This document describes IM3, a contingency planning and incident management tool. Some key points:
- IM3 can be used for contingency planning, exercising scenarios, and managing real incidents. It allows creation of plans and sharing of information between response teams.
- Features include affordability, adaptability to different scenarios, proactive planning through "what if" exercises, and integrated incident logging and mapping capabilities.
- Originally developed for the British military, IM3 can be customized for different organizations and scenarios. It provides visual tools for tabletop exercises and management of real incidents.
The United States Marine Corps (USMC) deploys many of its Marines into the field, where they need to communicate in an off-line environment. Accuracy and timeliness of information is a critical enabler for Marines on the front lines, especially in a complex and rapidly changing threat environment. A Target Handoff System1 (THS) is used by dismounted2 Marines in this scenario to locate targets and pinpoint global positioning coordinates, as well as call for close air, artillery, and naval fire support using secure digital communications.
Continuous training and collaboration helps individuals stay at the cutting-edge of change. Since its inception in 2011, KnowledgeHut has proven itself as a leading corporate training and consulting service provider, delivering high value in innovative, practical approaches to learning. Knowledge Hut offers a wide range of services in training, learning and development in the fields of technology and management Ability to provide the learner to, first choose what he wants to learn and then also help him choose, the way he wants to learn, at a place he wants to learn it, while providing a peer based reference system to reassure the learner of concrete learning outcomes is our guiding learning philosophy.
The United States Marine Corps (USMC) deploys many of its Marines into the field, where they need to communicate in an off-line environment. Accuracy and timeliness of information is a critical enabler for Marines on the front lines, especially in a complex and rapidly changing threat environment. A Target Handoff System1 (THS) is used by dismounted2 Marines in this scenario to locate targets and pinpoint global positioning coordinates, as well as call for close air, artillery, and naval fire support using secure digital communications.
Continuous training and collaboration helps individuals stay at the cutting-edge of change. Since its inception in 2011, KnowledgeHut has proven itself as a leading corporate training and consulting service provider, delivering high value in innovative, practical approaches to learning. Knowledge Hut offers a wide range of services in training, learning and development in the fields of technology and management Ability to provide the learner to, first choose what he wants to learn and then also help him choose, the way he wants to learn, at a place he wants to learn it, while providing a peer based reference system to reassure the learner of concrete learning outcomes is our guiding learning philosophy.
Networking smartphones for disaster recovery using teamphoneIJARIIT
In this paper, we examine how to use networks with smartphones for providing communications in disaster recovery.
By lessening the communication gap among different kinds of wireless networks, we have designed and implemented a system
called TeamPhone, which provides Android phones the capabilities on communications in disaster helper. TeamPhone
consists of two components: a messaging system between rescue worker and the victim and a self-rescue system. The
messaging system between rescue worker and victim integrates cellular networking, ad-hoc networking, and opportunistic
networking seamlessly, and enables proper communication. The self-rescue system finds different communication network
ways for trapped survivors. Such a group of Android phones can cooperatively get a notification and send out emergency
messages in an energy-efficient manner with their location and position information so as to help rescue operations. We have
implemented TeamPhone as a prototype application on the Android platform and deployed it on all types of smartphones from
Samsung to Redmi and others. Results demonstrate that TeamPhone can properly enhance communication requirements and
increase the pace of disaster recovery. We are creating three applications with a centralized cloud for communication. First for
the admin who will monitor victim and rescue worker on Google map and other two for rescue worker and disaster victim.
Strategic, Privacy and Security Considerations for Adoption of Cloud and Emer...Marie-Michelle Strah, PhD
Prepared for Ministers and Senior Officials from the Caribbean and distinguished participants and attendees of the Caribbean Telecommunications Union (CTU), the Commonwealth Secretariat, the Organization of American States (OAS), and the International Telecommunication Union (ITU) on the occasion of the Caribbean Stakeholders’ Meeting: The Importance of ICTs and their Impact on Regional Development, May 26-28, 2014 in Port of Spain, Trinidad.
Rob livingstone Canberra Cloud Security Conference Nov 2011 Livingstone Advisory
Australian Security Government Strategies and considerations in Cloud computing: The speed of technological change associated with next generation networks is challenging traditional notions of what constitutes computer networks and how we should secure them. When it comes to the adoption of new technologies such as Cloud, Australian Federal government agencies face a set of challenges that are somewhat different to those faced in the commercial world. This primarily involves legislative and policy mandates for on-shore data residency, increased emphasis on jurisdictional risk, trans-border data transmission security and compliance with the Privacy Act and associated Principles. On the commercial side of the coin, Government agencies are also under constant budgetary restraints, and the potential for realising significant reductions in ICT costs, whilst improving data and information collaboration using cloud technologies is very real. Another key driver for Government is in achieving significant reduction in CO2 emissions from the current substantial ICT presence throughout all levels of Government by using virtualisation and cloud technologies. In this presentation, Rob will be providing some practical insights and offering guidance on how Federal Government can meet its legislative and other mandates and without compromising risk and security, by using cloud technologies in an appropriate and relevant manner.
Drone Guardian: Countering the drone threat to commercial airportsNicholas Meadows
L3 Technologies is currently live trailing its pioneering Drone Guardian technology in both commercial and non-commercial settings. Our whitepaper explores the risk factors associated with drones at commercial airports and considers how a flexible and scalable system such as Drone Guardian can be deployed to counter an ever-growing threat from the illegal and hostile use of both commercial and military drones.
Case Study 4(Note This fourth and final case study is not.docxtidwellveronique
Case Study 4
(Note: This fourth and final case study is not associated with the first three case studies you completed.)
The Federal Cloud Computing Strategy (Cloud First Policy) lists nine (9) benefits of cloud computing.
The CIO Council’s 2010 document titled State of Public Sector Cloud Computing contains 30 illustrative case studies that are part of a movement to leverage cloud computing across the public sector.
You can find both documents in the Content for Week 7.
Complete the following:
1. Review the nine (9) benefits from the Cloud First Policy.
2. Review the 30 case studies from the State of Public Sector Cloud Computing document. Page 11
3. Cut/paste the below matrix into your paper.
4. Fill in the matrix by matching at least ten (10) case study examples with benefits (see example). Each case study will have more than one benefit.
5. Select one of the case study examples from your list of ten (10) and explain why you chose each of the respective benefits.
Case Study Title
Benefits
DoD US Army AEC (Example)
Assets will be Better Utilized, Efficiency Improvements will Shift Resources Toward Higher-Value Activities (Example)
1
2
3
4
5
6
7
8
9
10
Deliverable: Your response should be a 2 – 3 page paper, including the cut/pasted matrix, double-spaced, 12-pitch, New Times Roman. You should also have a cover page and reference page in addition to the 2 – 3 page paper. In addition to your matrix, your paper should include an introduction, conclusion, and benefit explanations. Make sure to use appropriate sources.
State of Public Sector Cloud Computing
May 20, 2010
Vivek Kundra
Federal Chief Information Officer
1
TABLE OF CONTENTS
Executive Summary ..................................................................................................................2
Federal Government Approach .................................................................................................3
Definition of Cloud Computing ..............................................................................................3
Data Center Consolidation ....................................................................................................6
Standards Development .........................................................................................................6
Federal Budget Planning .......................................................................................................9
Illustrative Case Studies .........................................................................................................10
Federal Cloud Computing Case Studies .................................................................................11
Department of Defense ........................................................................................................12
Department of Energy ........................................................................................... ...
Assignment4The Federal Cloud Computing Strategy (Cloud F.docxssuser562afc1
Assignment4
The Federal Cloud Computing Strategy (Cloud First Policy) lists nine (9) benefits of cloud computing.
The CIO Council’s 2010 document titled State of Public Sector Cloud Computing contains 30 illustrative case studies that are part of a movement to leverage cloud computing across the public sector.
You can find both documents in the Content for Week 7.
Complete the following:
1. Review the nine (9) benefits from the Cloud First Policy.
2. Review the 30 case studies from the State of Public Sector Cloud Computing document.
3. Cut/paste the below matrix into your paper.
4. Fill in the matrix by matching at least ten (10) case study examples with benefits (see example). Each case study will have more than one benefit.
5. Select one of the case study examples from your list of ten (10) and explain why you chose each of the respective benefits.
Case Study Title
Benefits
DoD US Army AEC (Example)
Assets will be Better Utilized, Efficiency Improvements will Shift Resources Toward Higher-Value Activities (Example)
1
2
3
4
5
6
7
8
9
10
Deliverable:
Your response should be a 3 page paper, including the cut/pasted matrix, double-spaced, 12-pitch, New Times Roman. You should also have a cover page and reference page in addition to the 2 – 3 page paper. In addition to your matrix, your paper should include an introduction, conclusion, and benefit explanations. Make sure to use appropriate sources.
State of Public Sector Cloud Computing
May 20, 2010
Vivek Kundra
Federal Chief Information Officer
1
TABLE OF CONTENTS
Executive Summary ..................................................................................................................2
Federal Government Approach .................................................................................................3
Definition of Cloud Computing ..............................................................................................3
Data Center Consolidation ....................................................................................................6
Standards Development .........................................................................................................6
Federal Budget Planning .......................................................................................................9
Illustrative Case Studies .........................................................................................................10
Federal Cloud Computing Case Studies .................................................................................11
Department of Defense ........................................................................................................12
Department of Energy .........................................................................................................14
Department of Health and Human Services ............................................................... ...
Lesson 5. Crisis Mapping and Community Drillsgicait ait
Crisis mapping is the real time gathering, display and analysis of data during a disaster, it is an important but challenging task.
This module discussed three types of crisis mapping: Situational reporting, Damage assessment and Needs assessment.
RAILWAY SAFETY PROTECTION WITH ANDROID MOBILE APPLICATION FOR 5G NEW RADIO NE...ijcsit
In every night of non-traffic hours, different jobs are conducting maintenance works in “Railway” trackside area. This project will explain a specific section of track under the sole control an Engineer’s Person-in-Charge as procedures. And how to provide protection methods by which a person or persons
on or near a track are safeguarded from potential train movements or a train is safeguarded from other train movements or obstructions, or persons or equipment are safeguarded from traction power.Consolidated past several investigation reports and according to related is rules, workflow or procedures etc. to summarize. There are protection tools left on trackside area incident caused by the workers are forgetting and poor management. Proposed are different project themes in the light of their expertise, experience and observation in their daily works. The proposed themes are compared, assessed
and prioritized under the criteria - “Manageable”, “Measurable”, “Result of Benefit”, “Standardization” and “Priority” in the Decision Matrix. Establish some solve problem methods for
comparing to find out which that lower-cost plan accordingly. I came up with a conclusion and the ideas as develop a mobile application and create a unique QR code label with equipment naming to facilitate each worker management of protection tools. This is also fulfilled in popular terms of Creativity and
Innovations. Used the MIT App Inventor (Massachusetts Institute of technology) an intuitive and visual programming preform for mobile application are development. Stage 1: program for individual mobile user application. Stage 2: build-up Network centralized storage with supervising console operation.
Stage 3: testing system under with 5G network compatibility, bandwidth and network speed is applicable people will be able to use more of the network dedicated to each mobile phone.Finally, successful to apply trial works a fruitful outcome after implementation of the project solution. There was no missing of protection tools on trackside area within the trial period. With the safety-first culture boosted by us, I believe we can achieve a common goal: Everyone Going Home Safe and Well Every day.
In every night of non-traffic hours, different jobs are conducting maintenance works in “Railway” trackside area. This project will explain a specific section of track under the sole control an Engineer’s Person-in-Charge as procedures. And how to provide protection methods by which a person or persons on or near a track are safeguarded from potential train movements or a train is safeguarded from other train movements or obstructions, or persons or equipment are safeguarded from traction power.Consolidated past several investigation reports and according to related is rules, workflow or procedures etc. to summarize. There are protection tools left on trackside area incident caused by the workers are forgetting and poor management. Proposed are different project themes in the light of their expertise, experience and observation in their daily works. The proposed themes are compared, assessed and prioritized under the criteria - “Manageable”, “Measurable”, “Result of Benefit”, “Standardization” and “Priority” in the Decision Matrix. Establish some solve problem methods for comparing to find out which that lower-cost plan accordingly. I came up with a conclusion and the ideas as develop a mobile application and create a unique QR code label with equipment naming to facilitate each worker management of protection tools. This is also fulfilled in popular terms of Creativity and Innovations. Used the MIT App Inventor (Massachusetts Institute of technology) an intuitive and visual programming preform for mobile application are development. Stage 1: program for individual mobile user application. Stage 2: build-up Network centralized storage with supervising console operation. Stage 3: testing system under with 5G network compatibility, bandwidth and network speed is applicable people will be able to use more of the network dedicated to each mobile phone.Finally, successful to apply trial works a fruitful outcome after implementation of the project solution. There was no missing of protection tools on trackside area within the trial period. With the safety-first culture boosted by us, I believe we can achieve a common goal: Everyone Going Home Safe and Well Every day.
Networking smartphones for disaster recovery using teamphoneIJARIIT
In this paper, we examine how to use networks with smartphones for providing communications in disaster recovery.
By lessening the communication gap among different kinds of wireless networks, we have designed and implemented a system
called TeamPhone, which provides Android phones the capabilities on communications in disaster helper. TeamPhone
consists of two components: a messaging system between rescue worker and the victim and a self-rescue system. The
messaging system between rescue worker and victim integrates cellular networking, ad-hoc networking, and opportunistic
networking seamlessly, and enables proper communication. The self-rescue system finds different communication network
ways for trapped survivors. Such a group of Android phones can cooperatively get a notification and send out emergency
messages in an energy-efficient manner with their location and position information so as to help rescue operations. We have
implemented TeamPhone as a prototype application on the Android platform and deployed it on all types of smartphones from
Samsung to Redmi and others. Results demonstrate that TeamPhone can properly enhance communication requirements and
increase the pace of disaster recovery. We are creating three applications with a centralized cloud for communication. First for
the admin who will monitor victim and rescue worker on Google map and other two for rescue worker and disaster victim.
Strategic, Privacy and Security Considerations for Adoption of Cloud and Emer...Marie-Michelle Strah, PhD
Prepared for Ministers and Senior Officials from the Caribbean and distinguished participants and attendees of the Caribbean Telecommunications Union (CTU), the Commonwealth Secretariat, the Organization of American States (OAS), and the International Telecommunication Union (ITU) on the occasion of the Caribbean Stakeholders’ Meeting: The Importance of ICTs and their Impact on Regional Development, May 26-28, 2014 in Port of Spain, Trinidad.
Rob livingstone Canberra Cloud Security Conference Nov 2011 Livingstone Advisory
Australian Security Government Strategies and considerations in Cloud computing: The speed of technological change associated with next generation networks is challenging traditional notions of what constitutes computer networks and how we should secure them. When it comes to the adoption of new technologies such as Cloud, Australian Federal government agencies face a set of challenges that are somewhat different to those faced in the commercial world. This primarily involves legislative and policy mandates for on-shore data residency, increased emphasis on jurisdictional risk, trans-border data transmission security and compliance with the Privacy Act and associated Principles. On the commercial side of the coin, Government agencies are also under constant budgetary restraints, and the potential for realising significant reductions in ICT costs, whilst improving data and information collaboration using cloud technologies is very real. Another key driver for Government is in achieving significant reduction in CO2 emissions from the current substantial ICT presence throughout all levels of Government by using virtualisation and cloud technologies. In this presentation, Rob will be providing some practical insights and offering guidance on how Federal Government can meet its legislative and other mandates and without compromising risk and security, by using cloud technologies in an appropriate and relevant manner.
Drone Guardian: Countering the drone threat to commercial airportsNicholas Meadows
L3 Technologies is currently live trailing its pioneering Drone Guardian technology in both commercial and non-commercial settings. Our whitepaper explores the risk factors associated with drones at commercial airports and considers how a flexible and scalable system such as Drone Guardian can be deployed to counter an ever-growing threat from the illegal and hostile use of both commercial and military drones.
Case Study 4(Note This fourth and final case study is not.docxtidwellveronique
Case Study 4
(Note: This fourth and final case study is not associated with the first three case studies you completed.)
The Federal Cloud Computing Strategy (Cloud First Policy) lists nine (9) benefits of cloud computing.
The CIO Council’s 2010 document titled State of Public Sector Cloud Computing contains 30 illustrative case studies that are part of a movement to leverage cloud computing across the public sector.
You can find both documents in the Content for Week 7.
Complete the following:
1. Review the nine (9) benefits from the Cloud First Policy.
2. Review the 30 case studies from the State of Public Sector Cloud Computing document. Page 11
3. Cut/paste the below matrix into your paper.
4. Fill in the matrix by matching at least ten (10) case study examples with benefits (see example). Each case study will have more than one benefit.
5. Select one of the case study examples from your list of ten (10) and explain why you chose each of the respective benefits.
Case Study Title
Benefits
DoD US Army AEC (Example)
Assets will be Better Utilized, Efficiency Improvements will Shift Resources Toward Higher-Value Activities (Example)
1
2
3
4
5
6
7
8
9
10
Deliverable: Your response should be a 2 – 3 page paper, including the cut/pasted matrix, double-spaced, 12-pitch, New Times Roman. You should also have a cover page and reference page in addition to the 2 – 3 page paper. In addition to your matrix, your paper should include an introduction, conclusion, and benefit explanations. Make sure to use appropriate sources.
State of Public Sector Cloud Computing
May 20, 2010
Vivek Kundra
Federal Chief Information Officer
1
TABLE OF CONTENTS
Executive Summary ..................................................................................................................2
Federal Government Approach .................................................................................................3
Definition of Cloud Computing ..............................................................................................3
Data Center Consolidation ....................................................................................................6
Standards Development .........................................................................................................6
Federal Budget Planning .......................................................................................................9
Illustrative Case Studies .........................................................................................................10
Federal Cloud Computing Case Studies .................................................................................11
Department of Defense ........................................................................................................12
Department of Energy ........................................................................................... ...
Assignment4The Federal Cloud Computing Strategy (Cloud F.docxssuser562afc1
Assignment4
The Federal Cloud Computing Strategy (Cloud First Policy) lists nine (9) benefits of cloud computing.
The CIO Council’s 2010 document titled State of Public Sector Cloud Computing contains 30 illustrative case studies that are part of a movement to leverage cloud computing across the public sector.
You can find both documents in the Content for Week 7.
Complete the following:
1. Review the nine (9) benefits from the Cloud First Policy.
2. Review the 30 case studies from the State of Public Sector Cloud Computing document.
3. Cut/paste the below matrix into your paper.
4. Fill in the matrix by matching at least ten (10) case study examples with benefits (see example). Each case study will have more than one benefit.
5. Select one of the case study examples from your list of ten (10) and explain why you chose each of the respective benefits.
Case Study Title
Benefits
DoD US Army AEC (Example)
Assets will be Better Utilized, Efficiency Improvements will Shift Resources Toward Higher-Value Activities (Example)
1
2
3
4
5
6
7
8
9
10
Deliverable:
Your response should be a 3 page paper, including the cut/pasted matrix, double-spaced, 12-pitch, New Times Roman. You should also have a cover page and reference page in addition to the 2 – 3 page paper. In addition to your matrix, your paper should include an introduction, conclusion, and benefit explanations. Make sure to use appropriate sources.
State of Public Sector Cloud Computing
May 20, 2010
Vivek Kundra
Federal Chief Information Officer
1
TABLE OF CONTENTS
Executive Summary ..................................................................................................................2
Federal Government Approach .................................................................................................3
Definition of Cloud Computing ..............................................................................................3
Data Center Consolidation ....................................................................................................6
Standards Development .........................................................................................................6
Federal Budget Planning .......................................................................................................9
Illustrative Case Studies .........................................................................................................10
Federal Cloud Computing Case Studies .................................................................................11
Department of Defense ........................................................................................................12
Department of Energy .........................................................................................................14
Department of Health and Human Services ............................................................... ...
Lesson 5. Crisis Mapping and Community Drillsgicait ait
Crisis mapping is the real time gathering, display and analysis of data during a disaster, it is an important but challenging task.
This module discussed three types of crisis mapping: Situational reporting, Damage assessment and Needs assessment.
RAILWAY SAFETY PROTECTION WITH ANDROID MOBILE APPLICATION FOR 5G NEW RADIO NE...ijcsit
In every night of non-traffic hours, different jobs are conducting maintenance works in “Railway” trackside area. This project will explain a specific section of track under the sole control an Engineer’s Person-in-Charge as procedures. And how to provide protection methods by which a person or persons
on or near a track are safeguarded from potential train movements or a train is safeguarded from other train movements or obstructions, or persons or equipment are safeguarded from traction power.Consolidated past several investigation reports and according to related is rules, workflow or procedures etc. to summarize. There are protection tools left on trackside area incident caused by the workers are forgetting and poor management. Proposed are different project themes in the light of their expertise, experience and observation in their daily works. The proposed themes are compared, assessed
and prioritized under the criteria - “Manageable”, “Measurable”, “Result of Benefit”, “Standardization” and “Priority” in the Decision Matrix. Establish some solve problem methods for
comparing to find out which that lower-cost plan accordingly. I came up with a conclusion and the ideas as develop a mobile application and create a unique QR code label with equipment naming to facilitate each worker management of protection tools. This is also fulfilled in popular terms of Creativity and
Innovations. Used the MIT App Inventor (Massachusetts Institute of technology) an intuitive and visual programming preform for mobile application are development. Stage 1: program for individual mobile user application. Stage 2: build-up Network centralized storage with supervising console operation.
Stage 3: testing system under with 5G network compatibility, bandwidth and network speed is applicable people will be able to use more of the network dedicated to each mobile phone.Finally, successful to apply trial works a fruitful outcome after implementation of the project solution. There was no missing of protection tools on trackside area within the trial period. With the safety-first culture boosted by us, I believe we can achieve a common goal: Everyone Going Home Safe and Well Every day.
In every night of non-traffic hours, different jobs are conducting maintenance works in “Railway” trackside area. This project will explain a specific section of track under the sole control an Engineer’s Person-in-Charge as procedures. And how to provide protection methods by which a person or persons on or near a track are safeguarded from potential train movements or a train is safeguarded from other train movements or obstructions, or persons or equipment are safeguarded from traction power.Consolidated past several investigation reports and according to related is rules, workflow or procedures etc. to summarize. There are protection tools left on trackside area incident caused by the workers are forgetting and poor management. Proposed are different project themes in the light of their expertise, experience and observation in their daily works. The proposed themes are compared, assessed and prioritized under the criteria - “Manageable”, “Measurable”, “Result of Benefit”, “Standardization” and “Priority” in the Decision Matrix. Establish some solve problem methods for comparing to find out which that lower-cost plan accordingly. I came up with a conclusion and the ideas as develop a mobile application and create a unique QR code label with equipment naming to facilitate each worker management of protection tools. This is also fulfilled in popular terms of Creativity and Innovations. Used the MIT App Inventor (Massachusetts Institute of technology) an intuitive and visual programming preform for mobile application are development. Stage 1: program for individual mobile user application. Stage 2: build-up Network centralized storage with supervising console operation. Stage 3: testing system under with 5G network compatibility, bandwidth and network speed is applicable people will be able to use more of the network dedicated to each mobile phone.Finally, successful to apply trial works a fruitful outcome after implementation of the project solution. There was no missing of protection tools on trackside area within the trial period. With the safety-first culture boosted by us, I believe we can achieve a common goal: Everyone Going Home Safe and Well Every day.