AIRPORT & TRANSPORTATION

There are approx. 1,000 international airports compatible with the activity of Kernelis Inc. Each of these airports should provide a high level of security and safety while still permitting a continuous flow of travelers, personnel and protection forces. An airport should also be financially controlled with a permanent focus on the economy of effort while optimizing the performance and the efficacy of its management system.

Protection of Airports (and other transportation terminals and/or stations) should combine a broad variety of items and modeling systems that are mainly found in the Software suite proposed by Kernelis. Hence, the consistency of the global solution is always perfect since all components of the suite can be operate in a seamless manner. The Risk Manager (airport, other…) does not have to care neither about the obsolescence nor about the relevance of the solution (since Software is validated); he just has to focus on maintaining the current implementation of his system.

CRUCIAL

MODULES

Resilience

Risk, Resilience & Reinforcement

Kernelis Resilience is by design perfectly adapted to control Risk and Resilience issues in the sector of aerial transportation and some of the major international airports have shown their interest for this technology. To demo the performance of the Software in this domain, Kernelis has developed a specific case study.

Descriptor

Automated Text Analysis, Linguistic Integration

With Kernelis Descriptor as a complementary standalone software, the organization can efficiently perform a contextual surveillance of the applicable requirements as well as the emerging threats.

VALUABLE COMPLEMENTARY MODULES

Exchange

Exposure Risk Assessment,

Thermal Balance Evaluation

Meshing

Automated Scan-to-CAD

Processing

Propagation

Explosion & Propagation

Modeling

Kernelis Exchange, Meshing & Propagation should be used to combine their specificities to address risk issues to the infrastructures. Level of exposure to accidental or malicious events such as explosion and dispersive phenomena can thus be rationally assessed. They can also be used to enhance the quality of the installation such as the acoustic and thermal comfort and/or efficacy.