Lingacom provides passive muon‑based imaging systems that generate 3‑D density maps of underground structures and sealed containers without emitting radiation. Its borehole, flat‑panel and pipe detectors use sealed gas‑ionization technology and proprietary reconstruction algorithms to reduce drilling, lower inspection costs, and detect high‑Z threats for civil engineering, mining and security applications.
Funding
$1.1M raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Product
Problem
Current underground imaging relies on invasive drilling, limited-range sensors, or radiation-based scanners, which are costly, time‑consuming, and can miss concealed high‑density objects. Security screening of cargo containers and vehicles similarly depends on X‑ray or neutron systems that expose operators to radiation and struggle with heavily shielded high‑Z materials. These constraints hinder timely decision‑making in civil construction, mineral exploration, and homeland‑security contexts.
Solution
Lingacom delivers passive, radiation‑free detection platforms that exploit naturally occurring cosmic‑ray muons to image density variations underground and identify high‑Z substances in sealed containers or vehicles. The company designs and manufactures custom borehole, flat‑panel, and pipe‑type muon detectors that operate in sealed mode with a safe gas mixture and provide high spatial resolution. Proprietary 3‑D reconstruction algorithms process muon trajectories to generate volumetric density maps, enabling non‑destructive assessment of foundations, tunnels, dams, and mineral deposits. For security applications, the muon scanners complement existing portal radiation monitors and X‑ray systems, detecting shielded nuclear or radioactive threats without emitting radiation. All hardware is fabricated in‑house, allowing OEM white‑labeling, integration with client‑specific platforms, and worldwide deployment. The solution reduces drilling depth, lowers inspection costs, and shortens project timelines across civil, mining, and security sectors.
Target Audience
Primary customers include civil engineering firms and contractors responsible for tunnels, bridges, and dam foundations; mining and mineral‑exploration companies seeking large‑area subsurface mapping; and security agencies, ports, airports, and border‑control authorities that need radiation‑free detection of shielded nuclear or radioactive materials. Defense and military organizations with cargo‑inspection or vehicle‑screening requirements also constitute a key market segment.
Features
- Borehole muon detectors in multiple form factors (standard drill‑hole, pipe, and flat panels) for flexible deployment
- Gas‑ionization and electron‑multiplication detection technology operating in sealed, chemically stable gas mixtures
- High‑resolution 3‑D imaging algorithms that reconstruct density variations from muon trajectories
- Passive operation with no emitted radiation, enabling safe scanning of personnel‑occupied environments
- Seamless integration with existing portal radiation monitors (RPM) and X‑ray scanners for layered security inspection
- In‑house data processing pipeline and cloud‑ready analytics for rapid result delivery
- OEM white‑labeling program offering customization, branding, and technical support for global partners
- Scalable architecture that covers large underground volumes from a single detector, reducing drilling requirements