Embedded Expert for Tactical Night Vision HUD Development

A European startup specializing in defense technology had developed a prototype night vision-enabled tactical HUD designed to integrate with soldiers’ helmets, providing real-time data overlays in low-light conditions.

The system combined image intensification and thermal imaging to enhance situational awareness during night operations.

Key Facts :

Stage: Prototype ready for field testing

Team: 15 members, including engineers and UI/UX designers

Capital Raised: €4 million in Series A

Objective: Validate the HUD’s performance in real-world scenarios and prepare for military procurement processes

Objectives :

Despite successful lab tests, the startup faced challenges in:

• Ensuring the HUD’s usability under combat stress
• Integrating the system seamlessly with existing military gear
• Meeting the stringent requirements of defense procurement standards

RedForge Intervention :

RedForge embedded a seasoned special operations veteran into the startup for a 60-day period. The expert’s mission was to:

• Assess Operational Viability: Evaluate the HUD’s performance during simulated night missions, focusing on usability, durability, and integration with standard military equipment.
• Provide Tactical Feedback: Offer insights into the system’s functionality from a soldier’s perspective, identifying potential improvements in design and interface.
• Facilitate Procurement Readiness: Assist in aligning the product with military procurement standards, including documentation and field testing protocols.

We deployed :

• 2 RedForge operators with combat experience
• Tactical scenario: low-light, GPS-denied, wet terrain, and physical movement with full gear

Findings & Metrics :

• Latency: A noticeable delay in data overlay updates during rapid movements, potentially hindering real-time decision-making.
• Interface Complexity: The HUD’s interface was deemed too complex for quick comprehension under stress, necessitating a more intuitive design.
• Integration Issues: Challenges in mounting the HUD securely on various helmet models, affecting stability during operations.

Outcomes :

Post-intervention, the startup implemented several enhancements:

• Optimized Software: Reduced latency by 40%, ensuring real-time data updates.
• Redesigned Interface: Simplified the HUD’s UI, focusing on critical information display and ease of use.
• Improved Mounting System: Developed a universal mounting solution compatible with standard military helmets.

Results :

• Successful Field Trials: Positive feedback from military personnel during subsequent testing phases.
• Increased Investor Confidence: Secured an additional €2 million in funding to support further development and scaling.