Agilica
CPS 21Ultra-wideband positioning system for GPS-denied environments. Used in defense, maritime, and robotics applications
Agilica occupies a technically credible niche in UWB-based complementary PNT for drone precision landing in GNSS-denied environments, validated by an ESA-funded feasibility study. However, the company is pre-revenue with no publicly disclosed paid deployments, undisclosed financials, limited leadership visibility, and significant commercialization risk tied to infrastructure-heavy go-to-market requirements.
ESA-funded feasibility study completed in mid-2025 validated both technical performance (sub-20 cm precision) and commercial viability of the AGL system, providing institutional credibility
Infrastructure-based UWB approach is differentiated for high-consequence, defined-area operations (maritime landings on moving vessels, indoor logistics) where vision-based and pure GNSS solutions are unreliable
Explicit interoperability with GNSS and Galileo High Accuracy Service (HAS) positions AGL as augmentation rather than replacement, aligning with the industry trend toward multi-sensor, high-integrity PNT stacks
Favorable market tailwinds: sustained investment in robust PNT evidenced by Qualinx €20M raise, ANELLO Photonics aerial INS launch, and Swift Navigation/NVIDIA integration — all in early 2026
Maritime and offshore energy sectors have acute pain points and existing budgets for safety-critical infrastructure, providing a willingness-to-pay anchor for infrastructure-based solutions
No publicly disclosed revenue, paid deployments, or named customers — the company appears to be at feasibility/pre-commercial stage with no verified real-world operational track record
Infrastructure-based model requires site-by-site CAPEX deployment of UWB anchors, creating adoption friction, long sales cycles, and capital intensity that could constrain scaling
Competitive substitution risk from rapidly improving GNSS+RTK/PPP corrections, advanced INS (SiPhOG), and maturing vision/LiDAR stacks that may reduce the need for dedicated ground infrastructure
Limited leadership visibility — only COO Bart Scheers is publicly identified; no disclosed CEO, CTO, board, or advisory bench, raising questions about organizational depth for safety-critical avionics and maritime certification
No disclosed equity financing beyond ESA grants; unclear runway and ability to fund multi-site pilot deployments and manufacturing scale-up
Regulatory uncertainty around whether EASA or maritime authorities will mandate or incentivize complementary PNT infrastructure for BVLOS and maritime drone operations
Pre-revenue status with no disclosed paid pilots or customer commitments creates binary commercialization risk
Infrastructure CAPEX per site may deter adoption unless unit economics are proven at scale and customers see clear ROI
Competitive displacement by improving GNSS corrections (RTK/PPP/HAS) and advanced INS could narrow the addressable market for dedicated UWB infrastructure
Regulatory timelines for BVLOS and maritime drone operations remain uncertain, potentially delaying demand for complementary PNT mandates
Undisclosed funding position raises questions about runway adequacy to reach revenue-generating deployments
Single-point-of-failure risk in leadership depth for a company pursuing safety-critical, multi-domain certification
First publicly announced paid pilot deployment in maritime or logistics with third-party validated performance metrics
Strategic partnership with a leading drone OEM or avionics supplier for native AGL integration
Equity financing round that validates external investor confidence and funds deployment scale-up
EASA or maritime regulatory framework referencing complementary PNT requirements for BVLOS or maritime drone operations
Expansion of team with disclosed CTO/CEO and domain experts in safety-critical avionics and maritime certification