PRODUCTS

Every NTS product was designed to address challenges where a mission's requirements could not be solved with existing technology - a testament to our team's commitment to every customer. Click on the MANTLE and CORE logos to learn more about our flagship products.

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RAPID VIDEO DIAGNOSTICS & SIMULATION

Vidterra APEX is a software platform for ISR video asset management, diagnosis and testing. APEX is designed to perform complex video tasks without requiring complex video know-how. Combine APEX software or RUCK with COMPASS, to stream live video and perform in depth troubleshooting to ensure missions are not scrubbed and executed without delay.


Operational Use Cases


  • Pre-Mission Validation: Simulate real-time ISR video and perform comprehensive network checks to ensure uninterrupted mission execution.
  • NETOPS: Detect and resolve video issues enabling high-quality video services provided by network and satellite operations centers.
  • Test Events: Validate video transmission before aerial deployment, preventing costly gimbal overheating and maximizing sensor lifespan.
  • Sensor Development: Streamline sensor innovation by quickly identifying video inconsistencies, reducing development time and costs.
  • System Integration: Accelerate system deployment with seamless video compatibility, ensuring smooth integration across codecs, protocols, quality settings, and KLV metadata.
  • Lab Environments: Store, organize, and enhance your video assets in a centralized repository, improving accessibility and team efficiency.
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Logo for Vidterra Compass, teal text and icon to the left, tan

AUTOMATED ISR VIDEO DELIVERY

Vidterra’s COMPASS software simplifies the complex process of distributing live video – from any source – by automating end-to-end video workflows. The COMPASS ecosystem creates the digital pipes for mission critical ISR data and transforms video distribution into a seamless and efficient experience.


Operational Use Cases


  • Edge-to-Enterprise: Backhaul real-time tactical sensor video to command centers with a single-click
  • Enterprise-to-Edge: Stream real-time video over tactical communications to provide enterprise video awareness to tactical users
  • Tactical Communications: Share tactical video between mesh networks to TAK-enabled user devices
  • Cross Domain: Consolidate video feeds and correct metadata for seamless compliance with cross-domain guards


Rugged laptop displaying a grid of surveillance camera feeds, likely monitoring various locations.

  • FLEXIBLE DEPLOYMENT OPTIONS

    From headquarters to edge deployments, COMPASS adapts to diverse operational needs. With its tiered deployment model—Advanced, Pro, and Remote—users can deploy COMPASS in a wide range of scenarios, whether it’s supporting high-volume feeds at a regional hub or enabling video streaming from tactical kits in austere environments. Its flexibility ensures that organizations can scale their video capabilities as mission requirements evolve.


    • Supports a range of operational setups, from edge devices to cloud-based systems.

    • Offers deployment tiers (Advanced, Pro, Remote) tailored for headquarters, tactical kits, and expeditionary locations.

  • AUTOMATED WORKFLOWS

    COMPASS automates the entire video delivery process, from troubleshooting and configuration, ingesting and normalizing feeds to distributing them across various networks. It supports diverse sensor types, codecs, and protocols, making it a versatile solution for any video mission. This automation reduces the margin for error and ensures video delivery remains reliable and efficient under any conditions.


    • Ingests, normalizes, and distributes video from diverse sensors across any network.

    • Supports intelligent routing to eliminate manual configurations and errors.

  • SEAMLESS INTEGRATION

    COMPASS is built for compatibility with both commercial and defense systems, making it a truly interoperable solution. TAK is integrated into compass deployments for seamless functionally and gives ability to expand into larger networks, while its ability to support commercial and military sensors ensures a smooth transition between operational domains. This versatility allows users to achieve full situational awareness without worrying about technical barriers.


    • Built-in TAK server features for streamlined ISR data federation and automated client connections.

    • TAK clients automatically receive video without manual configuration – simply click to play.

    • Fully compatible with both commercial and defense networks.

  • DYNAMIC BANDWIDTH OPTIMIZATION

    COMPASS dynamically adjusts video quality based on available bandwidth. This ensures that high-quality video can be delivered even over low-throughput links. By automatically managing bandwidth allocation, COMPASS eliminates the need for manual reconfiguration, allowing operators to focus on mission objectives without compromising video quality.


    • Adjusts video quality based on available bandwidth for optimal performance.

    • Maximizes efficiency while maintaining high-quality video delivery.

  • CENTRALIZED MONITORING & CONTROL

    The COMPASS Navigator provides centralized oversight of video workflows, enabling users to monitor, troubleshoot, and orchestrate video distribution across multiple servers. By linking instances into a cohesive ecosystem, Navigator allows commanders and operators to manage video feeds with a single click, ensuring seamless connectivity from the field to the enterprise. This centralized control streamlines operations, enhances situational awareness, and reduces the burden on technical support staff.


    • COMPASS Navigator orchestrates multiple servers to create an integrated video distribution ecosystem.

    • Allows for remote monitoring, troubleshooting, and seamless connectivity.
Logo for Vidterra Ruck, in teal and tan, with a triangle icon above the text.

ISR VIDEO HANDHELD TROUBLESHOOTING TOOL

Vidterra RUCK is a portable touchscreen device for hosting APEX software instances.


RUCK combines hardware and software interfaces to streamline rapid video diagnostics and simulation for field applications. RUCK enables seamless video stream monitoring and analysis without the need for external laptops or monitors. With its lightweight design and 3G-SDI output for sensor simulation, RUCK empowers engineers and technicians to troubleshoot and test video systems on the go, enhancing efficiency and reducing downtime in critical environments.


SPECIFICATIONs


  • DIMENSIONS: 7.5” x 5.6” x 2” (w/o base)
  • WEIGHT: 1.5 lbs
  • POWER: 15W @ 5VDC (USB-C) and Power over Ethernet (PoE)
A tablet-like device displays a video interface with a loading symbol on screen. The device is labeled
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Navigate APEX Interface

The RUCK uses integrated capacitive touch display. No additional laptops or displays required, just plug into network.

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NETWORK SCANNER

Look directly into network video lines using RUCK multi-port TAP. Probe streams and confidence monitor directly from touchscreen.

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ARM-BASED SoC

Low-power, low-heat. USB-C power.

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INTEGRATED 3G-SDI OUT

Create simulated sensor video signals using sample files.

JEFF-K

JOINT ENTERPRISE FORWARD FLYAWAY KIT

The JEFF-K was designed to provide industry best small-form-factor (SFF) compute and network capability for deployed Air Mobility Command Intelligence units. Each kit is equipped with a three-enclave stack to support NIPR, SIPR and TS / JWICS communications.


CUSTOMIZED FOR DEPLOYMENT: Packaged in a lightweight, rugged, waterproof case with wheels and an adjustable handle, the customized chassis has a single power cable and secures all equipment for immediate operations.


AUTOMATED CONFIGURATION: Using the NTS MANTLE Edge Activation Platform (EAP), Users will be able to provision & configure JEFF-K and all associated hardware using customized automation, saving precious hours (or even days) while ensuring all systems are operating and integrated seamlessly.

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  • MOBILITY & PACKAGING

    Each kit comes with with a ruggedized Quick Response Kit (QRK) to support rapid deployment.


    The QRK consists of a lightweight, rugged, waterproof case with wheels and a adjustable handle for easy transport.


    The 5-slot chassis provides single cable power input (AC or DC), space for the routers and server module, a HAIPE encryption device / sled, and a bracket for the secondary HAIPE to be mounted on top of the chassis. 


    With a built in automation tool, the kit can be set up and running within minutes of arriving at the AMC team’s operating location.

  • ROUTING CAPABILITY

    Each JEFF-K contains three (3) small router modules to support NIPR, SIPR and TS / JWICS requirements.


    2 x GigE (SFP or RJ24) WAN Ports and 4 x GigE RJ45 Ports of PoE LAN access.


    This architecture provides flexible transport, configuration, and setup options.


    5.3" x 7.1" x 1.6" and 2.4 lbs

  • COMPUTE CAPABILITY

    Each JEFF-K contains one (1) small server module.


    In-theater computing, communications, vehicle mount, early entry or forward operating base / remote deployments.


    6-Core Xeon E Processor, 96 GB ECC Memory, Single 2.5" SSD Drive Bay, 5-Port I/O: 5 x GigE (2 PoE)


    5.3" x 7.1" x 1.7" and 2.7 lbs

IDC KIT

INTEGRATED DISPATCH CONSOLE

The Integrated Dispatch Console (IDC) is a hardware radio dispatch system designed to be deployed to the edge with the capability of networked or standalone operation. The IDC consolidates any radio system from Tactical to Land Mobile Radio (LMR) onto a common operating platform and application.


VERSATILITY: All power supplies and gateways are identical from core module to radio module, facilitating seamless field swaps with common spares. Each kit is compatible with the worldwide voltage input of 110-240 VAC 50/60Hz. The system requires only a one-person lift as the entire kit is contained in a wheeled case for transport.


SCALABILITY: The product's hybrid design allows for the system to be used as a deployable kit or stacked in a rack footprint for use within a permanent installation. New features provide for limited use without a server and the ability to repurpose two radios from one module for use as a repeater.

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  • KEY CAPABILITIES

    Ability to separate radios for RF isolation while keeping TX line runs short.


    IDC Core can be installed in a secure space away from RF Transmitters.


    Adaptable footprint of 4 x radios per kit allow users to deploy and install only what is necessary for every mission.

  • SPECIFICATIONS

    Computer Aided Dispatch system that can be used as a Fly-Away or installed at a fixed site with no modifications or re-racking


    Kenwood NX5000 series chosen as primary P25 radio platform due to physical size, cost and integration capability 


    System has three layers of operational redundancy  - (1) Offline Serverless, (2) Offline Local Management Sever, (3) Online Remote Management Server


    Radio gateways facilitate a user's ability to perform adjustments at the edge


    All system modules interconnect via single mode or multi-mode fiber


    Radio modules can be collocated or physically separated for RF isolation (groups of 4)


    Full Stack with One (1) Core, Twelve (12) Kenwood LMR Radios and the Green radio interface module = 32U

  • v3 MISSION PROFILES

    As a deployable unit, the IDCv3 is an appliance unrestricted by radio type or manufacturer. The system provides an all-in-one Computer Aided Dispatch (CAD) system that can be applied to Local & Federal Law Enforcment or DoD customers to provide command and control of multiple systems for a wide variety events where radio systems are employed:


    - Any National Special Security Event (NSSE) 

    - Forward operating location

    - Joint law enforcement operations


    The modularity of the IDCv3 would allow for users to initially deploy a 4-channel radio module as an airline checked bag (serverless).  The Core and CAD can then be added at a later date.


    In a fixed configuration, the IDCv3 can be used as a permanent ingest at Resident or Field Offices.  While providing local PTT capability and routing audio from radio systems to a common command center,

    the IDCv3 will integrate P25, Tactical, DMR, Tetra, and Netted Iridium radio networks based on the common classification of these networks.

DROP-SERIES

SIGNAL EMULATOR SYSTEM

The Drop-Series of portable, self-contained, and expendable equipment provides realistic environments to conduct advanced testing, experimentation, and training for Radio Frequency (RF) devices. These devices, which are modular and reconfigurable, can emulate radar, Internet of Things, communications, and other electronic signals, while offering a compact footprint and lightweight design. Complex RF environments can be constructed and networked with easy operational setup, and the equipment is weather-resistant and powered by battery, AC, or solar options. The Drop Hat system, designed to operate in remote areas, emulates radars and is remotely controlled, providing unit status feedback and enabling centralized multi-unit control. Additionally, the system is designed for flexibility and can be remotely deliverable by Unmanned Aerial System or hand carried.

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  • ANTENNAE & RADIO FREQUENCIES

    Primary Antenna:

    700 MHz to 7.125 GHz omni-directional* (2-5 dBi)


    Optional Antennae: 

    900 MHz to 6 GHz directional spiral (3 dBi) with antenna coupler or switch


    Frequencies:

    - 70 MHz to 6 GHz*

    - 56 MHz Instantaneous Bandwidth*

    - 2 to 6 GHz amp (44 dBm Psat)*


    * Reconfigurable

  • REMOTE CONTROL LINKS

    - Lora WAN with separate antenna

    - Optional cellular modem

    - Control Mechanisms:

    - Raspberry Pi

    - Web-based operator control

    - Multi-unit centralized control

  • SOFTWARE CONTROL & POWER SUPPLY

    Control:

    - On/Off

    - Waveform Parameters

    - Output Power

    - Duty Cycle Parameters


    Power Supply:

    - 10 Ahr Batteries*


    * Reconfigurable