Software like Ecamm Live (Mac), Vmix (PC), SparkoCam (PC) have compatibility with select Nikon cameras via USB and can seamlessly connect to streaming applications like Zoom, WebEx, Twitch, Facebook Live and others. Note: Third-party software may incur a charge from the software manufacturer. IncidentXP is our preferred incident analysis software suite which allows you to use the most proven and globally used incident analysis methods, like Tripod Beta, BFA (Barrier failure Analysis), RCA (Root Cause Analysis), Kelvin TOPSET, BSCAT (Barrier-based Systematic Cause Analysis Technique).
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IncidentXP is an incident analysis software product which uses the same software framework as BowTieXP. This makes it possible to link incident analysis information to risk assessment information. However, IncidentXP can also be used as full-fledged stand-alone incident analysis tool.
The software is designed to learn from all incidents that have occurred in your company. The type of incidents may range from process deviations, to near misses, to small incidents, to major accidents. And the incidents can relate to both Process Safety and Personal Safety.
Why IncidentXP?
Learning from incidents is a challenge for most organizations. One of the biggest reasons for this is that the analysis performed on the incident does not provide an adequate basis for high quality recommendations which will change the organization for the better while still being realistic. IncidentXP will assist you in making recommendation focused on a specific barrier or on the organizational level (basic risk factor level).
Only using incident analysis is not enough. Bowtie risk assessment can be used to check if the investigation covered everything that was supposed to be done before we finalize an incident analysis. Additional, the incident analysis results should link back to the risk assessment to aggregate and detect trends across incidents. By providing both risk assessment (BowTieXP) and risk monitoring (IncidentXP) we close the circle of Deming (plan-do-check-act) within 1 software framework.
Tripod – Beta
Combination tripod grip and remote control included 4K 30P/ FHD 120P video Use the EOS Utility Webcam Beta Software (Mac and Windows) to turn your Canon camera into a high-quality webcam, or do the same using a clean HDMI output. Video capture resolution: 4K DCI 2160p Viewfinder type: Tilting LCD.
Tripod Beta download, software, free downloads. Tripod Beta Download shareware, freeware, demos: Mail Notifier Beta by DanielNET Software, Evasion7 download by builtapps, Opera Next beta by Opera Software etc.
Tripod Beta software, free downloads - 2000 Shareware periodically updates software information and pricing of Tripod Beta Software from the publisher, so some information may be slightly out-of-date. You should confirm all information before relying on it.
The tripod method is a way of conducting incident analysis. It is mostly used for high risk, complex incidents, since it is a very extensive and detailed method. Training is highly recommended when using the tripod method.
A Tripod Beta tree is built in three steps. The first step is to ask the question: ‘what happened?’. All the events that happened in the incident are listed as a chain of events. The next step is to identify the barriers that failed to stop this chain of events. The question that is asked in this step is: ‘How did it happen?’. When all the events and the failed barriers in between are identified, the reason for failure of these barriers is analyzed. The last question for this step is: ‘Why did it happen?’. For each of the failed barriers a causation path is identified.
Tripod Beta Method
The tripod method is a way of conducting incident analysis. It is mostly used for high risk, complex incidents, since it is a very extensive and detailed method. Training is highly recommended when using the tripod method.
A Tripod Beta tree is built in three steps. The first step is to ask the question: ‘what happened?’. All the events that happened in the incident are listed as a chain of events. The next step is to identify the barriers that failed to stop this chain of events. The question that is asked in this step is: ‘How did it happen?’. When all the events and the failed barriers in between are identified, the reason for failure of these barriers is analyzed. The last question for this step is: ‘Why did it happen?’. For each of the failed barriers a causation path is identified.
All the items that appear in the Tripod Beta method are explained in more detail below.
1. What happened?
First it needs to be identified what happened during the incident; what events occurred. This is the core of the tripod diagram and is represented with three shapes, the head ‘trio’. These three elements are:
Event
Hazard
Object
The trio can be explained as an AND gate, both the Hazard and the Object need to be present for the Event to occur. The Hazard acts on the Object to change its state or condition that is described as the Event. In a tripod tree there can be multiple trios. Hazards and Objects can form new Events.
Event
In the tripod theory an Event is a happening, a ‘change of state’, whereby an object is affected by a Hazard. All events may cause potential injury, damage or loss. Examples of events are:
Cut in a finger
Car collision
A failed money investment
Hazard
A Hazard is an entity with the potential to change, harm or damage an object upon which it is acting. Hazards can be a physical energy source or can have a more abstract nature. Examples of a Hazard are:
Working on height
Explosive material
Economic crisis
Object
The Object is the item that is changed by the Hazard. The Object can be someone or something that is harmed, changed or damaged. Examples of Objects are:
Employee
IT system
Environment
2. How did it happen?
Barriers
The second step in the tripod analysis is to analyze how the incident could have happened by identifying the failed barriers. Quicklinks 2 4 1 download free. The barriers can be placed between the Hazard and the Event and between the Object and the Event. To identify these two types of barriers two questions are asked:
What Barriers should have prevented the exposure to the Hazard?
What Barriers should have protected the Object from the Hazard?
A Barrier is something that should prevented the meeting of an Object and a Hazard. It protects people, assets, environment from the negative consequences of a Hazard. Barriers can have their effect on the Hazard (e.g. insulation) or the Object (e.g. PPE). In a Tripod analysis a Barrier can be qualified as failed, missing or effective.
3. Why did it happen?
The last step is to identify why the incident happened; what caused the Barriers to fail. To analyze this we follow a certain pathway, called the ‘Causation Path’. The causation path consists of three items:
Tripod Beta software download, free
Immediate Cause
Precondition
Underlying Cause
Immediate Cause
The Immediate Cause explains the human act that directly caused the Barrier to break. The Tripod method is based on the Human Error theory. This theory states that incidents happen when people make errors and fail to keep the barriers functional or in place. These errors are Immediate Causes. Examples of Immediate causes are:
Tripod Beta Software
Neglecting to wear PPE
Wrong design decision
Inappropriate use of tools
Precondition
The Precondition is the environmental, situational or psychological ‘state’ in which the Active Failure takes place. It explains the context of the human error and it provides the control breaching capacity of the Active Failure. This can be related to supervision, training, instructions, procedures, etc. Examples of Preconditions are:
Bad sight
Budget squeeze
Poor ergonomics of tools
Underlying Cause
Underlying Causes are the organizational or systemic deficiencies that create Preconditions. The Underlying Cause acts on a system level, it always involves the organization. A Underlying Cause is not incidental, but is present for a longer time; it is an underlying failure. Examples of Underlying Causes are:
Inadequate training
Failure to identify hazards
Imbalanced budgets
Computer-assisted investigation tools have increased in number, variety and complexity in the last 15 years. I initiated this page in the Spring of 2007 to create a dynamic listing of investigation-support software in which investigation process researchers might be interested. The software reflects the underlying investigation concepts, principles and procedures of the creators, and thus provides insights into those underlying ideas, as well as their role in the investigation processes. This list is not represented to be exhaustive; additions will be posted as soon as I find out about the software, so if you know of any that is being marketed or used, please send me the reference so I can post it.
The reference here to any investigation software should not be interpreted as an endorsement for any software provider, package or use for the investigation process. Feedback from users is of course invited for the Review>Tools section.
Software offerings are listed in alphabetical order. Please respect the proprietary rights and interests of those supporting commercial investigation products. The characterizations are mine: vendors are requested to bring any mischaracterizations to my attention and I will correct them.
Trial versions, when available, are so noted.
AI Toolkit This is an example of one of many motor vehicle accident investigation and reconstruction software packages, not all listed here. See also The Accident Investigators Software Tracer site for more road accident investigation software links.
Investigation Catalyst Investigation Catalyst is investigation support software to help investigators fully describe and explain incidents, and develop remedial behavior changes. Software trial application download with self-instruction tutorial and guide available. Supports multilinear events sequencing-based investigation system technology and outputs.
Kelvin TOP-SET® Kelvin TOP-SET® is proprietary industrial incident and accident investigation and prevention support software. Trial download available. The method is a experiential cause-based industrial accident data entry, analysis and report preparation system.
NASA's Investigation Organizer InvestigationOrganizer is a Web-based collaborative information management and modeling tool designed to support mishap investigation teams, for use with NSAS investigations. Fault tree and MORT oriented system. See
PROACT® RCA Software This is part of a suite of proprietary software, intended to serve as investigators' project management tool for conducting a Root Cause Analysis investigation. Part of the vendor's reliability-oriented team based failure analysis and system; geared to use by trained personnel, with emphasis on why poor decisions are made.
Reality Charting™ Reality Charting is proprietary software specifically created to facilitate problem analysis with the Apollo method. Only licensed to those who have completed the Apollo Root Cause Analysis training. Supports problem-diagnosis oriented investigation and analysis method.
TapRoot® Software This is a suite of proprietary software tools to manage investigations. Based on computerization of the TapRooT® root cause system described in TapRooT® book; best used by trained individuals. Screen shots on line.
Transite Logic Systems has software offerings to help investigators develop displays of traffic accidents and crime scenes. Demos, trials available on line.
Tripod Beta Software Tripod Beat software is proprietary Tripod Beta team incident investigation and analysis support, requiring training and accreditation. Based on Tripod Theory of Accident Causation and the Hazard andEffect Management Process.
Why-Because Why-Because Analysis' primary application is the analysis of accidents, mainly to transportation systems. The WB Graph is the main output; it provides a rigorous causal explanation of the behavior being analyzed. WB-Toolset is implemented in a 'black box' PC.
Please send urls for others to list to me at iprr.org, and I'll add them. LB