CheckPoints™

Persistent surveillance from every angle

CheckPoints provides persistent rear and flank security without the need for additional manpower. This compact, dual-feed surveillance kit lets small units quickly deploy cameras and deliver live full-motion video over any tactical network. With 360° visibility and automatic alerts, CheckPoints enables continuous watch and full perimeter security—even with just a single operator.

It Delivers:

  • Surveillance and Reconnaissance. Delivers live, recorded, and snapshot video with compact and concealable cameras.
  • FOB Perimeter Security. Creates a 360° security bubble with automated motion alerts and continuous day/night overwatch.
  • Asset Monitoring. Keeps eyes on critical targets 24/7.
  • Force Protection. Eliminates blind spots and warns of threats before they appear.
  • Change Detection and Alerting. Detects and flags movement automatically, alerting operators before the situation shifts.
  • Situational Awareness. Feeds live video and alerts into Android Tactical Assault Kit (ATAK) for a shared, real-time view of the battlespace.

CheckPoints equips operators to maintain persistent watch, detect threats early, and protect the team without slowing the mission.

How It Works for You

Key Features
  • Dual camera ports. Two cameras can operate simultaneously via two input ports on the Aries NEOS DogBone.
  • Network compatibility. Saves set-up time by seamlessly interfacing with all major MANET radios and SATCOM, LTE, Wi-Fi, and laser data networks.
  • Multiple camera and lens options. Includes three visible cameras; one thermal camera; and telephoto, 4mm, and fisheye lenses.
  • TAK-native capability. Provides instant access to camera feeds and rapid video distribution via field-proven alerting system viewable on tablets and mobile.
  • Low SWaP-C. Comes with a man-wearable, ruggedized anodized aluminum enclosure and a low 5-volt power requirement.
  • EMCON. Transmits zero Wi-Fi or Bluetooth emissions.

Instant, autonomous rear and flank defense for dynamic environments.