UNIVERSIDAD NACIONAL EXPERIMENTAL
"SIMÓN RODRÍGUEZ"
NÚCLEO PALO VERDE

CONTENIDO PROGRAMÁTICO

TEMA 1: GENERALIDADES.

1. DEFINICIÓN DE FINANZAS.
2. CONCEPTO DE FINANZAS INTERNACIONALES.
3. IMPORTANCIA DE LAS FINANZAS INTERNACIONALES.
4. NOMENCLATURA USADAS EN LAS FINANZAS INTERNACIONALES.
5. VALOR DE CAMBIO CON RESPECTO AL DÓLAR Y AL EURO.
6. TIPOS DE OPERACIONES INTERNACIONALES.
7. VENTAJAS Y DESVENTAJAS.

TEMA 2: BALANZA DE PAGOS.

1. CONCEPTO, CARACTERÍSTICAS, TIPOS DE CUENTAS.
2. REGISTRO DE LAS OPERACIONES CONTABLES.
3. PROBLEMAS EN EL REGISTRO DE LAS OPERACIONES EN LA BALANZA DE PAGOS.
4. ANÁLISIS DE LOS EFECTOS DE LA BALANZA DE PAGOS.
5. DESCRIPCIÓN DE LA BALANZA DE PAGOS EN VENEZUELA DESDE EL AÑO 2005 HASTA EL PRESENTE.

TEMA 3: SISTEMA MONETARIO INTERNACIONAL.

1. CONCEPTO DEL SISTEMA MONETARIO INTERNACIONAL.
2. SISTEMA PATRÓN ORO: DEFINICIÓN Y FUNCIONAMIENTO.
3. SISTEMA BRETÓN WOODS: CONCEPTO Y CARACTERÍSTICAS, COMPORTAMIENTO DESDE 1944 HASTA EL PRESENTE.
4. INSTITUCIONES FINANCIERAS INTERNACIONALES: FONDO MONETARIO INTERNACIONAL: SU CREACIÓN, FUNCIONES, TIPOS DE SERVICIO QUE PRESTA, ROL DE ESTOS ORGANISMOS A NIVEL GLOBAL EN LOS ÚLTIMOS AÑOS.
5. BANCO MUNDIAL: CREACIÓN, FUNCIONES, TIPOS DE SERVICIO QUE PRESTA Y ROL DE ESTE ORGANISMO MUNDIAL EN LOS ÚLTIMOS TIEMPOS HASTA EL PRESENTE.
6. BANCO INTERNACIONAL DE PAGO (COMPENSACIÓN): ACUERDO DE BASILEA: SU CREACIÓN, FUNCIONES Y TIPOS DE SERVICIO QUE PRESTA.
7. SISTEMA MONETARIO EUROPEO: CREACIÓN, ESTRUCTURA, FUNCIONES Y TIPOS DE SERVICIO QUE PRESTA.
8. LA MONEDA EURO: COTIZACIÓN, ESTRUCTURA (CANASTA DE VARIAS MONEDAS).
9. DERECHO ESPECIAL DE GIRO: CONCEPTO, FUNCIONES Y ESTRUCTURA.

TEMA 4: MERCADO CAMBIARIO.

1. CONCEPTO DE DIVISA.
2. MERCADO DE DIVISAS.
3. OPERACIONES DE CAMBIO EN EL MERCADO INTERNACIONAL.
4. TIPOS DE COTIZACIONES DE CAMBIO.
5. CONTRATOS A FUTURO (FORWARD): CONCEPTO, FUNCIONES Y TIPOS DE CONTRATOS.
6. SISTEMA CAMBIARIO DE BANDAS: DEFINICIÓN Y FUNCIONAMIENTO.
7. RIESGO CAMBIARIO: CONCEPTO, ELEMENTOS FUNDAMENTALES DEL RIESGO CAMBIARIO: POSICIÓN CORTA Y POSICIÓN LARGA, TIPOS DE RIESGOS DE CAMBIO: TRANSACCIÓN DE BALANCE Y ECONÓMICO, ENDEUDAMIENTO EMPRESARIAL EN MONEDA EXTRANJERA.
8. COMPORTAMIENTO DEL MERCADO CAMBIARIO EN VENEZUELA DESDE 2005 HASTA EL PRESENTE.

TEMA 5: MERCADO FINANCIERO INTERNACIONAL.

1. CONCEPTO Y FINALIDAD.
2. ESTRUCTURA DEL MERCADO FINANCIERO INTERNACIONAL.
3. TIPOS Y FUNCIONAMIENTO DE LOS CRÉDITOS INTERNACIONALES. (TRAER MODELO).
4. MERCADO DE EURODÓLARES: TIPOS Y FUNCIONAMIENTO (TRAER MODELO).
5. MERCADO INTERNACIONAL DE BONOS: CLASIFICACIÓN DEL MERCADO DE BONOS, ESTRUCTURA Y FUNCIONAMIENTO.
6. MERCADO DE EUROCRÉDITOS: ESTRUCTURA Y FUNCIONAMIENTO.

TEMA 6: FINANCIAMIENTO DEL COMERCIO INTERNACIONAL.

1. CONCEPTO Y FINALIDAD.
2. CARTA DE CRÉDITO: DEFINICIÓN, TIPOS, MODALIDADES, VENTAJAS Y DESVENTAJAS (TRAER MODELO).
3. COBRO DOCUMENTARIO: CONCEPTO Y TIPOS (TRAER MODELO).
4. ACEPTACIÓN BANCARIA: CONCEPTO Y TIPOS. (TRAER MODELO).
5. FACTORIZACIÓN: DEFINICIÓN Y TIPOS (TRAER MODELO).
6. FORFETIZACIÓN: CONCEPTO Y TIPOS (TRAER MODELO).
7. ARRENDAMIENTO INTERNACIONAL: CONCEPTO Y TIPOS (TRAER MODELO).
8. PERMUTA INTERNACIONAL: CONCEPTO Y TIPOS (TRAER MODELO).

TEMA 7: MERCADO BURSÁTIL INTERNACIONAL.

1. MERCADO WALL STREET (NEW YORK): FUNCIONAMIENTO Y TIPOS DE OPERACIONES.
2. MERCADO DEL ORO: FUNCIONAMIENTO Y TIPOS DE OPERACIONES.
3. DEUDA EXTERNA MUNDIAL: MERCADO DE LA DEUDA EXTERNA LATINOAMERICANA, TIPOS DE TÍTULOS QUE SE COTIZAN Y OPERACIONES; PLAN BRADY: CONCEPTO, VENTAJA Y DESVENTAJAS.
4. DEUDA EXTERNA VENEZOLANA: COMPORTAMIENTO DESDE 1983 HASTA NUESTROS DÍAS.
5. CLUB DE PARÍS: FUNCIONAMIENTO, VENTAJAS Y DESVENTAJAS.
6. MERCADO DE TÍTULOS ADR Y GDR: CONCEPTO Y FUNCIONAMIENTO DE ESTOS TÍTULOS.

TEMA 8: INVERSIÓN EXTERNA DIRECTA.

1. CONCEPTO.
2. EFECTOS DE LA INVERSIÓN EXTERNA DIRECTA EN LA BALANZA DE PAGOS EN EL PAÍS RECEPTOR Y DEL PAÍS INVERSOR.
3. LA EMPRESA MULTINACIONAL: DEFINICIÓN, CARACTERÍSTICAS, VENTAJA Y DESVENTAJAS DE SU INSTALACIÓN EN EL PAÍS.
4. FINANCIAMIENTO DE CASA MATRIZ A FILIAL Y VICEVERSA.
5. ASOCIACIONES ESTRATÉGICAS: CONCEPTO Y FUNCIONAMIENTO EN VENEZUELA (TRAER 02 MODELOS DE CASOS EN NUESTRO PAÍS).
6. COMPORTAMIENTO DE LA INVERSIÓN EXTRANJERA DIRECTA EN VENEZUELA DESDE 2005 HASTA NUESTROS DÍAS.

martes, 12 de mayo de 2020

Ask And You Shall Receive



I get emails from readers asking for specific malware samples and thought I would make a mini post about it.

Yes, I often obtain samples from various sources for my own research.

 I am sometimes too lazy/busy to post them but don't mind sharing.
If you are looking for a particular sample, feel free to ask. I might have it.

Send MD5 (several or few samples). I cannot provide hundreds/thousands of samples or any kind of feeds. If you ask for a particular family, I might be able to help if I already have it.

Unfortunately, I do not have time to do homework for students and provide very specific sets for malware with specific features as well as guarantee the C2s are still active.  Send your MD5(s) or at least malware family and I check if I have it :) If i have it, I will either send you or will post on the blog where you can download.

If you emailed me in the past and never got an answer, please remind me. Sometimes emails are long with many questions and I flag them to reply to later, when I have time and they get buried or I forget. It does not happen very often but accept my apologies if it happened to you.

Before you ask, check if it is already available via Contagio or Contagio Mobile.
1. Search the blog using the search box on the right side
2. Search here https://www.mediafire.com/folder/b8xxm22zrrqm4/BADINFECT
3. Search here https://www.mediafire.com/folder/c2az029ch6cke/TRAFFIC_PATTERNS_COLLECTION
4. Search here https://www.mediafire.com/folder/78npy8h7h0g9y/MOBILEMALWARE

Cheers,  Mila

Related word


Exegol - Exegol Is A Kali Light Base With A Few Useful Additional Tools And Some Basic Configuration


Exegol is a fully configured kali light base with a few useful additional tools (~50), a few useful resources (scripts and binaries for privesc, credential theft etc.) and some configuration (oh-my-zsh, history, aliases, colourized output for some tools). It can be used in pentest engagements and BugBounty. Exegol's original fate was to be a ready-to-hack docker in case of emergencies during engagements. It is now an environnement my team and I use in day to day engagements.

Quick start
The project is on Docker Hub, you don't need to clone this git.
  1. First set the following aliases in your bashrc/zshrc/whateverrc.
alias exegol-update='docker pull nwodtuhs/exegol'
alias exegol-build='docker build --tag nwodtuhs/exegol /PATH/TO/Exegol/'
alias exegol-run='docker run --interactive --tty --detach --network host --volume /PATH/TO/Exegol/shared-volume:/share --name exegol nwodtuhs/exegol'
alias exegol-shell='docker exec -it exegol zsh'
alias exegol-stop='docker stop exegol && docker rm exegol'
  1. Then pull : docker pull nwodtuhs/exegol
  2. Then run the docker and get a shell : exegol-run && exegol-shell
  3. Stop it when you're done : exegol-stop

Pre-requisites
Docker is needed here if you want to run Exegol in a docker (intended). You can also use the install.sh in order to deploy Exegol elsewhere but I don't guarantee it'll work. (That being said I don't guarantee anything bro)
Need a quick install of docker & docker-compose? Check this out (intended for kali users but I guess it could work on any other Debian based system)
sudo apt-get install apt-transport-https ca-certificates curl gnupg-agent software-properties-common
curl -fsSL https://download.docker.com/linux/ubuntu/gpg | sudo apt-key add -
echo 'deb [arch=amd64] https://download.docker.com/linux/debian buster stable' | sudo tee /etc/apt/sources.list.d/docker.list
sudo apt-get update
sudo apt-get install -y docker-ce docker-ce-cli containerd.io
sudo curl -L "https://github.com/docker/compose/releases/download/1.25.3/docker-compose-$(uname -s)-$(uname -m)" -o /usr/local/bin/docker-compose
sudo chmod +x /usr/local/bin/docker-compose
sudo ln -s /usr/local/bin/docker-compose /usr/bin/docker-compose
sudo curl -L https://raw.githubusercontent.com/docker/compose/1.25.3/contrib/completion/bash/docker-compose -o /etc/bash_completion.d/docker-compose
sudo groupadd docker
sudo usermod -aG docker $USER

Install (from Docker Hub)
It can be long, pull exegol before needing it.
docker pull nwodtuhs/exegol

Install (from GitHub)
The build can be long, build exegol before needing it.
git clone https://github.com/ShutdownRepo/Exegol
cd Exegol
docker build --tag exegol .

Usage
I personnaly use these aliases to go fast (very fast)
alias exegol-update='docker pull nwodtuhs/exegol'
alias exegol-build='docker build --tag nwodtuhs/exegol /PATH/TO/Exegol/'
alias exegol-run='docker run --interactive --tty --detach --network host --volume /PATH/TO/Exegol/shared-volume:/share --name exegol nwodtuhs/exegol'
alias exegol-shell='docker exec -it exegol zsh'
alias exegol-stop='docker stop exegol && docker rm exegol'
  • Update the docker : exegol-update
  • Run the docker : exegol-run
  • Get a shell when exegol is up and running (it is possible to pop multiple shells) : exegol-shell
  • Stop exegol : exegol-stop

Tools
The tools installed in Exegol are mostly installed from sources in order to have the latest version when deploying Exegol. Some of the tools can be found in a complete kali install though. Some installs are made with go, pip, apt, gem etc. The installs are not perfect but hey, it works! You will find most of the tools in /opt/tools. Some of the tools:

Useful resources
In addition to the many tools pre-installed and configured for some, you will find many useful pre-fetched resources like scripts and binaries in /opt/resources. There some pre-EoP enumeration scripts (EoP: Escalation of Privileges) and other useful binaries like Rubeus or mimikatz.

To-Do List

Things to add
Here are some things to add that I have in mind, I'll work on that asap
  • is it possible to use Wifi and Bluetooth??
  • add pre-compiled (obfuscated too?) binaries for x64/x86 Windows (Rubeus, JuicyPotato...)

Small issues to correct
  • Check lsassy, shellerator don't have anymore requirement issues
  • Issue with dementor and grc, output is not printed unless the process has ended...
  • Check darkarmour work flawlessly
  • SSRFMap includes resources with relative path

Credits & thanks
Credits and thanks go to every infosec addicts that contribute and share but most specifically to @th1b4ud for the base "Kali Linux in 3 seconds with Docker".




via KitPloit

Continue reading


How To Crack A Password

What is Password Cracking?

Password cracking is the process of attempting to gain Unauthorized access to restricted systems using common passwords or algorithms that guess passwords. In other words, it's an art of obtaining the correct password that gives access to a system protected by an authentication method.

Password cracking employs a number of techniques to achieve its goals. The cracking process can involve either comparing stored passwords against word list or use algorithms to generate passwords that match

How to crack password of an Application

In this Tutorial, we will introduce you to the common password cracking techniques and the countermeasures you can implement to protect systems against such attacks.

Topics covered in this tutorial

What is password strength?

Password strength is the measure of a password's efficiency to resist password cracking attacks. The strength of a password is determined by;

  • Length: the number of characters the password contains.
  • Complexity: does it use a combination of letters, numbers, and symbol?
  • Unpredictability: is it something that can be guessed easily by an attacker?

Let's now look at a practical example. We will use three passwords namely

1.  password

2.  password1

3.  #password1$

 For this example, we will use the password strength indicator of Cpanel when creating passwords. The images below show the password strengths of each of the above-listed passwords.

How to crack password of an Application

Note: the password used is password the strength is 1, and it's very weak.

How to crack password of an Application

Note: the password used is password1 the strength is 28, and it's still weak.

How to crack password of an Application

Note: The password used is #password1$ the strength is 60 and it's strong.

The higher the strength number, better the password.

Let's suppose that we have to store our above passwords using md5 encryption. We will use an online md5 hash generator to convert our passwords into md5 hashes.

 The table below shows the password hashes

PasswordMD5 HashCpanel Strength Indicator
password5f4dcc3b5aa765d61d8327deb882cf991
password17c6a180b36896a0a8c02787eeafb0e4c28
#password1$29e08fb7103c327d68327f23d8d9256c60


 We will now use http://www.md5this.com/ to crack the above hashes. The images below show the password cracking results for the above passwords.

How to crack password of an Application

How to crack password of an Application

How to crack password of an Application

As you can see from the above results, we managed to crack the first and second passwords that had lower strength numbers. We didn't manage to crack the third password which was longer, complex and unpredictable. It had a higher strength number.

Password cracking techniques

There are a number of techniques that can be used to crack passwords. We will describe the most commonly used ones below;

  • Dictionary attack– This method involves the use of a wordlist to compare against user passwords.
  • Brute force attack– This method is similar to the dictionary attack. Brute force attacks use algorithms that combine alpha-numeric characters and symbols to come up with passwords for the attack. For example, a password of the value "password" can also be tried as p@$$word using the brute force attack.
  • Rainbow table attack– This method uses pre-computed hashes. Let's assume that we have a database which stores passwords as md5 hashes. We can create another database that has md5 hashes of commonly used passwords. We can then compare the password hash we have against the stored hashes in the database. If a match is found, then we have the password.
  • Guess– As the name suggests, this method involves guessing. Passwords such as qwerty, password, admin, etc. are commonly used or set as default passwords. If they have not been changed or if the user is careless when selecting passwords, then they can be easily compromised.
  • Spidering– Most organizations use passwords that contain company information. This information can be found on company websites, social media such as facebook, twitter, etc. Spidering gathers information from these sources to come up with word lists. The word list is then used to perform dictionary and brute force attacks.

Spidering sample dictionary attack wordlist

1976 <founder birth year>

smith jones <founder name>

acme <company name/initials>

built|to|last <words in company vision/mission>

golfing|chess|soccer <founders hobbies

Password cracking tool

These are software programs that are used to crack user passwords. We already looked at a similar tool in the above example on password strengths. The website www.md5this.com uses a rainbow table to crack passwords. We will now look at some of the commonly used tools

John the Ripper

John the Ripper uses the command prompt to crack passwords. This makes it suitable for advanced users who are comfortable working with commands. It uses to wordlist to crack passwords. The program is free, but the word list has to be bought. It has free alternative word lists that you can use. Visit the product website http://www.openwall.com/john/ for more information and how to use it.

Cain & Abel

Cain & Abel runs on windows. It is used to recover passwords for user accounts, recovery of Microsoft Access passwords; networking sniffing, etc. Unlike John the Ripper, Cain & Abel uses a graphic user interface. It is very common among newbies and script kiddies because of its simplicity of use. Visit the product website http://www.softpedia.com/get/Security/Decrypting-Decoding/Cain-and-Abel.shtml for more information and how to use it.

Ophcrack

Ophcrack is a cross-platform Windows password cracker that uses rainbow tables to crack passwords. It runs on Windows, Linux and Mac OS. It also has a module for brute force attacks among other features. Visit the product website http://ophcrack.sourceforge.net/  for more information and how to use it.

Password Cracking Counter Measures

  • An organization can use the following methods to reduce the chances of the passwords been cracked
  • Avoid short and easily predicable passwords
  • Avoid using passwords with predictable patterns such as 11552266.
  • Passwords stored in the database must always be encrypted. For md5 encryptions, its better to salt the password hashes before storing them. Salting involves adding some word to the provided password before creating the hash.
  • Most registration systems have password strength indicators, organizations must adopt policies that favor high password strength numbers.

Hacking Activity: Hack Now!

In this practical scenario, we are going to crack Windows account with a simple password. Windows uses NTLM hashes to encrypt passwords. We will use the NTLM cracker tool in Cain and Abel to do that.

Cain and Abel cracker can be used to crack passwords using;

  • Dictionary attack
  • Brute force
  • Cryptanalysis

We will use the dictionary attack in this example. You will need to download the dictionary attack wordlist here 10k-Most-Common.zip

For this demonstration, we have created an account called Accounts with the password qwerty on Windows 7.

How to crack password of an Application

Password cracking steps

  • Open Cain and Abel, you will get the following main screen

How to crack password of an Application

  • Make sure the cracker tab is selected as shown above
  • Click on the Add button on the toolbar.

How to crack password of an Application

  • The following dialog window will appear

How to crack password of an Application

  • The local user accounts will be displayed as follows. Note the results shown will be of the user accounts on your local machine.

How to crack password of an Application

  • Right click on the account you want to crack. For this tutorial, we will use Accounts as the user account.

How to crack password of an Application

  • The following screen will appear

How to crack password of an Application

  • Right click on the dictionary section and select Add to list menu as shown above
  • Browse to the 10k most common.txt file that you just downloaded

How to crack password of an Application

  • Click on start button
  • If the user used a simple password like qwerty, then you should be able to get the following results.

How to crack password of an Application

  • Note: the time taken to crack the password depends on the password strength, complexity and processing power of your machine.
  • If the password is not cracked using a dictionary attack, you can try brute force or cryptanalysis attacks.

Summary

  • Password cracking is the art of recovering stored or transmitted passwords.
  • Password strength is determined by the length, complexity, and unpredictability of a password value.
  • Common password techniques include dictionary attacks, brute force, rainbow tables, spidering and cracking.
  • Password cracking tools simplify the process of cracking passwords.
@EVERYTHING NT
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How To Install Metasploit In Termux

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lunes, 11 de mayo de 2020

Segunda fase líneas ICO Covid

Segunda Fase ICO Covid-19
 

Novedades ICO Covid-19

Finalizada la primera fase de las líneas ICO Covid-19 el 20 de abril, las entidades asociadas ya se encuentran estudiando operaciones para la segunda fase.

¿Para qué?

Atender las necesidades de financiación de empresas y autónomos para:

- Pago de salarios.

- Facturas.

- Necesidades de circulante.

- Necesidades de liquidez por pago de obligaciones financieras y tributarias.

¿Importe máximo?

Sin importe máximo pero determinadas por el impacto de la actual crisis sanitaria y económica en la operativa de cada empresa.

¿Tipo de operaciones?

Préstamos, reestructuraciones y circulante.

Si te interesa, podemos ayudarte a gestionar la liquidez que necesitas para sobrevivir a esta crisis.

Haz clic aquí para que te llamemos.

Un saludo,

Carina

Reversing Some C++ Io Operations

In general decompilers are not friendly with c++ let's analyse a simple program to get familiar with it.
Let's implement a simple code that loads a file into a vector and then save the vector with following functions:

  • err
  • load
  • save
  • main


Lets identify the typical way in C++ to print to stdout with the operator "<<"


The basic_ostream is initialized writing the word "error" to the cout, and then the operator<< again to add the endl.




The Main function simply calls  "vec = load(filename)"  but the compiler modified it and passed the vector pointer as a parámeter. Then it bulds and prints "loaded  " << size << " users".
And finally saves the vector to /tmp/pwd and print "saved".
Most of the mess is basically the operator "<<" to concat and print values.
Also note that the vectors and strings are automatically deallocated when exit the function.


And here is the code:


Let's take a look to the load function, which iterates the ifs.getline() and push to the vector.
First of all there is a mess on the function definition, __return_storage_ptr is the vector.
the ifstream object ifs is initialized as a basic_ifstream and then operator! checks if it wasn't possible to open the file and in that case calls err()
We see the memset and a loop, getline read a cstr like line from the file, and then is converted to a string before pushing it to the vector. lVar1 is the stack canary value.

In this situations dont obfuscate with the vector pointer vec initialization at the begining, in this case the logic is quite clear.



The function save is a bit more tricky, but it's no more than a vector iteration and ofs writing.
Looping a simple "for (auto s : *vec)" in the decompiler is quite dense, but we can see clearly two write, the second write DAT_0010400b is a "\n"



As we see, save implememtation is quite straightforward.




More info


Scanning TLS Server Configurations With Burp Suite

In this post, we present our new Burp Suite extension "TLS-Attacker".
Using this extension penetration testers and security researchers can assess the security of TLS server configurations directly from within Burp Suite.
The extension is based on the TLS-Attacker framework and the TLS-Scanner, both of which are developed by the Chair for Network and Data Security.

You can find the latest release of our extension at: https://github.com/RUB-NDS/TLS-Attacker-BurpExtension/releases

TLS-Scanner

Thanks to the seamless integration of the TLS-Scanner into the BurpSuite, the penetration tester only needs to configure a single parameter: the host to be scanned.  After clicking the Scan button, the extension runs the default checks and responds with a report that allows penetration testers to quickly determine potential issues in the server's TLS configuration.  Basic tests check the supported cipher suites and protocol versions.  In addition, several known attacks on TLS are automatically evaluated, including Bleichenbacher's attack, Padding Oracles, and Invalid Curve attacks.

Furthermore, the extension allows fine-tuning for the configuration of the underlying TLS-Scanner.  The two parameters parallelProbes and overallThreads can be used to improve the scan performance (at the cost of increased network load and resource usage).

It is also possible to configure the granularity of the scan using Scan Detail and Danger Level. The level of detail contained in the returned scan report can also be controlled using the Report Detail setting.

Please refer to the GitHub repositories linked above for further details on configuration and usage of TLS-Scanner.

Scan History 

If several hosts are scanned, the Scan History tab keeps track of the preformed scans and is a useful tool when comparing the results of subsequent scans.

Additional functions will follow in later versions

Currently, we are working on integrating an at-a-glance rating mechanism to allow for easily estimating the security of a scanned host's TLS configuration.

This is a combined work of Nurullah Erinola, Nils Engelbertz, David Herring, Juraj Somorovsky, Vladislav Mladenov, and Robert Merget.  The research was supported by the European Commission through the FutureTrust project (grant 700542-Future-Trust-H2020-DS-2015-1).

If you would like to learn more about TLS, Juraj and Robert will give a TLS Training at Ruhrsec on the 27th of May 2019. There are still a few seats left.
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