CerbAir

COMPELLING CPS 33

Anti-drone security solutions offering detection, characterization, and neutralization technologies to protect airspace.

Montrouge, France·Founded 2015·~35 emp·PRIVATE · cerbair.com ↗ ↓ JSON ↓ MD
Researched 2026-02-18 ● Current
CerbAir — robotics.press intelligence card

CerbAir is a technically credible French RF-based counter-UAS specialist with validated deployments across defense, security, and industrial customers in 14+ countries, anchored by blue-chip references including the French Navy, Naval Group, Airbus, and MBDA as a strategic investor. However, its small scale (~35 employees, ~$8M total funding, €1.67M last disclosed revenue in 2019), modest capital base relative to well-funded competitors, and lack of financial transparency create meaningful execution risk in a rapidly consolidating C-UAS market projected to reach $6.75B by 2030. The vehicular (Centigon) and naval platform integration pivots represent potential step-change catalysts, but remain unproven at scale.

Moat NARROW

- Passive RF detection expertise validated by French defense/security institutions with multi-year operational deployments - C2 integration maturity endorsed by Naval Group for multi-layer detection architectures - MBDA strategic investment providing defense ecosystem access and credibility - French sovereign defense supplier status with references across Ministry of Justice, Marine Nationale, and 2e RIMA

Management ADEQUATE

Leadership details are not publicly disclosed in available sources, limiting direct assessment. However, organizational signals are positive: TechnoFounders venture studio origin, MBDA strategic backing, field-centric culture evidenced by customer testimonials praising pragmatic solutions and hands-on support, and willingness to demonstrate capabilities publicly with frontline military units (2e RIMA on national TV). The team appears technically competent and operationally grounded but unproven at scaling beyond SME stage.

Financials OPAQUE
Bull Case

Strong French institutional validation: deployed with Marine Nationale, French Ministry of Justice, Naval Group, and Airbus — credible anchor customers that de-risk technology claims

MBDA as strategic investor creates potential teaming, distribution, and M&A pathways with a major European missile/defense prime

Passive RF ('non-emissive') detection is a genuine operational differentiator for covert operations, spectrum-congested environments, and regulatory compliance — praised by multiple customers for low operator burden

Centigon armored vehicle partnership addresses a high-urgency gap (convoy protection against FPV/kamikaze drones) validated by Ukraine conflict lessons, with clear export potential

Reported selection for new French naval vessel C-UAS program would represent a multi-year programmatic revenue anchor and maritime qualification milestone

C-UAS market growing at 23% CAGR to $6.75B by 2030 provides strong secular tailwind even for niche subsystem providers

Bear Case

Very small scale: ~35 employees and only €1.67M disclosed revenue (2019) — no updated financials available, creating significant visibility gaps on growth trajectory

Total funding of ~$8M is modest compared to competitors like DroneShield (public), Dedrone (acquired by Axon), and D-Fend Solutions (~$50M+ raised), limiting R&D pace and delivery capacity

RF-only detection has inherent limitations against autonomous/GNSS-independent drones, encrypted links, and RF-silent threats — requires partner sensors for full-spectrum coverage

Jamming is tightly regulated in most civilian jurisdictions, constraining the addressable market for neutralization capabilities outside defense contexts

Intense competitive pressure from defense primes (Thales, Saab, Leonardo) bundling multi-sensor C-UAS solutions that could marginalize specialist RF vendors in large procurements

2023 debt financing from La Banque Postale suggests working capital constraints typical of defense SMEs navigating long procurement and payment cycles

Key Risks

No updated revenue disclosure since 2019 (€1.67M) — current financial health and growth trajectory are opaque

Threat evolution outpacing RF-only detection: FPV drones with frequency hopping, encrypted links, and autonomous navigation could erode detection efficacy without continuous R&D investment

Regulatory barriers to jamming deployment in civilian/commercial markets limit revenue diversification beyond defense

Dependency on French defense procurement cycles and government authorization for export of electronic warfare technology

Scale mismatch: large naval/vehicle platform programs require supply chain robustness, working capital, and field engineering capacity that may strain a 35-person organization

Consolidation risk: better-capitalized competitors or primes could replicate RF detection capabilities or acquire competing specialists, compressing CerbAir's market position

Catalysts

Official confirmation and contract award for French naval vessel C-UAS program — would validate maritime qualification and provide multi-year revenue visibility

First deliveries of Centigon vehicle-integrated C-UAS kits — proof of repeatable platform product with export potential

Potential strategic growth equity round or acquisition interest from MBDA or another European defense prime

Expansion of FPV counter-drone capabilities driven by Ukraine conflict lessons creating urgent NATO-wide procurement demand

French/EU defense spending increases under current geopolitical environment accelerating C-UAS procurement timelines

Irreplaceability 3
Market Weight
Tech Differentiation
Operational Deployment
Strategic Momentum
Ecosystem Influence
Coverage Necessity
Fin. Valuation
Fin. Revenue
TypeStandard Research
Published2026-02-18
Length4,416 words · 18 min read
Sources32 sources cited

Generated by automated research. Cross-reference with primary sources before investment decisions.

CerbAir RF Jamming/Neutralization System Fixed · FIELDED
└─ Multi-band, protocol-aware RF jamming system for neutralizing hostile drones by disrupting control links or navigation. Supports multiple jamming modes across analog and digital video and control links. Neutralization performance confirmed as 'more than satisfactory' by Marine Nationale (French Navy). Detection and jamming capabilities validated as consistent with pre-deployment tests by French Ministry of Justice. Supports selective jamming modes to reduce collateral interference inferred from customer satisfaction across diverse operational settings. Regulatory approvals required for employment in most jurisdictions, particularly civilian contexts.
CerbAir Maritime/Naval C-UAS Solution Fixed · LIMITED
└─ Navalized RF detection and jamming system designed for integration aboard French naval vessels. Addresses maritime-specific RF propagation, environmental hardening, and multi-layer C2 integration requirements. Naval Group testimonial confirms CerbAir RF solutions are 'easily integrable into a C2 for multi-layer detection' and described as 'versatile, cost-effective, and accessible.' Reported by C-UAS Hub (via Battle-Updates, November 19, 2024) as selected for new French naval vessels; this is a secondary-source report and pending direct official confirmation from the French Navy or CerbAir. Maritime deployment imposes unique RF propagation, environmental hardening, and OEM collaboration requirements.
CerbAir Vehicular C-UAS Kit (Centigon Partnership) UGV · LIMITED
└─ Vehicle-mounted RF detection and jamming system integrated with armored vehicles for convoy and VIP protection. Provides an 'invisible armor bubble' against kamikaze drones through vehicle-integrated detection and countermeasures. Strategic partnership announced with Centigon France, a provider of armored vehicles, to protect armored vehicles and convoys against the growing threat of drones. Described as adding an 'invisible armor bubble against kamikaze drones.' Targets a productized vehicular C-UAS kit segment, analogous to soft-kill active protection systems. Addresses a growing procurement priority driven by prevalence of drone-borne IEDs and loitering munitions in conflict zones. Potential for standardized kits for domestic French users and export into regions with active counter-insurgency and border security needs.
CerbAir Ruggedized Operator Console Fixed · FIELDED
└─ Hardened command-and-control console for deployed field units, featuring ergonomic interface design and low operator burden. Integrates RF detection and jamming control with multi-layer C2 architecture. Validated in operational deployment by French Ministry of Justice, which reported multi-kilometer drone detections and described the console's autonomy, interface ergonomics, and low need for human action as 'a major plus.' Ministry also noted receipt of real follow-up from CerbAir teams, including technician visits for software updates, indicating hands-on post-deployment support model. Hardened construction implies environmental resilience for field-deployed units.
CerbAir Passive RF Detection and Characterization System Fixed · FIELDED
└─ Non-emissive RF detection and characterization system for identifying drone remote-control uplinks and telemetry downlinks across common UAS bands. Provides multi-kilometer detection range with automated classification and operator workflow support. Core non-emissive architecture provides a compliance and operational security advantage by not radiating energy, making it suited for covert operations, spectrum deconfliction, and congested RF environments. Performance of several kilometers is consistent with RF line-of-sight detection of remote controller or telemetry signals under favorable conditions; real-world performance varies by terrain, clutter, transmit power, and drone link characteristics. Signal classification libraries support identification of common UAS control and telemetry bands. Validated by French Ministry of Justice and Naval Group. Naval Group specifically highlighted ease of integration into multi-layer C2 systems alongside radar and EO/IR layers.
CerbAir FPV Counter-Drone System Fixed · FIELDED
└─ Specialized RF detection and jamming system optimized for first-person-view (FPV) drone threats. Includes evolved signal libraries and jamming profiles for FPV analog/digital video and control links. Demonstrated in a trench-protection scenario with the 2nd Marine Infantry Regiment (2e RIMA) on a national France Télévisions broadcast ('C dans l'air' program), circa late 2025. FPV drones represent a high-growth threat vector in modern conflicts due to their speed, maneuverability, and low radar cross-section. Countering FPV requires rapid detection, low-latency threat assessment, and agile jamming across analog and digital video and control links. CerbAir is actively tailoring signal profiles and jamming waveforms to FPV-linked bands. Continuous waveform adaptation will be necessary to keep pace with evolving FPV threat variants.
Lucas Le Bell CEO
Jean-Michel Aulas
Denis Gardin
CerbAir Contact
Neutralization L1
Direction finding L3 · RF Detection
Multi-sensor fusion L3 · Visual Detection
Visual Detection L2 · Detection
Autonomy & Software L1
C2 / Fleet Management L2 · Autonomy & Software
Drone signal detection L3 · RF Detection
Detection L1
RF Jamming L2 · Neutralization
Data fusion L3 · AI / Analytics
Protocol disruption L3 · RF Jamming
Threat classification L3 · AI / Analytics
AI / Analytics L2 · Autonomy & Software
RF Detection L2 · Detection
Signal classification L3 · RF Detection
Command and control L3 · C2 / Fleet Management
Spectrum analysis L3 · RF Detection
Smart jamming L3 · RF Jamming

News & Analysis

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