier": "Etisalat UAE",  "route": "direct",  "delivery_ms": 1340,  "cost": "$0.011"}

POST /v1/shield/assess

{
  "phone": "+254712345678",
  "context": "wire_transfer"
}

→ 200 OK

{
  "risk_score": 84,
  "risk_level": "high",
  "sim_swap": { "hours_since": 4 },
  "call_forward": { "active": true },
  "recommendation": "block"
}

POST /v1/auth/verify

{
  "phone": "+971501234567",
  "method": "silent",
  "fallback": ["sms_otp"]
}

→ 200 OK

{
  "status": "verified",
  "method": "silent_network_auth",
  "carrier": "Etisalat UAE",
  "latency_ms": 1840
}

POST /v1/signal/lookup

{
  "phone": "+966512345678",
  "fields": ["status", "carrier", "mnp"]
}

→ 200 OK

{
  "active": true,
  "carrier": "STC",
  "original_carrier": "Mobily",
  "ported": true,
  "reachable": true
}

TENSORSHIELD

When someone swaps a SIM or sets up call forwarding, the carrier records it. TensorShield checks those records and scores the risk. You get the score before you send the money.

The SIM changed 4 hours ago. You should know that before approving the transfer.

Explore TensorShield

TensorAuth

Verify the phone. No code. No password. No selfie.

The carrier already knows who holds this phone. TensorAuth asks the carrier directly. If the phone is on cellular, verification happens silently. If not, an SMS falls back automatically. 40+ carriers supported.

Explore TensorAuth

TensorSignal

Is the number real? Ask the network.

Active or dead? Which carrier? Ported? Reachable right now? TensorSignal runs a live query to the carrier and tells you. Not a cached database. The actual network, right now.

Explore TensorSignal