Jamming / spoofing
Restricted in many jurisdictions, less effective against autonomous systems, and often unsuitable for densely regulated environments.
Early-stage technical venture
Non-kinetic aerial drone interception for regulated environments.
Soft Interceptor is being developed as a physical capture layer for scenarios where jamming is restricted, hard-kill is unsuitable, and controlled interception matters.
This page is intentionally concise. It is designed to verify venture identity, communicate positioning, and support early technical and partnership conversations.
Technical Concept
Physical Capture
Physical Capture
Solution
Controlled non-ballistic interception
Under development 2026
Problem
Urban drone threats require a response that is lawful, safe, and operationally credible. Existing methods often trade legal constraints for safety risks, or vice versa.
Hard-kill options
Introduce debris risk, escalation concerns, and operational constraints where controlled interception is required.
Operational gap
A need remains for a physical interception layer designed for regulated settings and reduced collateral risk.
Solution
Soft Interceptor is being developed as a non-kinetic aerial interception concept focused on physical capture rather than destructive impact.
Core positioning
- Persistent capture volume with no projectile or deployment mechanism.
- Non-ballistic interception concept for regulated environments.
- Controlled descent approach intended to reduce collateral risk.
- Designed for integration with existing C-UAS detection systems.
Communication discipline
- This page does not disclose detailed technical architecture.
- No unsupported performance claims are presented here.
- Technical validation materials are reserved for qualified conversations.
- Public messaging is intentionally narrow while IP strategy progresses.
Applications
Initial relevance is strongest where radio interference is constrained, collateral effects matter, and physical control is operationally valuable.
Airports
High-sensitivity environments where debris and interference constraints shape acceptable response options.
Critical infrastructure
Power, energy, logistics, and state facilities with elevated security requirements and regulated operating conditions.
Public safety & dual-use
Potential relevance for law enforcement, civil protection, and controlled defence-adjacent use cases.
Current status
The project is in an early validation phase. The purpose of this page is credibility and contact readiness, not public technical disclosure.
Validation stage
TRL 3–4
IP status
NL priority filed
Time reference
April 2026
Contact
For qualified discussions regarding technical review, licensing, validation pathways, or controlled partnership exploration.
H. Senel, MSc
info@senelco.nl