Fundamentals of Traffic Analysis (Radio-Telegraph
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Threat Defense: Cyber Deception Approach and Education for Resilience in Hybrid Threats Model
S S symmetry Article Threat Defense: Cyber Deception Approach and Education for Resilience in Hybrid Threats Model William Steingartner 1,* , Darko Galinec 2 and Andrija Kozina 3 1 Faculty of Electrical Engineering and Informatics, Technical University of Košice, Letná 9, 042 00 Košice, Slovakia 2 Department of Informatics and Computing, Zagreb University of Applied Sciences, Vrbik 8, 10000 Zagreb, Croatia; [email protected] 3 Dr. Franjo Tudman¯ Croatian Defence Academy, 256b Ilica Street, 10000 Zagreb, Croatia; [email protected] * Correspondence: [email protected] Abstract: This paper aims to explore the cyber-deception-based approach and to design a novel conceptual model of hybrid threats that includes deception methods. Security programs primarily focus on prevention-based strategies aimed at stopping attackers from getting into the network. These programs attempt to use hardened perimeters and endpoint defenses by recognizing and blocking malicious activities to detect and stop attackers before they can get in. Most organizations implement such a strategy by fortifying their networks with defense-in-depth through layered prevention controls. Detection controls are usually placed to augment prevention at the perimeter, and not as consistently deployed for in-network threat detection. This architecture leaves detection gaps that are difficult to fill with existing security controls not specifically designed for that role. Rather than using prevention alone, a strategy that attackers have consistently succeeded against, defenders Citation: Steingartner, W.; are adopting a more balanced strategy that includes detection and response. Most organizations Galinec, D.; Kozina, A. Threat Defense: Cyber Deception Approach deploy an intrusion detection system (IDS) or next-generation firewall that picks up known attacks and Education for Resilience in or attempts to pattern match for identification. -
Battle Management Language: History, Employment and NATO Technical Activities
Battle Management Language: History, Employment and NATO Technical Activities Mr. Kevin Galvin Quintec Mountbatten House, Basing View, Basingstoke Hampshire, RG21 4HJ UNITED KINGDOM [email protected] ABSTRACT This paper is one of a coordinated set prepared for a NATO Modelling and Simulation Group Lecture Series in Command and Control – Simulation Interoperability (C2SIM). This paper provides an introduction to the concept and historical use and employment of Battle Management Language as they have developed, and the technical activities that were started to achieve interoperability between digitised command and control and simulation systems. 1.0 INTRODUCTION This paper provides a background to the historical employment and implementation of Battle Management Languages (BML) and the challenges that face the military forces today as they deploy digitised C2 systems and have increasingly used simulation tools to both stimulate the training of commanders and their staffs at all echelons of command. The specific areas covered within this section include the following: • The current problem space. • Historical background to the development and employment of Battle Management Languages (BML) as technology evolved to communicate within military organisations. • The challenges that NATO and nations face in C2SIM interoperation. • Strategy and Policy Statements on interoperability between C2 and simulation systems. • NATO technical activities that have been instigated to examine C2Sim interoperation. 2.0 CURRENT PROBLEM SPACE “Linking sensors, decision makers and weapon systems so that information can be translated into synchronised and overwhelming military effect at optimum tempo” (Lt Gen Sir Robert Fulton, Deputy Chief of Defence Staff, 29th May 2002) Although General Fulton made that statement in 2002 at a time when the concept of network enabled operations was being formulated by the UK and within other nations, the requirement remains extant. -
Trend Micro Incorporated Research Paper 2012
Trend Micro Incorporated Research Paper 2012 Detecting APT Activity with Network Traffic Analysis Nart Villeneuve and James Bennett Contents About This Paper .................................................................................................................................. 1 Introduction ........................................................................................................................................... 1 Detecting Remote Access Trojans ................................................................................................... 3 GhostNet......................................................................................................................................... 3 Nitro and RSA Breach .................................................................................................................4 Detecting Ongoing Campaigns .........................................................................................................5 Taidoor ............................................................................................................................................5 IXESHE ............................................................................................................................................5 Enfal aka Lurid ..............................................................................................................................6 Sykipot ........................................................................................................................................... -
Atp 6-02.45 Techniques for Tactical Signal Support To
ATP 6-02.45 TECHNIQUES FOR TACTICAL SIGNAL SUPPORT TO THEATER OPERATIONS NOVEMBER 2019 DISTRIBUTION RESTRICTION: Approved for public release, distribution is unlimited. This publication supersedes FMI 6-02.45, dated 5 July 2007. Headquarters, Department of the Army This publication is available at the Army Publishing Directorate site (https://armypubs.army.mil/), and the Central Army Registry site (https://atiam.train.army.mil/catalog/dashboard). *ATP 6-02.45 Army Techniques Publication Headquarters No. 6-02.45 Department of the Army Washington, DC, 07 November 2019 Techniques for Tactical Signal Support to Theater Operations Contents Page PREFACE.................................................................................................................... iii INTRODUCTION .......................................................................................................... v Chapter 1 THE OPERATIONAL ENVIRONMENT .................................................................... 1-1 The Information Environment .................................................................................... 1-1 The Tactical Network ................................................................................................. 1-3 Chapter 2 ECHELONS ABOVE CORPS TACTICAL NETWORK ARCHITECTURE .............. 2-1 Section I –Network Architecture and Transport Capabilities ............................. 2-1 Colorless Core Architecture....................................................................................... 2-1 Network Transport Capabilities -
Introducing Traffic Analysis
Introducing Traffic Analysis George Danezis and Richard Clayton January 26, 2007 1 Introduction In the Second World War, traffic analysis was used by the British at Bletchley Park to assess the size of Germany's air-force, and Japanese traffic analysis countermeasures contributed to the surprise of their 1941 attack on Pearl Harbour. Nowadays, Google uses the incidence of links to assess the relative importance of web pages, credit card companies examine transactions to spot fraudulent patterns of spending, and amateur plane-spotters revealed the CIA's `extraordinary rendition' programme. Diffie and Landau, in their book on wiretapping, went so far as to say that “traffic analysis, not cryptanalysis, is the backbone of communications intelligence" [1]. However, until recently the topic has been neglected by Computer Science academics. A rich literature discusses how to secure the confidentiality, integrity and availability of communication content, but very little work has considered the information leaked from communications ‘traffic data' and how these compromises might be minimised. Traffic data records the time and duration of a communication, and traffic analysis examines this data to determine the detailed shape of the communication streams, the identities of the parties communicating, and what can be established about their locations. The data may even be sketchy or incomplete { simply knowing what `typical' communication patterns look like can be used to infer information about a particular observed communication. Civilian infrastructures, on which state and economic actors are increasingly reliant, are ever more vulnerable to traffic analysis: wireless and GSM telephony are replacing traditional systems, routing is transparent and protocols are overlaid over others { giving plenty of opportunity to observe, and take advantage of the traffic data. -
Mass Surveillance
Mass Surveillance Mass Surveillance What are the risks for the citizens and the opportunities for the European Information Society? What are the possible mitigation strategies? Part 1 - Risks and opportunities raised by the current generation of network services and applications Study IP/G/STOA/FWC-2013-1/LOT 9/C5/SC1 January 2015 PE 527.409 STOA - Science and Technology Options Assessment The STOA project “Mass Surveillance Part 1 – Risks, Opportunities and Mitigation Strategies” was carried out by TECNALIA Research and Investigation in Spain. AUTHORS Arkaitz Gamino Garcia Concepción Cortes Velasco Eider Iturbe Zamalloa Erkuden Rios Velasco Iñaki Eguía Elejabarrieta Javier Herrera Lotero Jason Mansell (Linguistic Review) José Javier Larrañeta Ibañez Stefan Schuster (Editor) The authors acknowledge and would like to thank the following experts for their contributions to this report: Prof. Nigel Smart, University of Bristol; Matteo E. Bonfanti PhD, Research Fellow in International Law and Security, Scuola Superiore Sant’Anna Pisa; Prof. Fred Piper, University of London; Caspar Bowden, independent privacy researcher; Maria Pilar Torres Bruna, Head of Cybersecurity, Everis Aerospace, Defense and Security; Prof. Kenny Paterson, University of London; Agustín Martin and Luis Hernández Encinas, Tenured Scientists, Department of Information Processing and Cryptography (Cryptology and Information Security Group), CSIC; Alessandro Zanasi, Zanasi & Partners; Fernando Acero, Expert on Open Source Software; Luigi Coppolino,Università degli Studi di Napoli; Marcello Antonucci, EZNESS srl; Rachel Oldroyd, Managing Editor of The Bureau of Investigative Journalism; Peter Kruse, Founder of CSIS Security Group A/S; Ryan Gallagher, investigative Reporter of The Intercept; Capitán Alberto Redondo, Guardia Civil; Prof. Bart Preneel, KU Leuven; Raoul Chiesa, Security Brokers SCpA, CyberDefcon Ltd.; Prof. -
Inter-Island Communications
SOUTH CHINA SEA MILITARY CAPABILITY SERIES A Survey of Technologies and Capabilities on China’s Military Outposts in the South China Sea INTER-ISLAND COMMUNICATIONS J. Michael Dahm INTER-ISLAND COMMUNICATIONS J. Michael Dahm Copyright © 2020 The Johns Hopkins University Applied Physics Laboratory LLC. All Rights Reserved. This study contains the best opinion of the author based on publicly available, open- source information at time of issue. It does not necessarily represent the assessments or opinions of APL sponsors. The author is responsible for all analysis and annotations of satellite images contained in this report. Satellite images are published under license from Maxar Technologies/DigitalGlobe, Inc., which retains copyrights to the original images. Satellite images in this report may not be reproduced without the express permission of JHU/APL and Maxar Technologies/DigitalGlobe, Inc. See Appendix A for notes on sources and analytic methods. NSAD-R-20-048 July 2020 Inter-Island Communicaitons Contents Introduction .................................................................................................................. 1 Troposcatter Communications, 散射通信 ..................................................................... 2 VHF/UHF and Other Line-of-Sight Communications ...................................................... 6 4G Cellular Communications ........................................................................................ 7 Airborne Communications Layer ................................................................................. -
The Origination and Evolution of Radio Traffic Analysis: the World War I Era
UNCLASSI Fl ED The Origination and Evolution of Radio Traffic Analysis: The World War I Era (b )(3)-P. L. 86-36 Not unlike the telegraph and ita influence on the American Civil War, the invention of radio had a profound affect on World War I military operations and in all conflicts since 1901. Signals intelligence, a new form. of intelligence produced from. the intercept of radio traffic, developed on a parallel course with radio during the early years of the twentieth century. Although signals intelligence was identified as a method to produce useful and critical information during war, it did not mature as a significant tool until after the ,.War to End All Wars." Radio traffic analysis, a branch of signals intelligence, was not even recognized as a separate technique until long after the First World War ended. Nevertheless, traffic analysis, or TIA, existed as a function in that era and made significant contributions to military operations and to the development ofsignals intelligence. For the American signals intelligence service, radio traffic analysis originated as a technique in the codebreaking section and with the clerks in the goniometric or Direction Finding (DF) service of the American Expeditionary Force. The early cryptanalysts developed TIA techniques to identify the originator and receiver of radio messages and to determine the more important encoded or enciphered messages to attack. TIA also evolved in the DF service with the clerks who discovered ways to produce intelligence from analysis of the externals of messages and from the location ofthe radio transmitters. The increasingly more complex communications systems which defied cryptanalytic attack provided the impetus for these developments. -
Ten Strategies of a World-Class Cybersecurity Operations Center Conveys MITRE’S Expertise on Accumulated Expertise on Enterprise-Grade Computer Network Defense
Bleed rule--remove from file Bleed rule--remove from file MITRE’s accumulated Ten Strategies of a World-Class Cybersecurity Operations Center conveys MITRE’s expertise on accumulated expertise on enterprise-grade computer network defense. It covers ten key qualities enterprise- grade of leading Cybersecurity Operations Centers (CSOCs), ranging from their structure and organization, computer MITRE network to processes that best enable effective and efficient operations, to approaches that extract maximum defense Ten Strategies of a World-Class value from CSOC technology investments. This book offers perspective and context for key decision Cybersecurity Operations Center points in structuring a CSOC and shows how to: • Find the right size and structure for the CSOC team Cybersecurity Operations Center a World-Class of Strategies Ten The MITRE Corporation is • Achieve effective placement within a larger organization that a not-for-profit organization enables CSOC operations that operates federally funded • Attract, retain, and grow the right staff and skills research and development • Prepare the CSOC team, technologies, and processes for agile, centers (FFRDCs). FFRDCs threat-based response are unique organizations that • Architect for large-scale data collection and analysis with a assist the U.S. government with limited budget scientific research and analysis, • Prioritize sensor placement and data feed choices across development and acquisition, enteprise systems, enclaves, networks, and perimeters and systems engineering and integration. We’re proud to have If you manage, work in, or are standing up a CSOC, this book is for you. served the public interest for It is also available on MITRE’s website, www.mitre.org. more than 50 years. -
JP 6-0, Joint Communications System, 10 June 2015
Joint Publication 6-0 T OF EN TH W E I S E' L L M H D T E F T E N A R D R A M P Y E • D • U A N C I I T R E E D M S A T F AT E S O Joint Communications System 10 June 2015 Incorporating Change 1 04 October 2019 PREFACE 1. Scope a. This publication is the keystone document for the communications system series of publications. It provides fundamental principles and guidance to plan, execute, and assess communications system support to joint operations. b. An array of information, underpinned by joint doctrine, is utilized to employ combat power across the range of military operations. The communications system provides the means to synchronize joint forces. c. Reliable, secure, and synchronized information sharing among joint forces, multinational forces, and with non-Department of Defense agencies is essential for effective command and control in today’s network-enabled environment. Information systems and networks provide the means to send, receive, share, and utilize information. The synthesis of advanced communications system capabilities and sound doctrine leads to information superiority, which is essential to success in all military operations. 2. Purpose This publication is the Chairman of the Joint Chiefs of Staff (CJCS) official advice concerning communications in joint operations and provides considerations for military interaction with governmental and nongovernmental agencies, multinational forces, and other interorganizational partners. It does not restrict the authority of the joint force commander (JFC) from organizing forces and executing the mission in a manner deemed most appropriate to ensure unity of effort. -
Wireless Military Communications - NNEC Enabler
Wireless Military Communications - NNEC Enabler Miroslav Hopjan, Zuzana Vranova University of Defence, Department of Communication and Information Systems, Kounicova 65, 60200 Brno, Czech Republic [email protected]. [email protected] Abstract The paper discusses the NATO Network Enabled Capability concept, mainly from the communication point of view. The changes involve complete new requirements on the role of command and control to increase flexibility and effectiveness. Integration of Modeling and Simulation with Command, Control, and Information Systems increases the number of risks but it promises to leverage the projected capability and interoperability. Keywords: NNEC, simulation, tactical communication, CCIS. 1 Introduction This paper does not introduce new technological solution in wireless communications, the point of view is closer to the customer side of the house - how to use the emerging communication technologies in an optimal way supporting the concept of NATO Network Enabled Capability (NNEC) which emphasizes the role of information superiority in modem warfare. The aim is to evaluate number of aspects when implementing this technology in the Czech Army. What role is adequate for contemporary microwave devices, why the implementation is delayed, what risks must be outweighed by benefits of these solutions. Communications networking is the clearly visible part of the solution, and suitability of selected, mostly wireless communication approach, is discussed. Although it is not the core functionality for Command and Control Information Systems (CCIS) it is apparent that NNEC encompasses also Modeling and Simulation (M&S) capability. These two domains have developed different architectures, standards but further progress of one system is related to the other. -
New Directions in Automated Traffic Analysis
New Directions in Automated Traffic Analysis Jordan Holland1, Paul Schmitt1, Nick Feamster2, Prateek Mittal1 1 Princeton University 2 University of Chicago https://nprint.github.io/nprint ABSTRACT This paper reconsiders long-held norms in applying machine Despite the use of machine learning for many network traffic anal- learning to network traffic analysis; namely, we seek to reduce ysis tasks in security, from application identification to intrusion reliance upon human-driven feature engineering. To do so, we detection, the aspects of the machine learning pipeline that ulti- explore whether and how a single, standard representation of a mately determine the performance of the model—feature selection network packet can serve as a building block for the automation of and representation, model selection, and parameter tuning—remain many common traffic analysis tasks. Our goal is not to retread any manual and painstaking. This paper presents a method to auto- specific network classification problem, but rather to argue that mate many aspects of traffic analysis, making it easier to apply many of these problems can be made easier—and in some cases, machine learning techniques to a wider variety of traffic analysis completely automated—with a unified representation of traffic that tasks. We introduce nPrint, a tool that generates a unified packet is amenable for input to existing automated machine learning (Au- representation that is amenable for representation learning and toML) pipelines [14]. To demonstrate this capability, we designed a model training. We integrate nPrint with automated machine learn- standard packet representation, nPrint, that encodes each packet in ing (AutoML), resulting in nPrintML, a public system that largely an inherently normalized, binary representation while preserving eliminates feature extraction and model tuning for a wide variety the underlying semantics of each packet.