The document discusses border security technologies used by U.S. Customs and Border Protection (CBP). It describes the Secure Border Initiative Network (SBI Net) program, which aims to cover the southwest border with integrated sensor technology, but has faced delays and cost overruns. A Secretarial re-assessment of SBI Net is underway to evaluate its viability compared to other options. CBP is also focusing on strengthening technology program management.
SIGINT Training Course, Signals Intelligence (SIGINT) Training Bootcamp Tonex
SIGINT is intelligence obtained from electronic signals and systems (such as communication systems, radar and weapon systems) used by foreign targets.
SIGINT provides an important window for our country to understand the capabilities, actions and intentions of foreign opponents.
SIGINT involves gathering intelligence from communications and information systems to help protect troops and military operations, national security, combat terrorism, combat international crime and narcotics, support diplomatic negotiations, support allies, and advance many other important national goals.
The SIGINT system collects information from the opponent's electronic signals. Then, analysts evaluate the raw data from foreign communication systems, radars, and weapon systems, and convert them into actionable intelligence. The information generated by these systems allows you to gain insight into the actions, abilities, and intentions of your opponents before you execute them.
Tonex provided Signals Intelligence (SIGINT) Training Bootcamp
SIGINT training courses cover all aspects of signal intelligence (SIGINT), including communication intelligence (COMINT), electronic intelligence (ELINT) and foreign instrument signal intelligence (FISINT).
Utilizing the latest technologies and methods in the field of SIGINT, Advanced Network Characterization (ANC), Digital Land Mobile Communication (DLMC), 4G/5G, WiFi, IoT, SATCOM, radar, UHV/VHF/H, microwave, millimeter wave and optical signals are discussed Over.
Gain knowledge of about SIGINT and tools to collect SIGINT from various sources:
Foreign communications
Satellite/space
Commercial communication systems
Mobile networks
Radar
Other electronic and communication systems.
Learning Objectives
Evaluate and implement necessary security control measures to ensure confidentiality, integrity and availability in the SIGINT environment (CIA)
Detection concept and principle of evaluating link budget
Describe principles behind emitter geolocation techniques
Assess and execute advanced signal processing technology
Examine, evaluate and optimize communication effects and models for challenging environments
Integrate receiver architectures and modern digital signal processing hardware/software
Explain principles behind Software Defined Radio (SDR)
Talk about the basic and advanced SIGINT principles
And many more..
Course Outline:
SIGINT 101
Elements of SIGINT
The Fundamentals of Signal Analysis
Signals Intelligence (SIGINT) Technical Principles
SIGINT Operational Planning
Principles of Collection
Principles of Electronic Intelligence
Advanced Electronic Intelligence
Workshops and Case Studies
Audience:
Hardware and Software engineers
Analysts
Scientists
Project managers
Military intelligence professionals
Anyone who wants to know SIGINT
Learn More:
https://www.tonex.com/training-courses/signals-intelligence-training-sigint-training-course/
Signals Intelligence (SIGINT), Communications Intelligence (COMINT)Training C...Bryan Len
Duration : 3 days
Signals Intelligence (SIGINT) Training Bootcamp is a 3-day training course, covering all angles of Signals Intelligence (SIGINT) including Communications Intelligence (COMINT), Electronic Intelligence (ELINT) and Foreign Instrumentation Signals Intelligence (FISINT).
Advanced Network Characterization (ANC), Digital Land Mobile Communication (DLMC), 4G/5G, WiFi, IoT, SATCOM, Radar, UHV/VHF/H, microwave, mmWave and optical signals using the most recent innovations and approaches in the SIGINT field are talked about.
Members will find out about SIGINT and apparatuses to gather SIGINT from different sources, including outside correspondences, satellite/space, business correspondence frameworks, versatile systems, radar and other electronic and correspondence frameworks.
The teachers will give you what to gather, and how to process, examine, produce, and disperse Signals Intelligence data and information for intelligence and counterintelligence purposes.
Learning Objectives :
In the wake of finishing the SIGINT training bootcamp, the members will:
Talk about the fundamental and propelled SIGINT standards.
Talk about systems for defending SIGINT draws near.
Characterize the jobs and duties that help SIGINT situations.
Lead hole investigation between SIGINT pattern and best practices.
Get acquainted with RF hypothesis.
Clarify standards behind Software Defined Radio (SDR) and more.
Who Should Attend :
SIGINT training course is designed for :
Hardware and software engineers
Analysts, scientists
Project managers
Military intelligence professionals
And anyone else who wants to learn about the SIGINT.
Course Agenda and Topics:
SIGINT 101
Elements of SIGINT
The Fundamentals of Signal Analysis
Signals Intelligence (SIGINT) Technical Principles
SIGINT Operational Planning
Principles of Collection
Principles of Electronic Intelligence
Advanced Electronic Intelligence
Workshops and Case Studies
Request more information regarding signals intelligence, SIGINT. Visit tonex.com for course and workshop detail.
Signals Intelligence (SIGINT) Training Course
https://www.tonex.com/training-courses/signals-intelligence-training-sigint-training-course/
SIGINT (Signals Intelligence) is intelligence based on electronic signals and systems used by foreign targets.
These targets include everything from communications systems to radars and weapons systems.
SIGINT provides a leading role for the U.S. military into foreign adversaries’ capabilities, actions and intentions.
Three Parts of SIGINT
SIGINT is divided into three sub-disciplines:
Communications Intelligence (COMINT)
Electronic Intelligence (ELINT)
Foreign Instrumentation Signals Intelligence (FISINT)
Want to know more?
Tonex offers Communications Intelligence Analysis Training,
a customized bootcamp type course covering all aspects of Signals Intelligence (SIGINT) including (COMINT), (ELINT), (FISINT), collection, analysis, and mitigation.
Tonex also offers a dozen additional courses in Link 16 Training, including:
Advanced Link 16 Training
Link 16 Training for Managers
Tactical Data Link Training Crash Course
Link 16 and MIDS Training Bootcamp
Visible Message Format (VMF) Training Bootcamp
Learn more about SIGINT and Communications Intelligence Analysis
https://www.tonex.com/sigint-and-communications-intelligence-analysis-training/
ASEAN Critical Information Infrastructure Protection FrameworkETDAofficialRegist
The main purpose of the study and its point of action is to develop regional critical information infrastructure (CII) resilience practices by identifying CII that have strategic imperatives and developing coordinated approaches for cybersecurity protection. The scope of this project study is based on the ASEAN ICT Masterplan 2020 which aims to strengthen information security and assurance among ASEAN Member States (AMS).
SIGINT Training Course, Signals Intelligence (SIGINT) Training Bootcamp Tonex
SIGINT is intelligence obtained from electronic signals and systems (such as communication systems, radar and weapon systems) used by foreign targets.
SIGINT provides an important window for our country to understand the capabilities, actions and intentions of foreign opponents.
SIGINT involves gathering intelligence from communications and information systems to help protect troops and military operations, national security, combat terrorism, combat international crime and narcotics, support diplomatic negotiations, support allies, and advance many other important national goals.
The SIGINT system collects information from the opponent's electronic signals. Then, analysts evaluate the raw data from foreign communication systems, radars, and weapon systems, and convert them into actionable intelligence. The information generated by these systems allows you to gain insight into the actions, abilities, and intentions of your opponents before you execute them.
Tonex provided Signals Intelligence (SIGINT) Training Bootcamp
SIGINT training courses cover all aspects of signal intelligence (SIGINT), including communication intelligence (COMINT), electronic intelligence (ELINT) and foreign instrument signal intelligence (FISINT).
Utilizing the latest technologies and methods in the field of SIGINT, Advanced Network Characterization (ANC), Digital Land Mobile Communication (DLMC), 4G/5G, WiFi, IoT, SATCOM, radar, UHV/VHF/H, microwave, millimeter wave and optical signals are discussed Over.
Gain knowledge of about SIGINT and tools to collect SIGINT from various sources:
Foreign communications
Satellite/space
Commercial communication systems
Mobile networks
Radar
Other electronic and communication systems.
Learning Objectives
Evaluate and implement necessary security control measures to ensure confidentiality, integrity and availability in the SIGINT environment (CIA)
Detection concept and principle of evaluating link budget
Describe principles behind emitter geolocation techniques
Assess and execute advanced signal processing technology
Examine, evaluate and optimize communication effects and models for challenging environments
Integrate receiver architectures and modern digital signal processing hardware/software
Explain principles behind Software Defined Radio (SDR)
Talk about the basic and advanced SIGINT principles
And many more..
Course Outline:
SIGINT 101
Elements of SIGINT
The Fundamentals of Signal Analysis
Signals Intelligence (SIGINT) Technical Principles
SIGINT Operational Planning
Principles of Collection
Principles of Electronic Intelligence
Advanced Electronic Intelligence
Workshops and Case Studies
Audience:
Hardware and Software engineers
Analysts
Scientists
Project managers
Military intelligence professionals
Anyone who wants to know SIGINT
Learn More:
https://www.tonex.com/training-courses/signals-intelligence-training-sigint-training-course/
Signals Intelligence (SIGINT), Communications Intelligence (COMINT)Training C...Bryan Len
Duration : 3 days
Signals Intelligence (SIGINT) Training Bootcamp is a 3-day training course, covering all angles of Signals Intelligence (SIGINT) including Communications Intelligence (COMINT), Electronic Intelligence (ELINT) and Foreign Instrumentation Signals Intelligence (FISINT).
Advanced Network Characterization (ANC), Digital Land Mobile Communication (DLMC), 4G/5G, WiFi, IoT, SATCOM, Radar, UHV/VHF/H, microwave, mmWave and optical signals using the most recent innovations and approaches in the SIGINT field are talked about.
Members will find out about SIGINT and apparatuses to gather SIGINT from different sources, including outside correspondences, satellite/space, business correspondence frameworks, versatile systems, radar and other electronic and correspondence frameworks.
The teachers will give you what to gather, and how to process, examine, produce, and disperse Signals Intelligence data and information for intelligence and counterintelligence purposes.
Learning Objectives :
In the wake of finishing the SIGINT training bootcamp, the members will:
Talk about the fundamental and propelled SIGINT standards.
Talk about systems for defending SIGINT draws near.
Characterize the jobs and duties that help SIGINT situations.
Lead hole investigation between SIGINT pattern and best practices.
Get acquainted with RF hypothesis.
Clarify standards behind Software Defined Radio (SDR) and more.
Who Should Attend :
SIGINT training course is designed for :
Hardware and software engineers
Analysts, scientists
Project managers
Military intelligence professionals
And anyone else who wants to learn about the SIGINT.
Course Agenda and Topics:
SIGINT 101
Elements of SIGINT
The Fundamentals of Signal Analysis
Signals Intelligence (SIGINT) Technical Principles
SIGINT Operational Planning
Principles of Collection
Principles of Electronic Intelligence
Advanced Electronic Intelligence
Workshops and Case Studies
Request more information regarding signals intelligence, SIGINT. Visit tonex.com for course and workshop detail.
Signals Intelligence (SIGINT) Training Course
https://www.tonex.com/training-courses/signals-intelligence-training-sigint-training-course/
SIGINT (Signals Intelligence) is intelligence based on electronic signals and systems used by foreign targets.
These targets include everything from communications systems to radars and weapons systems.
SIGINT provides a leading role for the U.S. military into foreign adversaries’ capabilities, actions and intentions.
Three Parts of SIGINT
SIGINT is divided into three sub-disciplines:
Communications Intelligence (COMINT)
Electronic Intelligence (ELINT)
Foreign Instrumentation Signals Intelligence (FISINT)
Want to know more?
Tonex offers Communications Intelligence Analysis Training,
a customized bootcamp type course covering all aspects of Signals Intelligence (SIGINT) including (COMINT), (ELINT), (FISINT), collection, analysis, and mitigation.
Tonex also offers a dozen additional courses in Link 16 Training, including:
Advanced Link 16 Training
Link 16 Training for Managers
Tactical Data Link Training Crash Course
Link 16 and MIDS Training Bootcamp
Visible Message Format (VMF) Training Bootcamp
Learn more about SIGINT and Communications Intelligence Analysis
https://www.tonex.com/sigint-and-communications-intelligence-analysis-training/
ASEAN Critical Information Infrastructure Protection FrameworkETDAofficialRegist
The main purpose of the study and its point of action is to develop regional critical information infrastructure (CII) resilience practices by identifying CII that have strategic imperatives and developing coordinated approaches for cybersecurity protection. The scope of this project study is based on the ASEAN ICT Masterplan 2020 which aims to strengthen information security and assurance among ASEAN Member States (AMS).
2019 FPTA - Enhancing Cybersecurity in Public TransportationSean Barbeau
A presentation given at the 2019 Florida Public Transportation Association (FPTA) Annual Conference on a project "Enhancing Cybersecurity in Public Transportation", funded by the Florida Department of Transportation (FDOT) and National Center for Transit Research (NCTR).
L'intervento su "infrastrutture critiche e cybersicurezza nel settore dei trasporti" tenuto da Andrea Chiappetta al workshop "Critical Infrastructure protection against hybrid warfare security related challenges" svoltosi a Stoccolma lo scorso maggio.
Ten Air Cargo Commandments for Improved SecuritySocialKwan
Today’s air cargo shippers and ports are under more pressure than ever to handle increasing cargo volumes, manage congestion, address changing customer needs and thrive in the midst of intense competition. I have compiled a list of ten commandants that I believe air cargo shippers, service providers and international governments should follow to ensure security throughout the larger supply chain.
Indian Market for Video Surveillance and Electronic SecurityNeil Dave
This presentation sheds light on some of the key trends witnessed across the video surveillance and electronic security market in India and mentions some of the top end-user infrastructure development segments which are expected to provide sales opportunities for security providers.
Developing a Continuous Monitoring Action PlanTripwire
At the direction of OMB and NIST, security and IT pros in federal government must develop plans to implement "continuous monitoring," the practice of using IT security controls to constantly monitor and manage the security status of their information systems and networks. The transition from static security to continuous monitoring requires a new approach to IT security, and IT teams must devise a strategy and roadmap to be successful.
In this editorial Webcast, cybersecurity experts will help discuss the tools and processes involved in moving from a traditional security environment to one designed around continuous monitoring. This Webcast will help government IT pros:
Understand the objectives of continuous monitoring, such as reduced threat exposure through real time risk assessment and response.
Identify the steps involved, including determining the security impact of changes to IT systems and producing assessment reports.
Assess system requirements in areas such as malware detection and event and incident management.
Determine the need for upgrades and investment in new technologies.
UN-Singapore Cyber Programme Training course on behalf of the: UN Office for Disarmament Affairs c/o gohg@un.org By: Abdul-Hakeem Ajijola info@consultancyss.com Singapore 15-16 July 2019 #UN #Singapore #Cyber Program #Norms Awareness Workshop for #ASEAN member States #UNODA #UNGGE 2015 #cybersecurity #AskAjijola #GCSC #GFCE @benjaminang @fitbintim @elinanoor #cyberdiplomacy
2Cloud computing threats One of the biggest challenges informa.docxlorainedeserre
2
Cloud computing threats
One of the biggest challenges information security leaders have is being able to effectively communicate the value of their team’s efforts across the organization .Here the ability to accurately report on their organization’s state of security and communicate the benefits of a proactive security effort in a language the rest of the organization can understand. This session will draw from the experience of seasoned CISOs with proven track records in enabling core business objectives by influencing key stakeholders in the organization. These risk and information security leaders will share their advice on how to effectively create and demonstrate security’s value. The security function is often seen as doing security for its own sake, rather than for the benefit of the business, and so misses the point of security entirely which is about managing risk to acceptable levels.
The security function all too often acts in a condescending manner thinking it knows what is best for the business when in fact it is just one of the various functions in which they have the organizations for business decisions. Business executives are far more interested in what is happening with information security than ever, thanks to a plethora of high-profile, very visible breaches and security incidents.
In recent years the level of attention paid to cybersecurity issues by organizations has skyrocketed. Cyber risk is now a board-level concern, and IT security budgets have risen accordingly. Despite the increased attention, it is not clear whether firms have become more sophisticated in how they manage cyber risks. Historically, most firms have made cybersecurity investment decisions by adhering to industry best practices, without necessarily developing a detailed understanding of their overall cyber risk first. Risk management is predicated on risk quantification, and many researchers have attempted to quantify cyber risks using quantitative metrics such as return on investment.
Components
Transportation management centers (TMCs)
Ramp metering
Incident management
Motorist assistance systems
Communications systems
Radio communications
Changeable message signs (CMSs)
1
Transportation management centers
Organization
Combine traffic operations personnel with law enforcement
and dispatch
Locally, joint Caltrans-CHP operation
Functions
Traffic surveillance
Incident management
Data collection
Other FMS functions (e. g. ramp metering, CCTV systems, I-
15 Express Lanes Operation)
2
The San Diego Regional Transportation Management Center
(CHP Border Communications Center)
QUESTION: WHY DO WE NEED TMC?
ANSWER: TRAFFIC
CHP/Caltrans Joint Operation
The CHP is responsible for state highway incident
management and law enforcement, and Caltrans, for
the operation and management of the state highway
system.
Both departments remain permanent and equal
partners in each TM ...
Secure Crime Identification System is a resourceful project which has the key elements of investigating the crime scene online and updating,tracking the details of the victims through system generated charge sheets, FIR and all. The flexibility the application provides is the modules for separate users.
This intuitive project is being developed in such a way that it will be projected before the CBI and APP Committees and gain acknowledgement to completely work on the integration of this project.
2019 FPTA - Enhancing Cybersecurity in Public TransportationSean Barbeau
A presentation given at the 2019 Florida Public Transportation Association (FPTA) Annual Conference on a project "Enhancing Cybersecurity in Public Transportation", funded by the Florida Department of Transportation (FDOT) and National Center for Transit Research (NCTR).
L'intervento su "infrastrutture critiche e cybersicurezza nel settore dei trasporti" tenuto da Andrea Chiappetta al workshop "Critical Infrastructure protection against hybrid warfare security related challenges" svoltosi a Stoccolma lo scorso maggio.
Ten Air Cargo Commandments for Improved SecuritySocialKwan
Today’s air cargo shippers and ports are under more pressure than ever to handle increasing cargo volumes, manage congestion, address changing customer needs and thrive in the midst of intense competition. I have compiled a list of ten commandants that I believe air cargo shippers, service providers and international governments should follow to ensure security throughout the larger supply chain.
Indian Market for Video Surveillance and Electronic SecurityNeil Dave
This presentation sheds light on some of the key trends witnessed across the video surveillance and electronic security market in India and mentions some of the top end-user infrastructure development segments which are expected to provide sales opportunities for security providers.
Developing a Continuous Monitoring Action PlanTripwire
At the direction of OMB and NIST, security and IT pros in federal government must develop plans to implement "continuous monitoring," the practice of using IT security controls to constantly monitor and manage the security status of their information systems and networks. The transition from static security to continuous monitoring requires a new approach to IT security, and IT teams must devise a strategy and roadmap to be successful.
In this editorial Webcast, cybersecurity experts will help discuss the tools and processes involved in moving from a traditional security environment to one designed around continuous monitoring. This Webcast will help government IT pros:
Understand the objectives of continuous monitoring, such as reduced threat exposure through real time risk assessment and response.
Identify the steps involved, including determining the security impact of changes to IT systems and producing assessment reports.
Assess system requirements in areas such as malware detection and event and incident management.
Determine the need for upgrades and investment in new technologies.
UN-Singapore Cyber Programme Training course on behalf of the: UN Office for Disarmament Affairs c/o gohg@un.org By: Abdul-Hakeem Ajijola info@consultancyss.com Singapore 15-16 July 2019 #UN #Singapore #Cyber Program #Norms Awareness Workshop for #ASEAN member States #UNODA #UNGGE 2015 #cybersecurity #AskAjijola #GCSC #GFCE @benjaminang @fitbintim @elinanoor #cyberdiplomacy
2Cloud computing threats One of the biggest challenges informa.docxlorainedeserre
2
Cloud computing threats
One of the biggest challenges information security leaders have is being able to effectively communicate the value of their team’s efforts across the organization .Here the ability to accurately report on their organization’s state of security and communicate the benefits of a proactive security effort in a language the rest of the organization can understand. This session will draw from the experience of seasoned CISOs with proven track records in enabling core business objectives by influencing key stakeholders in the organization. These risk and information security leaders will share their advice on how to effectively create and demonstrate security’s value. The security function is often seen as doing security for its own sake, rather than for the benefit of the business, and so misses the point of security entirely which is about managing risk to acceptable levels.
The security function all too often acts in a condescending manner thinking it knows what is best for the business when in fact it is just one of the various functions in which they have the organizations for business decisions. Business executives are far more interested in what is happening with information security than ever, thanks to a plethora of high-profile, very visible breaches and security incidents.
In recent years the level of attention paid to cybersecurity issues by organizations has skyrocketed. Cyber risk is now a board-level concern, and IT security budgets have risen accordingly. Despite the increased attention, it is not clear whether firms have become more sophisticated in how they manage cyber risks. Historically, most firms have made cybersecurity investment decisions by adhering to industry best practices, without necessarily developing a detailed understanding of their overall cyber risk first. Risk management is predicated on risk quantification, and many researchers have attempted to quantify cyber risks using quantitative metrics such as return on investment.
Components
Transportation management centers (TMCs)
Ramp metering
Incident management
Motorist assistance systems
Communications systems
Radio communications
Changeable message signs (CMSs)
1
Transportation management centers
Organization
Combine traffic operations personnel with law enforcement
and dispatch
Locally, joint Caltrans-CHP operation
Functions
Traffic surveillance
Incident management
Data collection
Other FMS functions (e. g. ramp metering, CCTV systems, I-
15 Express Lanes Operation)
2
The San Diego Regional Transportation Management Center
(CHP Border Communications Center)
QUESTION: WHY DO WE NEED TMC?
ANSWER: TRAFFIC
CHP/Caltrans Joint Operation
The CHP is responsible for state highway incident
management and law enforcement, and Caltrans, for
the operation and management of the state highway
system.
Both departments remain permanent and equal
partners in each TM ...
Secure Crime Identification System is a resourceful project which has the key elements of investigating the crime scene online and updating,tracking the details of the victims through system generated charge sheets, FIR and all. The flexibility the application provides is the modules for separate users.
This intuitive project is being developed in such a way that it will be projected before the CBI and APP Committees and gain acknowledgement to completely work on the integration of this project.
1. Protecting Borders— Contributions from Technology and Innovation CES Government 2011 Mark S. Borkowski Assistant Commissioner, Office of Technology Innovation and Acquisition January 6, 2011
2.
3.
4.
5. Border Security and Capability (Between the Ports of Entry) Color-coded border control levels are generated by CBP’s ORBBP process and do not directly account for ICE and USCG efforts on the border. Status as of end of FY 2008
19. Mobile Surveillance Capability (MSS) 38 MSSs currently deployed to the Southwest Border 3 MSSs currently deployed on the Northern Border Provide immediate capability, fill gaps, and back-up other systems Day and night cameras Ground surveillance radar Laser illuminator Data displays Command and control links
20. Northern Border Integration Demonstration Operational Integration Center (OIC) Conceptual View of OIC Operations
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27. We are the guardians of our Nation’s borders. We are America’s frontline. We safeguard the American homeland at and beyond our borders. We protect the American public against terrorists and the instruments of terror. We steadfastly enforce the laws of the United States while fostering our nation’s economic security through lawful international trade and travel. We serve the American public with vigilance, integrity and professionalism.
28.
29. Protecting the Border Is An Immense Job Every day, CBP deploys more than 42,000 frontline personnel to protect nearly 7,000 miles of land border and 327 ports of entry.
30. … So Is Managing Our Massive Imports In FY 2009, CBP processed $1.7 trillion in commercial imports.
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Editor's Notes
Source: CBP.gov “Securing America’s Borders: CBP Fiscal year 2009 In Review Fact Sheet”