PRISM

BADGES & ANCHORS

Two construction workers wearing yellow jackets and white safety helmets standing inside a modern building with glass and steel architecture, looking up and discussing construction plans.

Tesseract offers a range of proprietary credentialing and tracking solutions from embedded cards to wireless positioning tags.

  • Multi-mode identity reading

  • Two types of tracking badges

  • Positional anchors with accuracy to 20cm

  • Asset tracking and monitoring

  • All data feeds into the MOSAIC dashboard

A digital ID badge with a photo of a man, named John Smith, labeled as an electrician, from Tesseract, with a QR code, issued on January 1, 2022.
A digital ID card for the United States Space Force featuring a photo of a man named Chris Smith, issued on January 1, 2023.

L1 Badge

L2 Badge

Digital pedestrian crossing signal with green walking figure.
A small black and gray electronic device with a red light, two mounting holes, and the label 'LKA' on the front.

Tesseract anchors allow RTLS tracking indoors with the badges. The L2A has added feautures such as atmospheric sensors and an LED display.

L2 Anchor

L1A Anchor

Military personnel and personnel working inside an aircraft hangar, with a large piece of equipment on wheels outside. The scene is illuminated by sunlight coming through the hangar's open entrance.

PRISM

TRACKING SENSORS

Tesseract’s tracking system revolutionizes equipment management both indoors and outdoors. Utilizing PRISM asset trackers and anchors, our system pinpoints equipment locations with up to 20 cm accuracy indoors and 3 meters outdoors.

  • Real-time Tracking

  • Maintenance Monitoring

  • Personnel Coordination

  • Direct Communication

  • Enhanced Situational Awareness

A close-up of a modern electronic device with a camera lens, a fingerprint scanner, and various symbols and labels on its black surface.
A compact medical device with a gray front panel and a small digital display showing a cross icon, mounted on a black case with a handle on top.

L3T Tracker

L1N Asset Tracker

An agricultural field at night with various sensors and equipment labeled, including TNet Field Sensors, a Tesseract Seedling Drone, a Harvester equipment, and a gateway, illustrating a farm's data collection and transmission system powered by Agrilink and Tesseract synthesis.
An agricultural field at night with various sensors and equipment labeled, including TNet Field Sensors, a Tesseract Seedling Drone, a Harvester equipment, and a gateway, illustrating a farm's data collection and transmission system powered by Agrilink and Tesseract synthesis.

PRISM

TNET BASE STATION

A close-up view of a small satellite with a solar panel labeled 'Assurity' and an antenna deployed.
A close-up view of a small satellite with a solar panel labeled 'Assurity' and an antenna deployed.

TNet creates a local mesh network for secure communications to transfer sensor data and locations. This allows the PRISM hardware, such as the Tesseract sensors, to send data to MOSAIC, which is part of a software platform, Tesseract Synthesis. Multi-mode identity reading

  • Base Gateways: Provide extensive coverage across broad and remote locations

  • Energy Efficiency: PRISM devices consume minimal power, enabling long-term operations without frequent battery replacements

  • Scalability: The network can support a large number of devices, allowing for future expansion as needed.

  • Security: Includes robust encryption standards, ensuring secure data transmission across the network

Rooftop solar energy system with solar panels and drone on a city building under construction.

PRISM

TESSERACT NODE

The Tesseract NODE™ is a self-contained access control hub for any site location that needs secure entry and exits — easily deployed, integrated with flexible security levels, and built for extreme environments. Inbound and outbound card readers

  • Climate-controlled interior

  • Full IoT hub with LTE communications

  • Works with generator or line power

  • Full-height turnstiles or reinforced doors

  • Solar panel capability

Person holding a multi-tool or device against a metal scaffolding structure in a gym or construction area.

PRISM

TESSERACT NODE.GS

A beige modular container with two white-framed windows, security cameras, and a vertical sign that reads 'TESSERACT Prisma Access Control' located on a parking lot with American flags in the background.

The Tesseract NODE.GS is a tech-enabled, secure guard station with long-range identity capture for active vehicle entry points. Long-range card read antennas

  • Long-range card read antennas for vehicle access control

  • Climate-controlled inside

  • Full IoT hub with LTE communications

  • Works with generator or line power

  • External lighting and cameras

A mobile radar system on a beige container in a dry, cracked field with helicopters flying in the distance against a clear sky during sunset.

PRISM

TESSERACT NOMAD

NOMAD™ is a rugged, 20-foot container unit engineered for low-overhead autonomous operations in the field. It is equipped with hybrid power and resilient connectivity, it safely manages and deploys STRIKER UAS using onboard intelligence. Expanded by specialized operational modules, the system delivers a complete, real-time tactical overview of ongoing missions.

  • Remote Launch Operations: Powered cassette system controlled through Site Manager

  • Organic Mission Infrastructure: Integrated power and edge compute

  • Expeditionary Mobility: Container-based architecture for rapid intermodal transport.

  • Modular Architecture: Interchangeable cassette trays across compatible Tesseract platforms

  • Reduced Operator Burden: Centralized management of aircraft and launch infrastructure

  • Maintenance Bay: Internal workspace for payload swapping

  • The Magazine: Automated racking system for storage, conditioning, and charging.

Three robotic drones mounted inside a rectangular frame, viewed from below, against a black background.

PRISM

TESSERACT NOMAD.LT

Autonomous delivery robot with green indicator lights, labeled 'TesseraCT', parked on an asphalt surface near a chain-link fence with barbed wire, in front of a building and an observation tower at sunset.

Tesseract NOMAD.LT is a highly portable, lightweight unit that houses, manages, and deploys up to six 7" STRIKER UAS, which is three UAS per tray. Equipped with hybrid power, onboard intelligence, and rugged connectivity, it supports low-overhead, autonomous operations. With mission-specific modules, NOMAD.LT delivers a real-time operational view.

Autonomous vehicle with drones on a desert landscape with mountains in the background, branded with TESSERACT.

PRISM

TESSERACT HIVE1

HIVE1 is a trailer-based, expeditionary deployment platform that integrates organic power, edge compute, and a remote-controlled launch system to support up to six STRIKER UAS at the tactical edge. Managed through the Tesseract Site Manager, it allows military units to rapidly position, launch, and sustain distributed drone operations closer to the point of need with minimal personnel and infrastructure.

  • Multi-Aircraft Capacity: Supports up to six STRIKER UAS

  • Remote Launch Operations: Powered cassette system controlled through Site Manager

  • Organic Mission Infrastructure: Integrated power and edge compute

  • Expeditionary Mobility: Trailer-based architecture for rapid repositioning

  • Modular Architecture: Interchangeable cassette trays across compatible Tesseract platforms

  • Reduced Operator Burden: Centralized management of aircraft and launch infrastructure

PRISM

TESSERACT FORGE

Futuristic scene showing a military-style container labeled 'FORGE' with the logo 'TESSERACT,' set in a high-tech facility with advanced robotics and equipment.

The Tesseract FORGE revolutionizes on-demand manufacturing by delivering automated systems for the rapid production and deployment of mission-ready drones and sensors. Designed to meet the diverse and rigorous needs of defense and agriculture, it empowers operational adaptability, enhances precision farming through advanced, autonomous fabrication.

  • Automated Drone Fabrication: On-site 3D printing, assembly, and programming tailored to mission-specific requirements.

  • Integrated Data Management: A built-in comms center for drone deployment, monitoring, and data analysis.

  • Rapid Maintenance and Repair: An on-site repair shop for drones and payloads, ensuring minimal downtime.

  • Modular Design: A shipping-container-sized system for easy deployment to remote or austere environments.

  • Versatile Applications: Applicable across military, agriculture, and disaster relief operations, offering unprecedented flexibility.

Person wearing a yellow safety vest, holding a smartphone with a digital ID or passport displayed on the screen.

PRISM

SITE CAPTURE BADGE

The Site Capture Badge is a one-click device that captures high-quality photos and data from a user’s vest. It uses a location QR code and a configurable timer for accurate, automated data collection. All information is automatically uploaded by Site Capture Edge for storage and analysis.

This system revolutionizes photo uploads by using a location QR code to pinpoint each photo’s exact position on a digital map, organizing them by Zone. A new timeline feature allows users to browse images chronologically for any location. Site Capture helps you collect site data faster and more accurately, all in one platform. You get real-time insights into productivity and project progress.

A digital driver's license featuring a photo of a man with short brown hair and a serious expression, the name John Smith, issued date November 7, 2025, and a QR code.

PRISM

WIRELESS FIELD SENSOR

A laser-guided device in a grassy field pointing at a barn in the distance with a laser beam projected through the sky.

Tesseract field sensors give farmers a complete, real-time picture of their operation by seamlessly pairing wireless-enabled equipment across the entire farm. Powered by high-capacity solar cells and built with a quick-connect, hot-swappable ground stake for flexible temporary or permanent installation, these sensors capture vital data on soil moisture, air temperature, nutrients, light, and pest risks.

Tesseract AgriLink brings your fields to life by connecting a complete network of field sensors into a real-time dashboard. Instantly monitor and automate responses to changing conditions using live data on soil moisture, air quality, nutrient levels, light intensity, and leaf wetness—paired with AI cameras that detect pests and disease early. Transform complex field data into smart, proactive farming.

A drone is flying in the sky over a field with green foliage, with a car and a weather station or sensor in the background.

PRISM

AG SAMPLING DRONE

The AG Sampling drone modernizes field practice validation by delivering a modular, field-ready aerial platform to rapidly collect contamination-free leaf samples. Designed specifically for agronomists and researchers, the system dramatically reduces manual labor while expanding sampling coverage and allowing precise targeting based on elevation, soil type, and crop hybrid. By radically augmenting the entire workflow—from targeted extraction to on-site labeling and storage—it enhances overall data quality and establishes a uniform, high-throughput standard for modern agronomic research.

  • Faster Data Collection: Automates a traditionally manual process, reducing time spent in the field.

  • Consistent, Contamination-Free Sampling: Standardized blade mechanism and sealed cartridges ensure reliable results.

  • Improved Traceability: RFID-tagged samples are automatically linked to precise field locations.

  • Reduced Labor Burden: Requires fewer hands, enabling agronomists to focus on analysis rather than collection.

  • Scalable for Trials: Easily repeatable process supports high-volume R&D and large plot studies.

PRISM

POLE SENSOR TRACKING SYSTEM

A worker installing or maintaining a solar power system on a wooden utility pole using a cordless drill, with a solar panel mounted on the pole, in a rural outdoor setting.

Designed around a distributed Gateway + Node architecture, this unit aggregates data traffic from local pole-mounted sensors via a long-range wireless concentrator and backhauls it directly to the Tesseract Site Manager software using cellular or satellite connectivity. By shifting high-cost shared hardware, optional weather instrumentation, and heavy power requirements to strategic gateway locations, the surrounding pole nodes remain exceptionally compact and energy-efficient. Each rugged, weatherproof gateway is powered by an off-grid system typically featuring a 100–200 W solar array paired with up to 1.2 kWh of LiFePO4 battery storage, customizable to meet specific link budgets, low-temperature demands, and multi-day no-sun autonomy requirements.

Diagram of a pole sensor system for pole tilt monitoring, showing left tilt, upright, and right tilt positions with measurements of angles and pole movement relative to the ground.
A worker in a safety vest and hard hat walks along a residential street with power poles, while a solar-powered device attached to a utility pole connects to the mesh network and internet cloud, with graphic overlays illustrating network signals.