Venues

Spectrum security for high-traffic public venues.

Malls, strip malls, casinos, gas stations and parking lots. People and vehicles that depend on a signal nobody was watching over.

Illustrative image of a Tank fixed sensor on a column, overlooking the parking lot of a shopping mall, with a spectrum monitor on top: the signals of the security systems, a jamming attack that covers them, and Tank's detection.

A car parks next to yours. Someone presses a button and your car never locks.

No broken window, no forced lock. The alarm is still installed and the GPS is still there, but for the monitoring center that vehicle has ceased to exist.

Venues

Any night, at any venue, someone presses a button.

What an attack you can't see costs you

  • 01A visitor who loses their car at your venue
  • 02A complaint with no evidence of what happened
  • 03A security team that arrives late, or never arrives
  • 04A venue that becomes known to criminal gangs

Why what you already have is not enough

All of the above depends on the layer under attack.

Cameras

They record, but nobody knows when to look. And wireless cameras depend on the same signal under attack.

The car alarm

It depends on the spectrum the jammer blocks. It doesn't go off.

Guards on patrol

They sweep an entire venue blind, without knowing where or when.

A standalone detector

It warns that there is a jammer somewhere. For the guard, it's like looking for a needle in a haystack.

Why per-vehicle devices fail

We protect the place, not a car.

An alarm or a GPS tracker only protects the car it is installed in, and it transmits over the same signal the jammer shuts down. A Tank sensor watches the entire venue: it covers every car that comes in, with nothing installed on it, and it sees the attack instead of going blind.

One device per vehicle
One Tank sensor for the venue
  • Alarm or GPS installed in a car
  • Tank sensor
  • Car with a jammer
  • Guard

Coverage: up to 53 hectares with one sensor, a radius of 410 m.

Illustration · does not show the system's geometry or how it works

Comparison of two identical parking lots during the same attack. With one device per vehicle, only 2 of 12 cars are covered and, when someone switches on a jammer, those devices lose signal and no one finds out. With a Tank sensor, all 12 cars are covered, the sensor detects the attack in the zone and the security team heads there.

How Tank works at a venue

  1. 01

    Sees the attack

    Fixed sensors cover the venue 24/7 and tell you which zone it is in.

  2. 02

    Guides the guard

    Mission Control dispatches the right guard; with Hyperlocation they get to within 8×8 m.

  3. 03

    Closes in on the ground

    The handheld detector takes the guard to within 5 m of whoever is carrying out the attack.

  4. 04

    Leaves a record

    Every event records who dispatched, who closed and who validated.

In the field

8×8m

precision with Hyperlocation

Even in the worst case: an enclosed parking garage, where the signal bounces and gets absorbed.

~1min

time to target

Until your team reaches the attacker, search included, at any site size. With the system running and a trained team; it varies with the scenario.

up to88%

fewer jamming attacks

Reduction in detected attacks, not in thefts, sustained for 2 to 3 months after deployment. It happens when the team handles every alert: once attackers see the guards coming, they show up less.

Resources for venues

To understand the threat and to share with your team.

To read

To download

Frequently asked questions

My parking garage has several floors.

That's the Sector configuration, with several sensors that subdivide by level. With Hyperlocation you get down to 8×8 m within the floor.

I don't have a CCTV room.

Let's talk about how to run it with your team and the alert tablet.

We're a small venue.

The head of security and the supervisor can be the same person, with no additional configuration.

Start by measuring. We tell you whether you're being attacked, how much and when.