How to protect the common heritage sites with limited impact in the surveillance? A dynamic and not invasive surveillance system through the use of drones and other tools from military knowledge.
The document discusses a company called UltraVision Security Systems that develops motion detection sensor systems using ground penetrating radar and ultra-wide band radar technologies. The sensors can detect motion, distance, size, and velocity of targets in real time while seeing through walls. The company aims to develop these sensors for applications such as search and rescue operations, asset and facility security, and law enforcement activities to locate trapped victims and detect intruders. During a visit to review the company's LifeLocator search and rescue system in China, the vice president documented instances where the system saved lives by identifying search areas without living victims.
This document discusses various security gadgets that can be used for different purposes:
1) Security gadgets for delay include smoke screens, electric barriers, microwave fencing, and infrared beams that can provide precious time for security response when attempts to breach security cannot be stopped.
2) Security gadgets for deterrence are meant to discourage breaches and include electric fencing, chemical spray cans, electric shock batons and tear gas to discourage harmful activities.
3) Security gadgets for detection, which are critical for security programs, include CCTV, motion detectors, metal detectors and night vision devices to detect attempts to breach security and provide warnings.
Technology plays an important role in national security through applications like defense, secure communications, surveillance, and disaster response. The document discusses how the military uses various technologies for defense purposes like heat seeking missiles, night vision devices, stealth aircraft, biometric authentication, and electromagnetic rail guns. It also covers cyber security threats and how technologies like firewalls, encryption, and updated software help prevent cyber crimes. Image processing, GPS, and armor for vehicles are additional technologies discussed that support national security efforts.
CCTV systems use video cameras to transmit signals to monitors for security purposes. There are two main types of CCTV systems: wired systems connect cameras to recording devices and monitors using cables, while wireless systems attach radio transmitters to cameras and receivers to monitors. CCTV cameras come in different types depending on whether they are used indoors or outdoors, and provide day/night surveillance capabilities. Key elements of a CCTV system include cameras, lenses, monitors, recording devices like DVRs, storage, cables, and power supplies. CCTV cameras are commonly installed in schools, shops, hospitals, bars and other public areas for security and crime prevention.
Closed-circuit television (CCTV), also known as video surveillance, uses video cameras to transmit a signal to monitors. CCTV systems are either wired or wireless and consist of cameras, lenses, monitors, and a digital video recorder. There are different types of cameras like indoor, outdoor, infrared, dome, and bullet cameras used for various surveillance purposes like entry/exit points, high alert areas, and public places. CCTVs offer security benefits but also have limitations like privacy issues and potential vulnerability.
This document provides information about closed-circuit television (CCTV) systems, including their components, types, and applications. It describes the major components of a CCTV system as the camera, lens, monitor, and digital video recorder. It explains the different types of CCTV systems as wired and wireless, and the various types of cameras like indoor, outdoor, dome, and bullet cameras. It provides details on lenses, cables, connectors, and common applications of CCTV cameras in places like shops, schools, and hospitals. Finally, it outlines the advantages of CCTV systems in increasing security and assisting police, and potential disadvantages around limited views and privacy issues.
The document discusses a company called UltraVision Security Systems that develops motion detection sensor systems using ground penetrating radar and ultra-wide band radar technologies. The sensors can detect motion, distance, size, and velocity of targets in real time while seeing through walls. The company aims to develop these sensors for applications such as search and rescue operations, asset and facility security, and law enforcement activities to locate trapped victims and detect intruders. During a visit to review the company's LifeLocator search and rescue system in China, the vice president documented instances where the system saved lives by identifying search areas without living victims.
This document discusses various security gadgets that can be used for different purposes:
1) Security gadgets for delay include smoke screens, electric barriers, microwave fencing, and infrared beams that can provide precious time for security response when attempts to breach security cannot be stopped.
2) Security gadgets for deterrence are meant to discourage breaches and include electric fencing, chemical spray cans, electric shock batons and tear gas to discourage harmful activities.
3) Security gadgets for detection, which are critical for security programs, include CCTV, motion detectors, metal detectors and night vision devices to detect attempts to breach security and provide warnings.
Technology plays an important role in national security through applications like defense, secure communications, surveillance, and disaster response. The document discusses how the military uses various technologies for defense purposes like heat seeking missiles, night vision devices, stealth aircraft, biometric authentication, and electromagnetic rail guns. It also covers cyber security threats and how technologies like firewalls, encryption, and updated software help prevent cyber crimes. Image processing, GPS, and armor for vehicles are additional technologies discussed that support national security efforts.
CCTV systems use video cameras to transmit signals to monitors for security purposes. There are two main types of CCTV systems: wired systems connect cameras to recording devices and monitors using cables, while wireless systems attach radio transmitters to cameras and receivers to monitors. CCTV cameras come in different types depending on whether they are used indoors or outdoors, and provide day/night surveillance capabilities. Key elements of a CCTV system include cameras, lenses, monitors, recording devices like DVRs, storage, cables, and power supplies. CCTV cameras are commonly installed in schools, shops, hospitals, bars and other public areas for security and crime prevention.
Closed-circuit television (CCTV), also known as video surveillance, uses video cameras to transmit a signal to monitors. CCTV systems are either wired or wireless and consist of cameras, lenses, monitors, and a digital video recorder. There are different types of cameras like indoor, outdoor, infrared, dome, and bullet cameras used for various surveillance purposes like entry/exit points, high alert areas, and public places. CCTVs offer security benefits but also have limitations like privacy issues and potential vulnerability.
This document provides information about closed-circuit television (CCTV) systems, including their components, types, and applications. It describes the major components of a CCTV system as the camera, lens, monitor, and digital video recorder. It explains the different types of CCTV systems as wired and wireless, and the various types of cameras like indoor, outdoor, dome, and bullet cameras. It provides details on lenses, cables, connectors, and common applications of CCTV cameras in places like shops, schools, and hospitals. Finally, it outlines the advantages of CCTV systems in increasing security and assisting police, and potential disadvantages around limited views and privacy issues.
CCTV systems use video cameras to transmit signals to monitors. The basic components are cameras, lenses, DVRs, and monitors. There are wired and wireless CCTV systems. Camera types include indoor, outdoor, dome, PTZ, IR/day night, bullet, and vandal proof cameras. CCTV provides security and monitoring advantages like maintaining security in homes, businesses, traffic monitoring, crime prevention, and detection.
A CCTV system consists of cameras, a DVR, monitor, power supply, and wire that work together to provide security for homes, small businesses, commercial buildings, schools, and public transportation through video surveillance. The system requires cameras in different styles like PTZ, dome, bullet, or specialty models as well as additional equipment, tools, power supplies, baluns, and wire to set up and operate.
CCTV systems use video cameras to monitor locations and transmit signals to specific monitors. There are two main types - wired and wireless. Camera types include indoor, outdoor, infrared, dome, bullet, and hidden. Key CCTV system components are cameras, DVR for recording, wiring, power supply, and connectors. CCTV is used for various security and monitoring purposes like traffic monitoring, crime prevention, and restricting access to secure areas.
This certificate awards Amanda Townsend with an Authorized User number of CVI-20150319-1117737 for access to Chemical-terrorism Vulnerability Information. The certificate was issued by the Office of Infrastructure Protection on March 19, 2015 under the Director of the Infrastructure Security Compliance Division.
Video surveillance systems monitor behavior through electronic equipment like CCTV cameras. They were originally used by businesses to prevent theft but are now commonly used in homes. During installation, cameras are placed outside in areas like entrances and hidden areas near windows. Cameras transmit video signals through coaxial cables to monitors. There are different types of cameras like CCTV, dome, and infrared cameras. Video surveillance provides security benefits like real-time monitoring, remote access, and high quality recordings that can be used as evidence. It increases security for public spaces, businesses, and homes.
Public Awareness on Defense Against IEDs (Improvised Explosive Devices)Tariq Mahmood
World as a whole is suffering from terrorism who are using IEDs for targeting human and important installations.In order to play my part for saving our planet, this is a small contribution to share with.
CCTV cameras are used for security purposes and have closed circuit signals that are monitored rather than publicly distributed. The key components of a CCTV system are cameras, a digital video recorder, monitor, cables or wireless connection, a router, and a PC or smartphone. Camera types can be indoor/outdoor, fixed or PTZ, wired or wireless, infrared or non-infrared. Important camera specifications include resolution, sensitivity, focal length, lenses, angle of view, and zoom. Proper camera placement considers vulnerable spots like doors, windows, and blind corners both inside and outside to provide effective security monitoring.
The document discusses security measures at prisons. It describes implementing multiple security layers including outdoor and indoor perimeters. The outdoor perimeter involves fences, walls, concertina wire and barriers like microwave or infrared beams. Indoor security includes gates, doors and restricted access. Video surveillance and detection technologies help monitor these areas. The key is detecting and preventing unauthorized access across security layers to protect the prison perimeter and prevent escapes.
This document summarizes the key elements of a CCTV (closed-circuit television) system. It describes two main types of CCTV systems: wired and wireless. Important elements that are discussed include cameras, lenses, monitors, and DVR (digital video recorder). Different types of cameras are outlined, including indoor cameras, outdoor cameras, IR (infrared) day/night cameras, dome cameras, bullet cameras, and PTZ (pan-tilt-zoom) cameras. Advantages of CCTV systems include increased security, easy maintenance, and assisting police. Disadvantages include limited camera views, required maintenance, potential hacking, and privacy issues.
Brochure videofied outdoor home business enIlias Varsamis
The Videofied home security system deters intruders before a break-in occurs using outdoor cameras, sirens, and lights. The wireless system notifies monitoring stations and homeowners of intrusions in real-time via video. It provides protection for homes, businesses, and other properties using battery-powered indoor and outdoor cameras with a 4-year lifespan.
CCTV systems use cameras to visually monitor multiple environments simultaneously. CCTV technology has evolved from analog to digital cameras and storage. Key CCTV system components include cameras, lenses, transmission media, monitors, power sources, and recording/storage devices. Common camera types like dome, bullet, and PTZ cameras are suited to different monitoring needs. NVRs are used to view, control, and record video from IP cameras over a network. POE cameras receive power directly through Ethernet cables.
The AgileMesh GroundView Series SENTINEL is a portable surveillance system that includes a camera deployment unit, one or two ruggedized PTZ cameras, a wireless networking node, antennas, and a carrying case. It is designed to establish live video surveillance around major incidents to provide situational awareness and evidence gathering. Video is securely transmitted via AgileMesh's proprietary CommandMesh software and the system can operate independently or be integrated with other surveillance assets on scene.
This document discusses CCTV camera types and installation. It defines CCTV as a system used to monitor or record images on premises. There are two main types of CCTV systems - wired and wireless. CCTV cameras have various benefits including maintaining security, observing behavior, traffic monitoring, and overseeing hazardous areas. The different types of CCTV cameras include indoor cameras, outdoor cameras, IR day/night cameras, dome cameras, bullet cameras, vandal proof cameras, and PTZ cameras. The document provides brief descriptions of each camera type and their common uses. It also mentions that CCTV installation involves the hardware and software components being fully installed and operational.
This document discusses common misconceptions about securing VoIP systems and SIP trunking. It outlines known security threats to SIP such as theft of services, eavesdropping, and denial of service attacks. The document then addresses three specific misconceptions: 1) that eavesdropping on VoIP is easy, but securing media with SRTP and signaling with SIP/TLS protects phones, 2) that SIP trunking can be secured with only a SIP firewall when an SBC is actually needed to prevent DoS attacks, and 3) that good security is very expensive when AudioCodes offers affordable solutions that support encryption and other best practices. Overall it provides an overview of SIP security risks and strategies for properly securing VoIP networks
The document discusses security technology systems offered by Sil-Zambia including CCTV, access control, intruder alarms, and perimeter protection. It provides details on CCTV cameras and DVR recorders, central monitoring systems, IP video surveillance software, access control readers, integrated alarm systems, and proposed security systems for a development project. The systems discussed aim to provide advanced security solutions for government, business, industry and other sectors in Zambia.
Network video surveillance offers versatile perimeter protection that allows property owners to monitor their premises remotely and identify real security threats. Thermal network cameras can detect intruders day or night without requiring light, and trigger PTZ cameras to provide high-resolution video for verification. Even small, automated systems using video analytics can effectively protect perimeters in a scalable and cost-efficient way, sending real-time alerts while reducing false alarms. Network video surveillance enables early detection of intrusions as well as verification of security incidents, distinguishing real threats from false alarms.
The document discusses security issues that arise from using fog computing in internet of things (IoT) systems. It begins with introducing cloud computing, IoT, and fog computing. Fog computing provides benefits over cloud by acting as an intermediate layer between IoT devices and cloud to reduce latency. However, fog introduces new security threats including man-in-the-middle attacks, malicious fog nodes, and privacy issues. The document examines existing security technologies that could help address these threats and proposes that future work develop systems to efficiently analyze logs from fog environments.
James M. Atkinson will present "Telephone Defenses Against the Dark Arts" on May 18th from 12:00-1:00 PM in the BBN Cafeteria. The presentation will explore modern eavesdropping threats posed by telephone equipment, common penetration points exploited by eavesdroppers, and methods to detect penetrations and secure telephone communications. It will also cover securing voice over internet protocol systems and include examples of prior hacks and attacks.
They reduce the need for foot patrols by security guards. The speed, maneuverability, and advanced technologies of UAVs make them a valuable complement to ground security. Drone security ensures efficient monitoring and coverage of normally inaccessible areas.
CCTV systems use video cameras to transmit signals to monitors. The basic components are cameras, lenses, DVRs, and monitors. There are wired and wireless CCTV systems. Camera types include indoor, outdoor, dome, PTZ, IR/day night, bullet, and vandal proof cameras. CCTV provides security and monitoring advantages like maintaining security in homes, businesses, traffic monitoring, crime prevention, and detection.
A CCTV system consists of cameras, a DVR, monitor, power supply, and wire that work together to provide security for homes, small businesses, commercial buildings, schools, and public transportation through video surveillance. The system requires cameras in different styles like PTZ, dome, bullet, or specialty models as well as additional equipment, tools, power supplies, baluns, and wire to set up and operate.
CCTV systems use video cameras to monitor locations and transmit signals to specific monitors. There are two main types - wired and wireless. Camera types include indoor, outdoor, infrared, dome, bullet, and hidden. Key CCTV system components are cameras, DVR for recording, wiring, power supply, and connectors. CCTV is used for various security and monitoring purposes like traffic monitoring, crime prevention, and restricting access to secure areas.
This certificate awards Amanda Townsend with an Authorized User number of CVI-20150319-1117737 for access to Chemical-terrorism Vulnerability Information. The certificate was issued by the Office of Infrastructure Protection on March 19, 2015 under the Director of the Infrastructure Security Compliance Division.
Video surveillance systems monitor behavior through electronic equipment like CCTV cameras. They were originally used by businesses to prevent theft but are now commonly used in homes. During installation, cameras are placed outside in areas like entrances and hidden areas near windows. Cameras transmit video signals through coaxial cables to monitors. There are different types of cameras like CCTV, dome, and infrared cameras. Video surveillance provides security benefits like real-time monitoring, remote access, and high quality recordings that can be used as evidence. It increases security for public spaces, businesses, and homes.
Public Awareness on Defense Against IEDs (Improvised Explosive Devices)Tariq Mahmood
World as a whole is suffering from terrorism who are using IEDs for targeting human and important installations.In order to play my part for saving our planet, this is a small contribution to share with.
CCTV cameras are used for security purposes and have closed circuit signals that are monitored rather than publicly distributed. The key components of a CCTV system are cameras, a digital video recorder, monitor, cables or wireless connection, a router, and a PC or smartphone. Camera types can be indoor/outdoor, fixed or PTZ, wired or wireless, infrared or non-infrared. Important camera specifications include resolution, sensitivity, focal length, lenses, angle of view, and zoom. Proper camera placement considers vulnerable spots like doors, windows, and blind corners both inside and outside to provide effective security monitoring.
The document discusses security measures at prisons. It describes implementing multiple security layers including outdoor and indoor perimeters. The outdoor perimeter involves fences, walls, concertina wire and barriers like microwave or infrared beams. Indoor security includes gates, doors and restricted access. Video surveillance and detection technologies help monitor these areas. The key is detecting and preventing unauthorized access across security layers to protect the prison perimeter and prevent escapes.
This document summarizes the key elements of a CCTV (closed-circuit television) system. It describes two main types of CCTV systems: wired and wireless. Important elements that are discussed include cameras, lenses, monitors, and DVR (digital video recorder). Different types of cameras are outlined, including indoor cameras, outdoor cameras, IR (infrared) day/night cameras, dome cameras, bullet cameras, and PTZ (pan-tilt-zoom) cameras. Advantages of CCTV systems include increased security, easy maintenance, and assisting police. Disadvantages include limited camera views, required maintenance, potential hacking, and privacy issues.
Brochure videofied outdoor home business enIlias Varsamis
The Videofied home security system deters intruders before a break-in occurs using outdoor cameras, sirens, and lights. The wireless system notifies monitoring stations and homeowners of intrusions in real-time via video. It provides protection for homes, businesses, and other properties using battery-powered indoor and outdoor cameras with a 4-year lifespan.
CCTV systems use cameras to visually monitor multiple environments simultaneously. CCTV technology has evolved from analog to digital cameras and storage. Key CCTV system components include cameras, lenses, transmission media, monitors, power sources, and recording/storage devices. Common camera types like dome, bullet, and PTZ cameras are suited to different monitoring needs. NVRs are used to view, control, and record video from IP cameras over a network. POE cameras receive power directly through Ethernet cables.
The AgileMesh GroundView Series SENTINEL is a portable surveillance system that includes a camera deployment unit, one or two ruggedized PTZ cameras, a wireless networking node, antennas, and a carrying case. It is designed to establish live video surveillance around major incidents to provide situational awareness and evidence gathering. Video is securely transmitted via AgileMesh's proprietary CommandMesh software and the system can operate independently or be integrated with other surveillance assets on scene.
This document discusses CCTV camera types and installation. It defines CCTV as a system used to monitor or record images on premises. There are two main types of CCTV systems - wired and wireless. CCTV cameras have various benefits including maintaining security, observing behavior, traffic monitoring, and overseeing hazardous areas. The different types of CCTV cameras include indoor cameras, outdoor cameras, IR day/night cameras, dome cameras, bullet cameras, vandal proof cameras, and PTZ cameras. The document provides brief descriptions of each camera type and their common uses. It also mentions that CCTV installation involves the hardware and software components being fully installed and operational.
This document discusses common misconceptions about securing VoIP systems and SIP trunking. It outlines known security threats to SIP such as theft of services, eavesdropping, and denial of service attacks. The document then addresses three specific misconceptions: 1) that eavesdropping on VoIP is easy, but securing media with SRTP and signaling with SIP/TLS protects phones, 2) that SIP trunking can be secured with only a SIP firewall when an SBC is actually needed to prevent DoS attacks, and 3) that good security is very expensive when AudioCodes offers affordable solutions that support encryption and other best practices. Overall it provides an overview of SIP security risks and strategies for properly securing VoIP networks
The document discusses security technology systems offered by Sil-Zambia including CCTV, access control, intruder alarms, and perimeter protection. It provides details on CCTV cameras and DVR recorders, central monitoring systems, IP video surveillance software, access control readers, integrated alarm systems, and proposed security systems for a development project. The systems discussed aim to provide advanced security solutions for government, business, industry and other sectors in Zambia.
Network video surveillance offers versatile perimeter protection that allows property owners to monitor their premises remotely and identify real security threats. Thermal network cameras can detect intruders day or night without requiring light, and trigger PTZ cameras to provide high-resolution video for verification. Even small, automated systems using video analytics can effectively protect perimeters in a scalable and cost-efficient way, sending real-time alerts while reducing false alarms. Network video surveillance enables early detection of intrusions as well as verification of security incidents, distinguishing real threats from false alarms.
The document discusses security issues that arise from using fog computing in internet of things (IoT) systems. It begins with introducing cloud computing, IoT, and fog computing. Fog computing provides benefits over cloud by acting as an intermediate layer between IoT devices and cloud to reduce latency. However, fog introduces new security threats including man-in-the-middle attacks, malicious fog nodes, and privacy issues. The document examines existing security technologies that could help address these threats and proposes that future work develop systems to efficiently analyze logs from fog environments.
James M. Atkinson will present "Telephone Defenses Against the Dark Arts" on May 18th from 12:00-1:00 PM in the BBN Cafeteria. The presentation will explore modern eavesdropping threats posed by telephone equipment, common penetration points exploited by eavesdroppers, and methods to detect penetrations and secure telephone communications. It will also cover securing voice over internet protocol systems and include examples of prior hacks and attacks.
They reduce the need for foot patrols by security guards. The speed, maneuverability, and advanced technologies of UAVs make them a valuable complement to ground security. Drone security ensures efficient monitoring and coverage of normally inaccessible areas.
Beyond the Horizon: Exploring the Benefits of Drone-Assisted Roof InspectionsFALCON 3D
That's where drone-assisted roof inspections come in, providing a game-changing method to analyzing and maintaining roofs with unprecedented precision and efficiency.
Know More: https://www.falcon3dme.com/drone-roof-survey.html
A large multinational manufacturer faced challenges detecting sophisticated attacks within its global IT environment and protecting its intellectual property. It used an active monitoring service and Symantec but failed to detect a breach. After a proof of concept where Cybereason detected an APT, the manufacturer deployed Cybereason across 30,000 endpoints. Cybereason provided improved detection of attacks through behavioral analysis, broad visibility of global endpoints, and more efficient investigation through automation compared to the manufacturer's previous solutions.
International Journal of Engineering Inventions (IJEI) provides a multidisciplinary passage for researchers, managers, professionals, practitioners and students around the globe to publish high quality, peer-reviewed articles on all theoretical and empirical aspects of Engineering and Science.
"EGNOS and Galileo: towards an Integrated European PNT Infrastructure", presentation at the International Workshop on "GNSS technologies advances in a multi-constellation framework“, SOGEI, Roma, 26 September 2014
Wi-Fi Sensing: Attack on Privacy & CountermeasuresSpeck&Tech
Wi-Fi signals can be used to sense and track a person's location without consent by analyzing the channel state information (CSI) of packets. This poses a privacy risk. The document proposes obfuscating the CSI through randomization techniques at the transmitter to "blur" location fingerprints while maintaining communication performance. Experiments show basic randomization reduces correct localization from over 90% to under 20% for a single receiver. Advanced techniques balance privacy and packet delivery rate. Proper CSI manipulation can help counter unwarranted Wi-Fi tracking while allowing normal operation.
This document outlines a project to design an intruder detection and burglar alarm system for a restaurant. It includes a block diagram of the CCTV and burglar alarm systems, comparisons of different security equipment options considering factors like detection range, resolution, and price. Equipment selections and quantities are presented along with the total estimated cost. The conclusions discuss how the designed security system would help safeguard the restaurant using integrated intelligent coordinated technologies.
WI-GIM Life: Wireless Sensor Network for Ground Instability Monitoring. The t...ICGCat
The WI-GIM Life project developed a wireless sensor network for monitoring ground instability using radio frequency technology. The network uses sensor nodes that can measure distance between each other to detect ground movement. Testing of prototype nodes in Italy and Spain found they could detect movement with accuracy of 8 cm or less over distances of up to 150 meters. The low-cost and flexible network design allows quick installation and monitoring of unstable areas in real-time to provide early warnings of landslides. Further optimization of the technology could reduce the size and energy needs of the sensor nodes.
Coal Mine Safety Monitoring and Alerting SystemIRJET Journal
This document describes a proposed coal mine safety monitoring and alerting system using sensors and wireless transmission. The system would monitor miners' safety in several ways: (1) It would attach sensors to miners' helmets to monitor air quality and gas levels, and detect if a miner falls or removes their helmet. (2) It would transmit sensor data from the helmets to a base station using Zigbee wireless technology. (3) If gas levels exceed thresholds or other emergencies are detected, it would alert miners by flashing helmet lights and sending messages. The goal is to provide real-time monitoring of miners' conditions and early warnings of safety issues to help prevent accidents and save lives in underground coal mines.
2010: Mobile Security - WHYMCA Developer ConferenceFabio Pietrosanti
The document provides an overview of mobile security threats from Fabio Pietrosanti. It discusses key differences between mobile and IT security, including high user trust in operators, many hardware and software platforms, and challenges with patching vulnerabilities. It also covers mobile device security issues, various mobile security models (e.g. centralized app stores for iPhone vs. no signing for Android), and common attack vectors like SMS exploits, Bluetooth hacking, and link layer vulnerabilities in cellular protocols.
1. The document discusses various physical and procedural security measures for protecting assets, including barriers like walls and fences, access control systems, locks, alarms, lighting, and CCTV monitoring.
2. It describes different types of motion sensors that can be used to detect intruders, such as microwave, electric field, vibration, infrared, and glass breaking sensors.
3. The security system should be continuously monitored from a central control room and have backup power to function if primary power is lost.
ZONeSEC is an EU project that developed an early warning framework for security in wide zones. It ran from 2014 to 2018. The framework integrates various sensors like radar, acoustic, and video analytics to detect physical and cyber threats. It uses distributed processing and data fusion to analyze signals from numerous scalable sensors. Three pilot demonstrations tested the integrated system in different environments and scenarios. The final pilot will integrate legacy systems, detect cyber and physical intrusions, and use drones for remote monitoring.
The document discusses risks and vulnerabilities in cyber-physical systems (CPS), especially those used in defense applications. It notes that CPS integrate computation and physical processes to monitor and control systems. In the defense sector, CPS and embedded systems are critical to network-centric warfare approaches. However, these systems are vulnerable to hardware Trojans, which are malicious modifications made during integrated circuit manufacturing that can undermine trust in affected systems. Specifically, hardware Trojans could mislead information sharing between nodes in a network-centric system, degrading situational awareness and decision making with potentially severe consequences for military missions. The document calls for preventive methods at the design, fabrication, and post-fabrication stages to help address these risks
This document discusses security implications for wireless sensor systems in industrial environments. It begins by introducing the presenter and their expertise in wireless sensor networking. Several experts note security as a major concern for industrial wireless, citing risks like hacking, jamming, and eavesdropping. A case study describes how a disgruntled employee hacked into a wireless sewage system, spilling millions of liters of waste. The document emphasizes that security is needed to manage risks from both internal and external threats, and that wireless sensors will continue growing but require proper security measures.
Wireless Sensor Systems Security Implications for the Industrial Environment ...PawachMetharattanara
This document summarizes a presentation on wireless sensor systems and security implications for industrial environments. It discusses how security is a key concern for wireless networks due to threats like hacking and interference. It also reviews different wireless technologies like WiFi, Bluetooth, and 802.15.4 and how they achieve security through methods like encryption, frequency hopping, and direct sequence spread spectrum. The presentation emphasizes that as wireless networks become more common, security should be a primary consideration to prevent threats from both outside hackers and disgruntled insiders.
Le misure minime di sicurezza AgID e come questi si intrecciano all’applicazi...Andrea Praitano
Seminario introduttivo tenuto presso l'Ordine degli ingegneri di Macerata relativo alle Misure Minime AgID per la Pubblica Amministrazione, come queste sono state redatte e come si possono andare ad applicare. Inoltre è stata presentata una possibile correlazione con il nuovo framework sulla protezione dei dati (GDPR) e con la Direttiva NIS
Introduzione al nuovo quadro normativo Europeo per la protezione dei dati (20...Andrea Praitano
Seminario tenuto presso l'Ordine degli Ingegneri di Macerata finalizzato a presentare un'introduzione al nuovo framework europeo sulla protezione dei dati e privacy.
2017 07-10 - proposta di regolamento e privacy v2Andrea Praitano
Presentazione tenuta presso il seminario di ISAC Roma relativa alla proposta di Regolamento ePrivacy che andrà a sostituire la Direttiva 2002/58/EC e relativa ai servizi over the top.
Intervento tenuto insieme a Luigi Buglione e Maxime Sottini alla conferenza annuale di itSMF Italia del 2011 relativo alle novità della revisione di ITIL.
Intervento relativo alla fase di Continual Service Improvement tenuto all'interno del tutorial organizzato da itSMF Italia relativo alla nuova versione di ITIL (26/11/2011)
Impatto dell’utilizzo dei droni sulla sicurezza e sulla privacyAndrea Praitano
Presentazione tenuta presso il Forum ICT Security 2015 (16/10/2015) relativo alla tematica sicurezza, penetration testing e violazioni della privacy attraverso l'utilizzo di droni.
Problem Management proattivo di sicurezza secondo ITIL: attività di Ethical H...Andrea Praitano
Presentazione tenuta presso il Security Summit del 2011 e relativa all'inquadramento delle attività di Etical Hacking come problem management proattivo.
L’utilizzo crescente dei droni, che implicazioni sulla privacyAndrea Praitano
Presentazione tenuta al TECHNOLOGY for ALL 2015 nell'ambito della sessione La sicurezza delle informazioni nell’era dello “Urban Cyber Space” per conto della Commissione Sicurezza Informatica dell'Ordine degli Ingegneri di Roma
This presentation by Juraj Čorba, Chair of OECD Working Party on Artificial Intelligence Governance (AIGO), was made during the discussion “Artificial Intelligence, Data and Competition” held at the 143rd meeting of the OECD Competition Committee on 12 June 2024. More papers and presentations on the topic can be found at oe.cd/aicomp.
This presentation was uploaded with the author’s consent.
Suzanne Lagerweij - Influence Without Power - Why Empathy is Your Best Friend...Suzanne Lagerweij
This is a workshop about communication and collaboration. We will experience how we can analyze the reasons for resistance to change (exercise 1) and practice how to improve our conversation style and be more in control and effective in the way we communicate (exercise 2).
This session will use Dave Gray’s Empathy Mapping, Argyris’ Ladder of Inference and The Four Rs from Agile Conversations (Squirrel and Fredrick).
Abstract:
Let’s talk about powerful conversations! We all know how to lead a constructive conversation, right? Then why is it so difficult to have those conversations with people at work, especially those in powerful positions that show resistance to change?
Learning to control and direct conversations takes understanding and practice.
We can combine our innate empathy with our analytical skills to gain a deeper understanding of complex situations at work. Join this session to learn how to prepare for difficult conversations and how to improve our agile conversations in order to be more influential without power. We will use Dave Gray’s Empathy Mapping, Argyris’ Ladder of Inference and The Four Rs from Agile Conversations (Squirrel and Fredrick).
In the session you will experience how preparing and reflecting on your conversation can help you be more influential at work. You will learn how to communicate more effectively with the people needed to achieve positive change. You will leave with a self-revised version of a difficult conversation and a practical model to use when you get back to work.
Come learn more on how to become a real influencer!
This presentation by Nathaniel Lane, Associate Professor in Economics at Oxford University, was made during the discussion “Pro-competitive Industrial Policy” held at the 143rd meeting of the OECD Competition Committee on 12 June 2024. More papers and presentations on the topic can be found at oe.cd/pcip.
This presentation was uploaded with the author’s consent.
This presentation by OECD, OECD Secretariat, was made during the discussion “Competition and Regulation in Professions and Occupations” held at the 77th meeting of the OECD Working Party No. 2 on Competition and Regulation on 10 June 2024. More papers and presentations on the topic can be found at oe.cd/crps.
This presentation was uploaded with the author’s consent.
Collapsing Narratives: Exploring Non-Linearity • a micro report by Rosie WellsRosie Wells
Insight: In a landscape where traditional narrative structures are giving way to fragmented and non-linear forms of storytelling, there lies immense potential for creativity and exploration.
'Collapsing Narratives: Exploring Non-Linearity' is a micro report from Rosie Wells.
Rosie Wells is an Arts & Cultural Strategist uniquely positioned at the intersection of grassroots and mainstream storytelling.
Their work is focused on developing meaningful and lasting connections that can drive social change.
Please download this presentation to enjoy the hyperlinks!
Carrer goals.pptx and their importance in real lifeartemacademy2
Career goals serve as a roadmap for individuals, guiding them toward achieving long-term professional aspirations and personal fulfillment. Establishing clear career goals enables professionals to focus their efforts on developing specific skills, gaining relevant experience, and making strategic decisions that align with their desired career trajectory. By setting both short-term and long-term objectives, individuals can systematically track their progress, make necessary adjustments, and stay motivated. Short-term goals often include acquiring new qualifications, mastering particular competencies, or securing a specific role, while long-term goals might encompass reaching executive positions, becoming industry experts, or launching entrepreneurial ventures.
Moreover, having well-defined career goals fosters a sense of purpose and direction, enhancing job satisfaction and overall productivity. It encourages continuous learning and adaptation, as professionals remain attuned to industry trends and evolving job market demands. Career goals also facilitate better time management and resource allocation, as individuals prioritize tasks and opportunities that advance their professional growth. In addition, articulating career goals can aid in networking and mentorship, as it allows individuals to communicate their aspirations clearly to potential mentors, colleagues, and employers, thereby opening doors to valuable guidance and support. Ultimately, career goals are integral to personal and professional development, driving individuals toward sustained success and fulfillment in their chosen fields.
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In this mini-workshop, we’ll play games for psychological safety and team culture utilizing a deck of coaching cards, The Psychological Safety Cards. We will learn how to use gamification to gain a better understanding of what’s going on in teams. Individuals share what they have learned from working in teams, what has impacted the team’s safety and culture, and what has led to positive change.
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XP 2024 presentation: A New Look to Leadershipsamililja
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This presentation was uploaded with the author’s consent.
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This presentation was uploaded with the author’s consent.
This presentation by OECD, OECD Secretariat, was made during the discussion “Artificial Intelligence, Data and Competition” held at the 143rd meeting of the OECD Competition Committee on 12 June 2024. More papers and presentations on the topic can be found at oe.cd/aicomp.
This presentation was uploaded with the author’s consent.
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This presentation was uploaded with the author’s consent.
Artificial Intelligence, Data and Competition – SCHREPEL – June 2024 OECD dis...
[Wef 2017] praitano v1.0
1. HOW TO PROTECT THE COMMON HERITAGE SITES WITH
LIMITED IMPACT IN THE SURVEILLANCE? A DYNAMIC
AND NOT INVASIVE SURVEILLANCE SYSTEM THROUGH
THE USE OF DRONES AND OTHER TOOLS FROM
MILITARY KNOWLEDGE.
Andrea Praitano, Giuseppe G. Zorzino
Cybersecurity commission, Ordine degli Ingegneri di Roma, Italy
andrea.praitano@gmail.com
zorteam@mclink.it
Ing. A. Praitano and Ing. G. Zorzino : Ordine degli Ingegneri di Roma - Cybersecurity commission29/11/2017 1
2. ABOUT THE AUTHORS
Ing. A. Praitano and Ing. G. Zorzino : Ordine degli Ingegneri di Roma - Cybersecurity commission29/11/2017 2
Author Co-Author
Chairman of the Hybrid
Cyber Warfare WG
Lieutenant on
leave
Major on leave
Member of the
Board
Member of the
Board
22301:2012
ANDREA PRAITANO GIUSEPPE G. ZORZINO
3. TABLE OF CONTENTS
1. Description of the type of common heritage sites
2. Main problems in the protection of sites
3. State of the art of the physical security in site
protection
4. Alternative/integrative tools
5. Possible dynamic and not invasive solutions based on
military tools
6. Conclusions
7. Questions and Answers
29/11/2017 Ing. A. Praitano and Ing. G. Zorzino : Ordine degli Ingegneri di Roma - Cybersecurity commission 3
+
4. TYPES OF COMMON HERITAGE SITES
29/11/2017 Ing. A. Praitano and Ing. G. Zorzino : Ordine degli Ingegneri di Roma - Cybersecurity commission 4
High number of sites. The tentative list of UNESCO talk about 1681 sites located in 177
different countries.
Source: http://whc.unesco.org/en
1/2
5. DESCRIPTION OF THE TYPE OF COMMON HERITAGE SITES
29/11/2017 Ing. A. Praitano and Ing. G. Zorzino : Ordine degli Ingegneri di Roma - Cybersecurity commission 5
Some examples in the centre of Italy
Source: http://whc.unesco.org/en
Etruscan Necropolises of
Cerveteri and Tarquinia
Italy - Provinces of Rome and
Viterbo, Region of Latium
Date of Inscription: 2004
Property: 326.93 ha
Buffer zone: 4,932.11 ha
Ref: 1158
Villa Adriana (Tivoli)
Italy - Provinces of Rome,
Region of Latium
Date of Inscription: 1999
Property: 80 ha
Buffer zone: 500 ha
Ref: 907
Villa d'Este, Tivoli
Italy - Provinces of Rome,
Region of Latium
Date of Inscription: 2001
Property: 4.5 ha
Buffer zone: 7 ha
Ref: 1025
2/2
6. MAIN PROBLEMS IN THE PROTECTION OF SITES
• The size of the site is a problem for the protection:
• Number of security’s end-points;
• High number of events (and false positive events!);
• Impact on the beauty and structure of the site:
• Low (or zero) impact;
• Number of security’s end points;
• Size of some security’s end points;
• Shape of typical security’s end points;
• Types and numbers of threats to the sites:
• Many different threats (voluntary and involuntary);
• From static attack scenario to dynamic scenarios;
• Costs of the site’s protection.
29/11/2017 Ing. A. Praitano and Ing. G. Zorzino : Ordine degli Ingegneri di Roma - Cybersecurity commission 6
7. THE PROCESS OF THE PROTECTION DESIGN
29/11/2017 Ing. A. Praitano and Ing. G. Zorzino : Ordine degli Ingegneri di Roma - Cybersecurity commission 7
Threats
analysis
Information
gathering and
definition of
attacks
scenarios
Definition of
protection
strategy
Tools’
identification
Set-up of the
protection
infrastructure
8. ALTERNATIVE/INTEGRATIVE TOOLS
• Thermal sensors;
• Infrared sensors;
• Movement sensors;
• Short Wave Infrared (SWIR) Night Vision
Cameras;
• Drones/UAV 4-6-8 rotors;
• Drones/UAV fixed wings;
• Ranger HDC MultiSensor;
• Illuminator;
• Radar;
• ……..
29/11/2017 Ing. A. Praitano and Ing. G. Zorzino : Ordine degli Ingegneri di Roma - Cybersecurity commission 8
1/2
9. ALTERNATIVE/INTEGRATIVE TOOLS
29/11/2017 Ing. A. Praitano and Ing. G. Zorzino : Ordine degli Ingegneri di Roma - Cybersecurity commission 9
Visible SWIR
Thermal SWIR
Flight autonomy: around 30’
Distance: 100 Km
Flight autonomy: around 90’
Distance: 100 ÷ 150 Km
Range: from 3 to 20 Km
2/2
10. SURVEILLANCE STRATEGY
A possible surveillance strategy with low environmental impact:
• A central control room;
• Boundary control through video camera and enclosures;
• Remote sensors (with low environmental impact) in the site;
• Permanent control through radar(s);
• Time driven control through drone(s) fixed wing;
• Event driven control through:
• Drone(s) multi rotors with camera, microphone and speaker;
• Private/public policeman.
29/11/2017 Ing. A. Praitano and Ing. G. Zorzino : Ordine degli Ingegneri di Roma - Cybersecurity commission 10
11. THE SITE
POSSIBLE DYNAMIC AND NOT INVASIVE SOLUTIONS
BASED ON MILITARY TOOLS - SCENARIO
29/11/2017 Ing. A. Praitano and Ing. G. Zorzino : Ordine degli Ingegneri di Roma - Cybersecurity commission 11
Thermal sensor
Movement sensor
IR sensor
ALARM
ALARM
PERIODIC CONTROL
Drone/UAV Fixed wing
Drone/UAV multi rotors
PERMANENT
CONTROL
12. POSSIBLE DYNAMIC AND NOT INVASIVE SOLUTIONS
BASED ON MILITARY TOOLS - ARCHITECTURE
29/11/2017 Ing. A. Praitano and Ing. G. Zorzino : Ordine degli Ingegneri di Roma - Cybersecurity commission 12
13. CONCLUSIONS
• The heritage sites have a lot of threats;
• The heritage sites have many environmental constraint;
• The modern attacks are mixed and dynamic;
• The modern technologies have a limits (e.g. flight time);
• It is possible use a mixed approach to protect the sites;
• …and respect the beauty of the sites!
29/11/2017 Ing. A. Praitano and Ing. G. Zorzino : Ordine degli Ingegneri di Roma - Cybersecurity commission 13
14. 29/11/2017 Ing. A. Praitano and Ing. G. Zorzino : Ordine degli Ingegneri di Roma - Cybersecurity commission 14
15. 29/11/2017 Ing. A. Praitano and Ing. G. Zorzino : Ordine degli Ingegneri di Roma - Cybersecurity commission 15
ING. ANDREA PRAITANO
andrea.praitano@gmail.com
@apraitano
+39 328 8122642
it.linkedin.com/in/andreapraitano/
Cybersecurity
commission
ING. GIUSEPPE G. ZORZINO
zorteam@mclink.it
+39 347 1872858
it.linkedin.com/in/zorzinogiuseppe/