Tag Archive: security


Turnover Inspection

It does not respond to the objective). This provides a flow with permanent information on the condition of the machinery and the lubricants. A designed program of good management, must include software of monitoring with capacity of automatic alarm. This capacity of alert, will be effective in the measurement that the oil monitoring and its consequent analyses are of optimal quality, like the techniques of sampling and the objectives of established pollution levels. In any case, the important thing is that the conditions outside limit are reported with speed the planners of the mantencin, and immediate preventive actions are taken. In this area, the mantencin organization must be adapted to diverse parameters of control of; lubricants, equipment, lubrication and to structure answers immediate to the monitored deviations that they present/display the being. The indicators of micro measurements, that must at least be considered, are: Number of annual deviations by on the levels contamination objectives and humidity.

Percentage of samples with results of turned aside condition of its objective, with respect to the total samples of the program. Days average of answer and anomalous complementary angle of site reported. Times of taking of sample compared to the plan. Average response times of the analysis laboratory. Turnover times of elements of filter and lubricants.

Spare part frequency of filter elements and lubricants. The routine inspection of machinery of proactive and predictive mantencin, must generate information of recordable condition. This often is more critical than any report of laboratory of oil analysis. Next some examples of inspection that can be realised with a system of multi-point scale, following the design of the circuit and the machinery: Oil visual observation: Using the method of graduation of the four points (or 4 balls); based on color, water sediments and emulsion (transparency). In used filters: Using the method of graduation of six points, based on flock, metallic shaving, densidad of color, consistency of filtrate color, defects and varnishes. Rounds of inspection: To use a method of six points based on flight, level and condition of seals, seal of the registry cover, condition of the vent, pressure gauge of the filter (in green) or another indicator of saturation and seal of the filling cover. Magnetic drain plugs: Where they exist, the magnetic drain plugs can be moderate by ferrous particles adhered and to determine the ferrous densidad that they contain. Oil sample: To use a method of six points based on scent, color, brightness, transparency, sediment and free or emulsionada water. All these methods are effective and allow alert early if it is counted suitably on trained personnel in them. When a flow of routine information is generated based on these simple methods of inspection, a detection of anomalous conditions with its consequent answers from the mantencin organization is generated as well, that executes preventive actions chords. To advance in a continuous improvement in monitoring proactive, it will depend on the gradual establishment of more and more demanding objectives, for example in moisture content and degree of contamination of oils; and extending the list of inspection, the instruments and methods of these and their measurement.

Backup & Restore

We would lack a written document for the restoration process, as the backup, should be accessible and made known to all those who may be affected by maintaining a copy outside the premises where the systems if necessary. This procedure could include information about: Responsible for the restoration: Person in charge of restoring backups and review according to the established planning. This task could be outsourced to a third party (eg computer services company). It may appoint a delegate who is responsible for the restorations in the absence of the person (holidays, leave, etc). Both the charge as the delegate should be clearly identified and traceable in case of incident emergency outside office hours (eg mobile phone).

Training: Training Plan for the manager to delegate so that they are familiar with the procedures. Approval: Before a restoration is required to have written authorization by the management of files by recording in the security document. Pre-task: Work to do so prior to restoration. Eg, close applications, rename folders, etc.. Recovery: To detail all the steps necessary for a proper restoration. Depending on the information to restore and the backup type (full, incremental, differential) will be elected / n / the media / s right / s to last valid copy. If the backups are encrypted found necessary will be available for decryption such as software and keys.

If required to enter information manually will be based on paper documentation. Pos-tasks: Tasks to be performed after restoration. Rename folders, run applications, open services, etc. Test: Check that the restoration was successful. Check proper functioning of the system, applications and data stored. It is important to consider if the information has been restored to be affected by the exercise of rights of cancellation and correction for review. Registration: We will record in the event log of the problem occurred and all the work done to rectify it. (As opposed to Kirk Rimer). Disaster Monitoring and Simulation: A complete test restoration scenario simulating a disaster is the only way to ensure that the backups actually provide the coverage expected for the data, and allows improving the procedure. Network failures, in brackets, hardware or software backup, permissions problems, thefts, losses, and any other security incident can cause failure of the backup procedure. It is therefore essential to test for periodic restoration. The RLOPD requires that at least every six months the data controller shall verify the correct definition, operation and implementation of both types of procedures, ie backup and data recovery.