Our navigation architecture is based on a proprietary interferometric model capable of detecting motion relative to a universal reference medium. This provides a potential pathway to:

• Absolute velocity sensing
• Drift-free positioning
• Robust operation in GNSS-denied environments
• Resistance to jamming, spoofing, and signal degradation
• Reduced reliance on external infrastructure
• Long-duration and deep-space navigation beyond Earth-centric reference systems

Ameca’s small-scale laboratory demonstrations have shown repeatable and measurable signal responses consistent with the underlying theoretical model. These results form the foundation for prototype development and upcoming field-scale trials.

A technical validation summary is available to qualified investors.

Modern navigation systems rely heavily on GNSS infrastructure that is vulnerable to obstruction, degradation, and interference. Global demand for resilient, infrastructure-independent navigation spans several high-value sectors:

• Defence and aerospace
• Maritime and subsea operations
• Autonomous vehicle industries
• Robotics and industrial automation
• Space systems and deep-space missions
• Critical infrastructure resilience and national security

The total addressable market across these sectors exceeds several tens of billions of dollars annually. Strategic nations and commercial operators increasingly identify GNSS vulnerability as a priority risk requiring next-generation solutions.

Ameca is positioned at the intersection of physics innovation, national-level strategic demand, and commercial autonomy markets.

Ameca is developing a structured intellectual property portfolio covering:

• Core physical detection principles
• Interferometric architecture
• Signal processing frameworks
• Navigation algorithms specific to Ether-referenced motion
• System integration methods for aerial, maritime, land, and space applications

A comprehensive IP roadmap is maintained to ensure long-term defensibility.

Phase 1 – Completed

• Validation of Ether-navigation principle in small-scale controlled experiments
• Establishment of repeatability across test configurations
• Initial analytical model and calibration framework

Phase 2 – In Progress

• Engineering of full-scale prototype sensor
• Stability, noise, vibration, and thermal tolerance refinements
• Integration of early-stage signal processing pipeline
• Expansion of experimental dataset and independent laboratory replication

Phase 3 – Upcoming

• Prototype field trials in GNSS-denied and mixed environments
• Defence, aerospace, and maritime pilot engagements
• Manufacturing feasibility studies
• Pre-commercial specification development

Ameca is currently raising its Seed round to accelerate:

• Prototype engineering
• Expansion of experimental validation
• Formal pilot engagements
• IP protection across additional jurisdictions
• Recruitment of senior engineering talent
• Hardware development, testing infrastructure, and simulation capabilities

This Seed round is designed to bring the company from validated principle to full-scale prototype demonstration and early customer commitments.

Pre-money valuation guidance is available to qualified investors upon request. Valuation figures are not published publicly to preserve regulatory, strategic, and competitive integrity.

Investors gain access to a deep-tech opportunity with the following attributes:

• Demonstrated breakthrough in navigation science
• Multi-sector commercial relevance
• High strategic value in defence, aerospace, and national security
• Strong IP moat with long-term defensibility
• High-margin hardware and licensing opportunities
• Potential to create a new navigation category independent of GNSS constraints

Ameca is positioned for high-growth potential once prototype performance is demonstrated at operational scale.

Qualified investors may request access to:

• Technical validation summary
• Data room (pitch deck, IP overview, modelling, experimental data)
• Prototype development plan
• Commercial and partnership roadmap
• Valuation guidance and round terms

To request access, please contact:

investors@ameca-co.com

or use the secure contact form below.