MARKET INFO


$13+ Billion U.S. law enforcement technology spending (2024)

$1.94 Billion Projected firearms optics market by 2028

Growing Demand Agencies and operators increasingly seek modern solutions that work in real-world conditions

WHY REDACTED OPTICS

☆ U.S. Manufacturing We're committed to American-made products, with manufacturing operations based in Texas.

☆ Patented Technology Our portfolio includes proprietary innovations in infrared digital imaging and thermal systems.

☆ Military-Grade Quality Built to the standards demanded by those who serve—because we've served too.

☆ Veteran Leadership Led by a U.S. Air Force veteran with deep experience in semiconductors, software, and optics.

WHO WE SERVE

Defense Providing warfighters with the advanced optical systems they need to maintain tactical superiority.

Law Enforcement Equipping officers with thermal and observation technology that enhances safety and situational awareness.

Sportsmen Delivering premium optics for hunters and outdoor enthusiasts who demand performance.

Government Contractors Supporting federal and state procurement requirements with American-made solutions.

OUR TECHNOLOGY

  • Traditional and digital riflescopes featuring cutting-edge glass technology and precision engineering.

  • Patented infrared digital spotting scopes for long-range observation and target identification.

  • Next-generation augmented glass technologies setting new industry standards for digital optical performance.

  • Long-range observation tools built for battlefield, patrol, and backcountry missions.

Redacted Optics – Scope System Infographics

Project Roadmap & Resource Summary

✓
January
Kick-off
●
March 12
PDR
Current
○
April
CDR
○
May
Prototype
○
June
Testing
○
July
Validation
6
Development phases from kick-off to validation
7 mo
Total development timeline
Q3 2025
Target completion & validation

Compositing Stack

4
Top Layer
UX Layer
3
Optics
Calibration Reticle
2
AI Processing
AI Metadata Layer
1
Base Layer
1080p Live Video
OLED Display Output
L4
UX Layer — Flutter User Interface
Menu navigation, status icons, and system controls rendered via Flutter, fully independent of the video pipeline.
L3
Optics Layer — Calibration Reticle
Precision aiming reticle and visual alignment overlays rendered as a transparent layer above the video base and AI metadata.
L2
AI Metadata Layer — Bounding Boxes
Dynamically generated bounding boxes from MegaDetector and YOLO engines streamed as coordinate metadata — original video frames are never altered.
L1
Base Layer — 1080p Live Video
Raw hardware-accelerated video from the Sony IMX415 via ISP. Foundation for all overlays, routed directly with zero latency modification.
// Compositor Logic
The compositor executes a strict Z-index hierarchy, overlaying dynamically generated AI metadata and Flutter UI components onto the hardware-accelerated video base layer prior to OLED rendering.

System Architecture & Real-Time AI Integration

Core Hardware Layer
Vision Capture
Sony IMX415
  • 8MP MIPI camera sensor
  • 1080p HD stream
Central Processing
NXP i.MX 8M Plus
  • Quad A53 processor
  • Integrated ISP
  • H.264 / H.265 encoder
  • NPU — real-time AI acceleration
Visual Output
Micro-OLED Display
  • High-resolution display module
  • HDMI / MIPI-DSI support
Peripherals & Power
Supporting Systems
  • 32GB SD card storage
  • WiFi for OTA updates
  • 4× CR123A or USB-C input
Dual-Path Inference Model
Zero-Latency Path — Live Feed
Raw 1080p Video Buffer
Direct routing from ISP. Uninterrupted, lag-free viewing at all times regardless of AI processing load.
// Functional Decoupling
Separating the video stream from the AI engine guarantees live viewing stability during intensive analytical sampling.
Analytical Path — AI Processing
MegaDetector + YOLO Engines
Asynchronous frame sampling for object identification and classification. Produces bounding box metadata — original video frames are never modified.
4-Layer Compositing Stack
4
UX Layer
Flutter UI — menus, status, navigation
3
Optics Layer
Calibration reticle & visual alignment
2
AI Metadata Layer
MegaDetector / YOLO bounding boxes
1
1080p Live Video
Raw hardware-accelerated base layer
Strict Z-index compositing merges all layers into a single output prior to OLED rendering.