Risknowlogy / Servicios / Seguridad

Seguridad

"La seguridad cuesta dinero...". En realidad, no. Si cree que la seguridad es costosa, pruebe con un accidente. Investigaciones realizadas por Risknowlogy han indicado que un accidente cuesta aproximadamente de 8 a 10 veces su inversión.
Necesitamos cambiar la actitud corporativa con respecto a la seguridad y asegurarnos de que los administradores comiencen a tomar a la seguridad como un centro de beneficios. Sí, es posible. Si llega a comprender los temas relacionados con la seguridad de su producto, sistema o proceso, tendrá un conocimiento tan profundo que podrá cambiar y mejorar su producto, sistema o proceso para beneficio de todos. A largo plazo, hacer una inversión en seguridad siempre resulta ser una buena inversión, con un retorno de inversión (ROI) más alto de lo que pueda imaginarse.

Cuando se trata de la seguridad de sistemas, la seguridad funcional es la clave.
Risknowlogy es pionera en el campo de la seguridad funcional y su pericia en IEC 61508 y estándares relacionados es reconocida mundialmente.

Risknowlogy ofrece los siguientes servicios de seguridad (safety):

  • Servicios de ingeniería y conformidad según IEC 61508, 61511, 62061
  • Seguridad de hardware, software y sistemas, ingeniería y análisis
  • Verificación, validación, auditorías, valoración y juzgamiento (assessment) independientes
  • Gestión de la seguridad funcional
  • Valoración y juzgamiento (assessment) de la seguridad funcional
  • Análisis y verificación de SIL
  • Cálculos de confiabilidad en sistemas de seguridad
  • Análisis de Disparos En Falso

Functional Safety Management

Functional safety is an industry that deals with the correct functioning of a safety related system under all circumstances. Correct functioning depends, not only, on the physical safety product itself (hardware and software), but even more so, on the way it was allocated, build, installed, operated and maintained. No matter how good or automated safety products will be in the future, achieving safety is and will primarily be an organizational issue. Only if your organization has an established a safety culture it will be able to achieve functional safety in all aspects of its business.

Proven In Use

The purpose of this service is to give industry the means to prove and select Proven In Use components as specified by the IEC 61508 and 61511 standards. The IEC 61508 standard states that if a subsystem is regarded as proven in use then information regarding the measures and techniques for the prevention and control of systematic faults is not required. This is a of course a big incentive for manufacturers to show that their product is Proven In Use. But can end-users always trust the statements of product manufacturers? Risknowlogy is here to help.

Failure Modes and Effects Analysis

Failure Modes and Effects Analysis (FMEA) is an hazard analysis method that helps you identify and resolve potential problems in any lifecycle phase of products and processes. The structured approach of an FMEA makes it an easy to use methodology and valuable tool. It is applied in the automotive, consumer electronic, aerospace & defense, and general manufacturing industries. Variations of FMEA are FMECA, FMECrA, FMEDA, and more.

Functional Safety Data Sheet®

A functional safety data sheet (FSDS) is a certificate expressing an independent review by Risknowlogy about the functional safety properties of your product according to standards like IEC 61508, 61511, or 62061. An FSDS is an excellent independent verification service for suppliers to demonstrate to end-user that their product is compliant with the applicable standards.

Spurious Trip Level®

A spurious trip level(tm) is an independent review by Risknowlogy of the probability of fail safe of a safety product, loop or system. At Risknowlogy we understand that end-users care as much about safety availability as they do about process availability. The spurious trip level(tm) is an excellent service for product suppliers and end-users to demonstrate that their safety products, loops and systems achieve a low enough spurious trip rate.