Marcia Hatten: All right.
Marcia Hatten: Welcome to master class and I'm sorry.
Marcia Hatten: Who?
Marcia Hatten: Who was it that said she wanna go first?
Amisha Bedi: I was amisha buddy.
Marcia Hatten: Hi aneisha.
Marcia Hatten: I'm.
Marcia Hatten: So you go ahead and if you're ready, go ahead, take it away.
Amisha Bedi: Sorry.
Amisha Bedi: Thank you.
Amisha Bedi: Let me know when you can see my screen.
Amisha Bedi: Whoops.
Amisha Bedi: Umm, give me one second.
Marcia Hatten: Yeah, we can see it. Yep.
Amisha Bedi: No, no.
Jon Monserrate: Yep, we gonna see it now.
Amisha Bedi: OK.
Amisha Bedi: Can you see the one that says encryption types?
Alec Kramer: Yes.
Marcia Hatten: Yes, we can.
Jon Monserrate: Yeah.
Rikki Boodram: Yep.
Amisha Bedi: OK, perfect.
Amisha Bedi: So my presentation is going to be on encryption types.
Amisha Bedi: So what is encryption?
Amisha Bedi: Encryption is a type of concept developed to ensure that personal and private data is secured.
Amisha Bedi: When we're doing day to day tasks such as sending emails or going to the bank, online encryption allows the desired software to scramble and manipulate data such as credit card details, home addresses, emails and financial information to ensure that malicious hackers can't abuse or misuse this information for their personal gains.
Amisha Bedi: While encryption is a concept that is very important and crucial to several organizations, it's a concept that's not very readily available or used.
Amisha Bedi: To the history of encryption, encryption first came around the BC area when Julius Caesar we used a a sub cipher to misplace and shift characters by three places to act as a simple and effective coding method.
Amisha Bedi: Soon after that, in 1553, the law CIO generated the first server to create a proper encryption key, which was used to give to a recipient to decode the message.
Amisha Bedi: Following that, in 1854, Wheatstone was the first individual to invent the the Playfair cipher.
Amisha Bedi: The Playfair cipher was a disc graph sub cipher that encrypts a message by breaking the text into different pairs of letters and then swapping the positions following that in eight.
Amisha Bedi: In the 1970s, we had hebern who invented a machine that was electromechanical, in which it was able to encode a substitution table that rapidly changed every time a new character was tight end.
Amisha Bedi: Soon and in 1918, we had Arthur, who invented the Enigma machine for commercial use.
Amisha Bedi: That allowed the German military to send coded transmissions, encryption and secret coding were big concept that were used in World War Two by several French, British and American intelligence services and this was used to send out messages to another without the other party being able to decide for those messages through the manual Roman encryption all the way to World War Two.
Amisha Bedi: Encryption modern day computer based encryption came in the early 1970s.
Amisha Bedi: The data encryption standard was first developed in 1973 by the National Bureau of Standards, or NBS, to protect any computer data that was used at the commercial level or at a large scale.
Amisha Bedi: The data encryption scan standard was a 64 bit cipher that had a 56 bit key and was the first public inscription that was developed by the US government.
Amisha Bedi: After a long search for the Des Key.
Amisha Bedi: So data encryption, standard data encryption, scan standard or DS is also a encryption algorithm that was created in 1977.
Amisha Bedi: However, was put away in 2002 after the Advanced Encryption Standard was created and implemented.
Amisha Bedi: The cipher is used for this type of encryption and the key bit that's uses 64 bits.
Amisha Bedi: However, only 56 bits are used for are needed for it to be effective.
Amisha Bedi: The DSS uses about 16 based on the structure, where each round is using a different key, the digital or I'm sorry, the data encryption standard was initially created to make sure that the government systems were all secure and use the same standard of interconnectivity.
Amisha Bedi: However, the digital encryption standard was not shown to be effective and was inadequate because there were several vulnerabilities in the encryption method.
Amisha Bedi: It was prone to many brute forces which showed that the encryption can be easily hacked and leaked after the DS was proven to be adequate.
Amisha Bedi: Another version called DES was created.
Amisha Bedi: However, this algorithm was also proven not to be effective.
Amisha Bedi: The triple digital encryption standard was using the same methodologies of the DES, but the encryption was three times more.
Amisha Bedi: However, this encryption algorithm was proven to be vulnerable to brute force attacks as well.
Amisha Bedi: So advanced encryption standard or AES?
Amisha Bedi: The Advanced Encryption Standard is a cipher that is implemented in hardware and software to encrypt sensitive information.
Amisha Bedi: It's a symmetric cipher that protects the transfer of information online by providing security and speed.
Amisha Bedi: As information is transferred between the Networks, Advanced Encryption Standard uses the same key to encrypt and decrypt information.
Amisha Bedi: It also utilizes the substitution premium Premutation network.
Amisha Bedi: All the algorithms to encrypt data advanced Encryption standard utilizes multiple key links such as the 128 bit key link, the 192 beacon bit key length and the 256 bit key length.
Amisha Bedi: The ECS allows for fast encryption, decryption time and easy implementation during the workspace.
Amisha Bedi: This was originally developed in 1998 and replaced the DS originally.
Amisha Bedi: The data encryption had a link to 56 bits.
Amisha Bedi: Umm.
Amisha Bedi: And it wasn't enough to keep the encrypted information.
Amisha Bedi: Secure.
Amisha Bedi: It was also seen that was easy to crack.
Amisha Bedi: The DES and obtain access to sensitive information.
Amisha Bedi: The Advanced Encryption Standard was developed to improve upon the DES, and it took about 36 years to crack the Advanced encryption algorithm is used by the virtual private systems, Wi-Fi OS systems, mobile application, password managers and etcetera.
Amisha Bedi: It is used throughout the world to protect passwords, messages and credentials.
Amisha Bedi: Advantages of this encryption include that it is the most common security protocol used in a wide array of applications for commercial and open source solutions across the globe.
Amisha Bedi: It is very difficult to hack an advanced encryption standard algorithm so it can be considered a very safe protocol to use within the organization.
Amisha Bedi: Lassie, the RSA.
Amisha Bedi: This is an algorithm.
Amisha Bedi: It's a standard cryptosystem which is used to maintain the security system security services that have the ability to enable public key encryption to secure sensitive data.
Amisha Bedi: Its ability to enable the public key encryption is particularly used when being sent over and insecure networks such as the Internet.
Amisha Bedi: The RSA was first described in 1977 by two are two scientists from Massachusetts Institution of technology.
Amisha Bedi: Public key cryptography are also referred to as asymmetric cryptography.
Amisha Bedi: Uses two types of keys, public and private.
Amisha Bedi: The difference between the two is that the private key must be disclosed or the public can be shared with everyone.
Amisha Bedi: Both a public and private can encrypt a message that has data.
Amisha Bedi: The opposite key from the one that's encrypted from the message will be used to decrypt it, which is why RSA's most is most widely at asymmetric algorithm algorithm.
Amisha Bedi: This type of algorithm will ensure that the organization or individual who is sending encrypted data has integrity, confidentiality and proper data storage of their message.
Amisha Bedi: This algorithm stems its security from large integers that are a bipartite of two prime numbers.
Amisha Bedi: Most encryptions derived their security from multiplication, which is much more difficult to determine.
Amisha Bedi: The prime numbers from the total using mathematical factory methods, the private and public key creation for the RSA algorithm make it very complex as it uses two large prime numbers and P&Q algorithm.
Amisha Bedi: And these are the references I used.
Amisha Bedi: Thank you.
Marcia Hatten: Wow, that was awesome.
Marcia Hatten: Thank you.
Marcia Hatten: Anybody have any quick questions for her?
Marcia Hatten: OK, great job.
Marcia Hatten: Great job.
Marcia Hatten: OK, who wants to go next?
Luke Jackson: I can go next.
Marcia Hatten: Awesome.
Marcia Hatten: Thank you, love volunteers.
Marcia Hatten: Thank you for that.
Luke Jackson: OK.
Alec Kramer: Does Michael have a question?
Michael Bueno: No, sorry.
Michael Bueno: I was.
Michael Bueno: I was meeting 2:00 o'clock.
Alec Kramer: OK.
Luke Jackson: OK.
Luke Jackson: Are you able to see the screen saying firewalls?
Erin Bailey: Yes.
Marcia Hatten: Yes.
Rikki Boodram: Yeah.
Luke Jackson: OK, great.
Luke Jackson: So yeah, my presentation's over firewalls.
Luke Jackson: Just a general overview and what they are and I'll give you a table of contents here.
Luke Jackson: I'll go over what is a firewall?
Luke Jackson: The importance of them, how firewalls work, some uses of the firewall, best practices and configuring different kinds of firewalls that exist, vulnerabilities and just a couple links to some message boards or articles about firewalls in the news.
Luke Jackson: Uh.
Luke Jackson: So if firewall is a network security device that prevents unauthorized access to a network, it inspects incoming and outgoing traffic using a set of security rules to identify and block threats.
Luke Jackson: Uh firewall can be physical hardware, digital software software as a service, or a virtual private cloud.
Luke Jackson: And they are used in both personal and enterprise settings and many devices like Max Windows and Linux computers come with built in firewalls.
Luke Jackson: Firewall.
Luke Jackson: Wire firewalls.
Luke Jackson: Important firewalls serve as the first line of defense against external threats such as hackers and malware attacks.
Luke Jackson: In particular, firewalls combined with an IPS or an intrusion prevention system are crucial in preventing malware and certain application layer attacks.
Luke Jackson: Firewalls did emerge first in the early days of the Internet, when networks needed new security methods that could handle increasing complexity.
Luke Jackson: They've since become the foundation of network security and the client server model, which is the central architecture of modern computing.
Luke Jackson: Umm, firewalls play an important role in preventing cyber attacks, protecting sensitive data and maintaining the privacy and security of computer systems and networks.
Luke Jackson: So how does a firewall work?
Luke Jackson: Again, it's widely considered an essential component of network security, and the firewall establishes a border or block between an external network and the network that it guards.
Luke Jackson: It's inserted in line across a network connection and it inspects all packets entering and leaving the guarded network.
Luke Jackson: And as it inspects, it does use a set of preconfigured rules to distinguish between benign traffic and malicious traffic or packets rules.
Luke Jackson: Sets can be based on a lot of different things.
Luke Jackson: They're indicated by the packet data, the source, destination content, et cetera.
Luke Jackson: There, umm.
Luke Jackson: And these characteristics can be represented differently at different levels of a network and as a packet travels through the network, it's it can be reformatted or is reformatted several times until the protocol where to send it and in different types of firewalls exist to read packets at those different levels.
Luke Jackson: So different uses for a firewall.
Luke Jackson: Again, they're used in both corporate and consumer settings and just personal settings.
Luke Jackson: They're incorporated into a security information and event management strategy aside, other cyber security devices.
Luke Jackson: Firewalls are used alongside different antivirus applications.
Luke Jackson: Personal firewalls, unlike corporate ones, are not are usually a single product as opposed to having multiple products involved.
Luke Jackson: Umm.
Luke Jackson: And they can be used at.
Luke Jackson: They can again be a software or a device with firewalls that are actually embedded in the software or the device itself.
Luke Jackson: Some different use cases for firewalls is as threat defense, logging, and audit functions, traffic filtering, controlling and blocking access.
Luke Jackson: Uh.
Luke Jackson: Securing in securing remote access.
Luke Jackson: Some best practices for firewalls or use of firewalls, block block all traffic by default and only permit specific traffic that's allowed.
Luke Jackson: Follow the principle of least privilege and grant users only the minimal level of access that's required to complete their duties.
Luke Jackson: Perform regular security audits to check for any vulnerabilities.
Luke Jackson: Administer firewall.
Luke Jackson: Change control to manage and track changes to firewall rules.
Luke Jackson: Keep the firewall software current and updated to ensure that it can detect and block any new threats, so patching is necessary.
Luke Jackson: Optimize firewall rules to reduce unnecessary processing and boost firewall performance.
Luke Jackson: There are many different types of firewalls and their characterized by the way that they filter the data or by the system that they are protecting.
Luke Jackson: Umm.
Luke Jackson: And when they are categorized by what they protect, the two types are network based and host based.
Luke Jackson: Network based firewalls guard the entire network and are often hardware and a host based firewall guards individual devices.
Luke Jackson: The hosts and are often software.
Luke Jackson: There are many different types of filter methods for firewalls.
Luke Jackson: First being packet filtering.
Luke Jackson: Firewalls.
Luke Jackson: They examined data packets and isolation and don't know the packets context.
Luke Jackson: Stateful inspection firewalls.
Luke Jackson: Those examine network traffic to determine whether one packet is related to another packet.
Luke Jackson: Uh, then security level gateway firewalls.
Luke Jackson: They provide security by monitoring TCP handshaking between packets from trusted clients or servers to untrusted hosts and back and forth or vice versa.
Luke Jackson: Proxy firewalls or the application level gateways?
Luke Jackson: They inspect packets at the application layer of the OSI reference model.
Luke Jackson: Next generation firewalls use a multi layered approach to integrate enterprise firewall capabilities and with an IPS and application control threat focused NGFW.
Luke Jackson: So threat focused next generation firewalls, they combine the traditional firewall technology with enhanced functionality to for modern threats and that includes including the application layer and advanced malware attacks and then virtual firewalls, which are also called those cloud firewalls, protect traffic filtering and monitoring for virtual machines in a virtual environment.
Luke Jackson: Umm.
Luke Jackson: And then also with the the cloud native firewalls, they provide automated scaling features that enable networking and security operations teams to run at quicker speeds.
Luke Jackson: Umm, some firewall vulnerabilities.
Luke Jackson: A lot of the less advanced firewalls are vulnerable to higher level attacks.
Luke Jackson: That's why the NGFW's or the new generation where we're introduced to address those kinds of vulnerabilities.
Luke Jackson: They're also, umm, subject or vulnerable to insider attacks as well.
Luke Jackson: DDoS attacks as well, malware and patching and configuration, just meaning a poorly configured firewall can be detrimental to a network.
Luke Jackson: And then firewalls in the news.
Luke Jackson: If you do get a copy of this or wanted to search for a copy of this presentation, or take down a screenshot of these links, these were just good areas to find.
Luke Jackson: Recent news about firewalls and the different vendors that exist and what's going on with with their companies and referencing that is all.
Marcia Hatten: Nice job.
Marcia Hatten: That was really detailed, good job.
Luke Jackson: Thank you.
Marcia Hatten: So anybody, does anybody have any questions?
Marcia Hatten: You guys are awfully quiet tonight.
Marcia Hatten: This is.
Marcia Hatten: OK, who's up next?
Isha Bedi: I can go next.
Erin Bailey: I can go next.
Erin Bailey: Ohh sorry.
Marcia Hatten: That alright, whoever wants to jump in.
Isha Bedi: OK.
Isha Bedi: I I will go next.
Isha Bedi: So I'll go ahead and share my screen.
Marcia Hatten: OK.
Marcia Hatten: Thank you.
Isha Bedi: And everyone see my screen OK.
Rikki Boodram: Yep.
Luke Jackson: Yes.
Alec Kramer: Yes.
Marcia Hatten: Yeah. Yes.
Isha Bedi: OK, so today I will be talking about social engineering attacks.
Isha Bedi: What are social engineering attacks?
Isha Bedi: Social engineering attacks are used to describe malicious activities that are carried out and accomplished through human interactions.
Isha Bedi: Social engineering attacks use psychological manipulations to trick individuals such as users and employees, into revealing sensitive information that is utilized by cyber criminals to gather entry into the organizations network.
Isha Bedi: Social engineering attacks seek potential points of entry through week security protocols to gain the victims trust and allow the victim to reveal sensitive information to obtain access to credible resources within the organization.
Isha Bedi: For example, a hacker might use social engineering to trick an employee into giving them access to a company's computer system.
Isha Bedi: This can lead to data breaches and other security problem.
Isha Bedi: Some common types of social engineering attacks include phishing tab, nabbing attack method, web hacking, attack method, and HTA attack method.
Isha Bedi: Fishing.
Isha Bedi: Fishing is one of the most common types of social engineering attacks that occurs when the malicious attacker uses a form of communications such as emails to obtain background information or sensitive information into the network.
Isha Bedi: Phishing is like when someone tries to trick you into giving them important information.
Isha Bedi: It's usually done through email or a fake website that looks real.
Isha Bedi: The attacker will often ask you or an employee to click on a link or enter in personal information like a password or credit card information.
Isha Bedi: If you fall for it, the attacker can then use a personal information to steal the steal your money or identity, or to enter in within an organization's network.
Isha Bedi: Phishing is bad for organizations because it can lead to data breaches and other security problems.
Isha Bedi: Phishing is a type of social engineering attack that can be very damaging to an organization as it could lead to lost revenue, legal problem and damage to the organization's reputation.
Isha Bedi: Tab nabbing attack method.
Isha Bedi: The tabbing attack method is a social engineering technique that manipulates inactive web pages through phishing.
Isha Bedi: The Teknaf tab nabbing attack occurs when a user clicks away from an open tab, and a malicious hacker redirects the site to an illegitimate link, hoping that the employee or the user gives over login details and other sensitive information, making users believe that they open the site themselves.
Isha Bedi: A malicious attacker compromises the network and tricks the user into inputting sensitive information, making the user believe that the site is a legitimate site tab.
Isha Bedi: Nabbing occurs when a hacker replaces a browser tab with the spoof website that collects sensitive information from the user.
Isha Bedi: The scope of this attack can penetrate the network of an organization and can cause malicious attackers to penetrate application accounts, networks and other access that hold confidential information.
Isha Bedi: Tab nabbing can be mediated or prevented by well crafted security policies and training.
Isha Bedi: Set aside for employees of an organization, security trainings and force within the organization can help employees determine when such an attack occurs.
Isha Bedi: Staff and employees can prevent these types of attacks by being aware and educated against tab nabbing techniques.
Isha Bedi: For example, some methods that can be used to help prevent tab mapping attacks can include taking a closer look at the page to see if there is an unusual layout, or if there are spelling mistakes within the link.
Isha Bedi: Users can also determine if such an attack occurs.
Isha Bedi: If the address bar is changed or seems inaccurate, looking at the URL can help determine if something has been changed to the original browser.
Isha Bedi: It can also help to have as few tabs open as possible to ensure that there has been no changes or fishing sites as a user changes between tabs.
Isha Bedi: Web jacking attack method the web jacking attack method is a social engineering attack where a where an attacker redirects a users browser from a trusted domain to an illegitimate domain without the user's permission and obtains the user sensitive information.
Isha Bedi: The malicious attacker impersonates and in controls an illegitimate domain, and the user is tricked into inputting sensitive information such as login credential, credit card numbers, etc.
Isha Bedi: Which can lead to a phishing attack induced by the attacker.
Isha Bedi: The scope of web jacking attack can aggressively penetrate the organization's network accounts, credentials, and other information to obtain confidential information into the organization's infrastructure.
Isha Bedi: Confidential information regarding the organization can be exposed and can lead to losses in customer confidence, reputation, market share and finance for the business organization mitigation and prevention strategies include security, training against phishing attacks for all employees, mandatory security training can also be enforced for the staff to help spread awareness and gain education against social engineering tasks such as the web hacking attack method trainings can help spread awareness and can help prevent these attacks from occurring within the organization.
Isha Bedi: For example, the training can help employees become aware to check the address and URL to determine whether domain site is Lee legitimate or illegitimate.
Isha Bedi: This can also help employees remember not to input any type of sensitive information or data into a link that can be sent into the organization email box.
Isha Bedi: HTA attack method the HTA attack method is a type of attack in which a simple HTML application can provide full access to a hacker remotely.
Isha Bedi: The HTA attack usually has a file extension of HTML in which the remote hacker can generate a malicious application for the Windows operating system using different types of web technologies.
Isha Bedi: The HTA attack method does allow the remote hacker to clone a site and perform a PowerShell injection through the windows system through a different browser.
Isha Bedi: The HTB attack are primarily used in an organization or a company, such as a email phishing attack that are sent through as attachments.
Isha Bedi: Most companies have these email appliances either flagged or dropped that may contain HTA attachments.
Isha Bedi: However, there are some scenarios where employees of organizations will have access to these HTA attachments, which can cause remote attackers away into the system, which is done when the HTA files have been used by web attackers and remote droppers.
Isha Bedi: There are a couple ways where an HTA attack can be prevented and can block remote hackers from doing a malware drop or code execution some steps.
Isha Bedi: Sorry, some steps organizations can take to enable protection against this attack is to ensure that employee files are kept under protection, utilizing proper security measures.
Isha Bedi: Another way to prevent this is to keep a lookout for any attachments or emails that are not a part of the organization.
Isha Bedi: Email addresses and only open files within a safe environment.
Isha Bedi: Umm.
Isha Bedi: And these are my references and that was it.
Isha Bedi: Thank you so much.
Marcia Hatten: Alright, great job.
Marcia Hatten: Great job.
Marcia Hatten: Any questions for?
Marcia Hatten: OK, who's that?
Jon Monserrate: Ready.
Erin Bailey: I can go next.
Jon Monserrate: Oh, gotcha.
Marcia Hatten: Great information.
Erin Bailey: Can you see my screen?
Marcia Hatten: Yes, we can.
Alec Kramer: Yes.
Rikki Boodram: Yep.
Erin Bailey: Get that?
Erin Bailey: OK, so today I'm going to be talking about digital kidnapping and the dangers of oversharing.
Erin Bailey: Every day we share loved one with our sorry every day we share our loved ones online and don't think twice about it.
Erin Bailey: But one thing many don't realize in this new age is the rise in digital kidnapping.
Erin Bailey: This happens on a grand scale and many don't realize it's happening until it's been happening for years.
Erin Bailey: Not only that, but many don't understand the amount of information they are giving away with a single picture.
Erin Bailey: What is digital kidnapping?
Erin Bailey: It's much like catfishing.
Erin Bailey: Someone takes your photos and says that they're theirs.
Erin Bailey: But not only do they say that your child is theirs, people can also pull information from your post to gather information for social engineering.
Erin Bailey: Let's look at a post that every proud parent makes the birth of their baby or their first day of school.
Erin Bailey: With this, you're giving someone the full name of your child, date of birth, location of birth, and possibly more.
Erin Bailey: You're also giving them details about the school that they're going to listing their teacher, their grade and their school.
Erin Bailey: Another problem that exists is your photos being stolen and posted to another account meant for people who seek out photos of children disturbing comments and only photos of young children show that these are not well meaning accounts and they all have hashtags that help lead back to these accounts.
Erin Bailey: As someone who has been in a brand wrapping group that helped promote small businesses when my daughter was young, it was very common for someone in the group to ask for help and reporting account due to someone stealing their child's image and posting it to their own account.
Erin Bailey: We're grown.
Erin Bailey: People would make inappropriate comments on it.
Erin Bailey: In a news story and today, news and 2018, they brought a cyber security expert.
Erin Bailey: Just when Enberg and had her look over Michelle and Reese's social media accounts from, the issue was able to learn the children's names, their schools, the names of their teachers, the playground they would like to go to, how often they went to this playground, the path they walked to school, and more.
Erin Bailey: These can pose a threat for physical kidnapping, among other issues.
Erin Bailey: Last month, a man was found to be stealing and using a little girl's photos for eight years.
Erin Bailey: Where did I?
Erin Bailey: Sorry, I looked at this green and I lost my spot.
Erin Bailey: Hold on.
Erin Bailey: The most shocking thing this is not illegal.
Erin Bailey: The reason he's facing charges is for fraud he committed using the girl's photos to say he was a struggling single dad and needed the money, among other weapons charges.
Erin Bailey: Another lady this year had someone stealing her ultrasound photos and pretending that they were hers.
Erin Bailey: So she could try and get her boyfriend back.
Erin Bailey: The dangers of the Internet are easy to forget, but according to techjury.net 500,000 predators a day are using social media to target children, whether to steal their photos for their own accounts, trying to private message them, or stealing their information.
Erin Bailey: They are on the hunt.
Erin Bailey: That cute photo of your child learning to use the toilet or licking ice cream?
Erin Bailey: It might end up on a **** site or Instagram account Tiller to pedophiles.
Erin Bailey: Or children's digital footprint is our responsibility, giving out too much information could lead to endangering them.
Erin Bailey: Not only their digital well being, but even the possibility of identity theft one out of every fifty children.
Erin Bailey: This is a new statistic, this image that's up on the screen is from a few years ago.
Erin Bailey: We'll have their identity stolen.
Erin Bailey: So that's about 1.25 million children a year, and with China's Social credit score, there have been talks about making this a national standard.
Erin Bailey: This could be something that could affect a future job opportunities and other aspects of your children's future.
Erin Bailey: The biggest downfall in technology and social media is the lack of laws that surround some of these issues.
Erin Bailey: Digital kidnapping is not illegal.
Erin Bailey: It is considered a Gray area of the law.
Erin Bailey: Well, you can take action if someone pretends to be you.
Erin Bailey: There is nothing you can do if they pretend to be had their child be their child.
Erin Bailey: The most you can do if someone takes your photos is and post them as their own is complained to the social media outlet and many times even with those.
Erin Bailey: Those that those photos will not be taken down.
Erin Bailey: This means that we are solely responsible for their safety.
Erin Bailey: So what can we do?
Erin Bailey: The steps to take are to blur out information when sharing pictures, such as the school name, have your profile set to personal and a good rule of thumb is whenever you need to change your clocks, you should also go through your friends and clean your clean house if you need.
Erin Bailey: A profile for work that is public.
Erin Bailey: Then create a separate account.
Erin Bailey: This will keep your personal and your private information separate.
Erin Bailey: This is also gorilla fun to see if any photos of a child bathing or learning to go potty for a physical fullbottle album and not share them online.
Erin Bailey: Make sure that your camera doesn't record your location due to EXIF information and photos being extracted as of late.
Erin Bailey: Facebook and Instagram now do scrub uploaded photos to remove this information because they were having problems with people taking this information and using it to find out people's locations.
Erin Bailey: But it's still a good rule of thumb to follow.
Erin Bailey: There aren't a lot of laws that are in place to keep up with this digital kidnapping, so it's our responsibility to take those steps and if anyone has any questions and I have a very long list of resources.
Marcia Hatten: Great job, Margie.
Marjorie Furay: Right, yeah.
Marcia Hatten: You wanna take on take over?
Marcia Hatten: Go ahead.
Marjorie Furay: Umm.
Marjorie Furay: I was gonna say great job and good points that you make because that's something that my sister and I've been back and forth about every time we go to visit somewhere.
Marjorie Furay: I mean here in Orlando or she comes up here to Tallahassee and we usually go somewhere else.
Marjorie Furay: She takes all the pictures now and she gets mad at me because I won't take the pictures.
Marjorie Furay: But my kids are older and I don't have to worry as much, but it it's not that I worry so much that somebody's gonna use their images or take their images.
Marjorie Furay: But I don't put them.
Marjorie Furay: Yeah, often on there, you know, on Facebook or anything.
Marjorie Furay: We use it basically for the family because we have family in Europe, so we want them to see the kids as they grow up.
Marjorie Furay: But you know, I've I've told her.
Marjorie Furay: We have to get a little bit more aware of what we're doing and all the pictures that we're putting up and.
Marjorie Furay: Yep.
Erin Bailey: Yeah, most cases of identity theft happened to people like you already know the person who steals your identity, and you normally, especially with children, you won't find out that that has happened until their older.
Erin Bailey: I actually you can call.
Erin Bailey: Experian I can't remember, but you can call them and have them freeze your children's credit, which I don't know why that doesn't come standard.
Erin Bailey: I did it just because my ex actually stole my identity and I wanted to make sure he never got ahold of my children's information.
Marjorie Furay: That's what I was gonna say.
Marjorie Furay: Yeah.
Marjorie Furay: I just don't want.
Marjorie Furay: I think a lot of it has to come down to, especially their credit.
Marjorie Furay: It comes down to a parent taking that child's.
Marjorie Furay: Umm.
Marjorie Furay: Social Security number and starting their credit and you know you hate to have that happen to that child.
Erin Bailey: Umm.
Marjorie Furay: It's already hard enough for us to fix our credit, you know, to have our kids do it.
Erin Bailey: Right.
Marjorie Furay: Yeah, that was excellent.
Marjorie Furay: Good points.
Marjorie Furay: Well, because I wasn't here, I'm not sure who goes next.
Jon Monserrate: Umm, I believe.
Marcia Hatten: Well, I didn't have the agenda marker.
Marjorie Furay: No problem.
Jon Monserrate: Yep.
Jon Monserrate: Uh, give me one moment.
Marjorie Furay: And we have, John that our last one.
Jon Monserrate: Think so.
Jon Monserrate: OK.
Jon Monserrate: You.
Jon Monserrate: Good.
Jon Monserrate: Umm can everyone see the presentation?
Marjorie Furay: Yes.
Jon Monserrate: OK, you don't see the notes on this ID?
Marjorie Furay: No, I see that you're full slide.
Jon Monserrate: Alright.
Jon Monserrate: Next OK.
Jon Monserrate: Hello and welcome to my PowerPoint presentation on how to create a great PowerPoint.
Jon Monserrate: Let's dive right in.
Jon Monserrate: Just whoop, OK?
Jon Monserrate: Right up.
Jon Monserrate: First, we'll be covering some essentials for planning your presentation.
Jon Monserrate: OK.
Jon Monserrate: The first step I would advise is to form a framework of the topics that you feel will benefit your PowerPoint prior to beginning it.
Jon Monserrate: This has the benefit of focusing on your vision for the presentation and forming a foundation without the stress of trying to work as you go.
Jon Monserrate: The second step in planning your presentation is to find supporting evidence for your material.
Jon Monserrate: Uh, for instance, recently working on the uh.
Jon Monserrate: The slides and researching content for the slides deck has led me to find that there are formulas for creating effective PowerPoint slides.
Jon Monserrate: Uh, OK, next slide.
Jon Monserrate: Umm, the third step is to ensure that you do not overwhelm yourself.
Jon Monserrate: Rome was not built in a day, and neither will your presentation if you do not give ample opportunity for your creativity to come come to fruition over a reasonable period.
Jon Monserrate: The 4th step is to ensure that you are delivering a slide deck of high quality rather than high quantity.
Jon Monserrate: Uh, further on in this presentation, we will touch on specific ways that you can learn to have your slides embody this principle.
Jon Monserrate: For now, please keep in mind the fact that you may have come across other slide decks that have impressed you or were presented in a way that left an effect on you.
Jon Monserrate: Try to foster a desire to learn of their styles and the ways they improve the quality of their slides and apply it to your own.
Jon Monserrate: OK, the 5th and sixth steps to planning your presentation include uh learning that lessons more and that acquiring feedback fosters great and powerful slides.
Jon Monserrate: Simplicity should be considered paramount in your slides, allowing your audience to absorb your messages without becoming overwhelmed by an excess of presented material.
Jon Monserrate: Acquiring feedback allows you to increase the quality of your slides and lets you get an outside perspective on your slide whilst working on them.
Jon Monserrate: So you can tailor them to their best possible quality.
Jon Monserrate: These six steps can assist you in planning your PowerPoint presentation by giving you a basis of info to work off of before, during, and after diving into making your slide deck.
Jon Monserrate: Uh cleaning.
Jon Monserrate: Concise focuses on the four key points.
Jon Monserrate: UH-1 should consider when creating any slide in your deck.
Jon Monserrate: The first of these points is compressing your message.
Jon Monserrate: This can be in the form of bulleted points or accentuating a message with images present like in this slide.
Jon Monserrate: Secondly, using the notes menu present at the bottom of PowerPoint is great as it allows you to record any notes that one would take for the presentation.
Jon Monserrate: Uh, like a set of cards or a script?
Jon Monserrate: The versatility of this text field was never emphasized to me, but I feel it is important for others to learn about their benefit.
Jon Monserrate: 3rd is a bit difficult, but can be implemented with some creativity.
Jon Monserrate: Uh, raise your hand if you've been bored with someone's PowerPoint.
Jon Monserrate: Slide at any point in your life.
Jon Monserrate: OK, alright.
Jon Monserrate: If you've raised your hand, then my engagement techniques are working, but you are not restricted to just this.
Jon Monserrate: You can definitely we capture your audience's attention with other forms of interaction.
Jon Monserrate: Finally, using the tools available to you in PowerPoint may seem like a no brainer, but there is much that is regularly ignored that could be leveraged in your favor.
Jon Monserrate: Has anyone here been stuck with grabbing a text box and PowerPoint and trying to make it just right on a slide?
Jon Monserrate: Umm yeah, I E have also been there.
Jon Monserrate: It's kind of a pain.
Jon Monserrate: All right, I've done this many times over and learned whilst working on these presentations that you can align text with other objects on screen with the shape format tab and my mind was blown.
Jon Monserrate: There's also a selection pane that allows you to select any object on screen without having to move other things out of the way, and it helps tremendously in making it both faster and easier to edit later on.
Jon Monserrate: OK, next slide.
Jon Monserrate: Let's see if my animation will play.
Jon Monserrate: Yep.
Jon Monserrate: Umm.
Jon Monserrate: So if you have probably noticed one of the ongoing themes of this PowerPoint is the emphasis on using visuals to convey information.
Jon Monserrate: This is by design and most great PowerPoints real Essen.
Jon Monserrate: With the power of visual elements and their relevancy to the topics at hand, other aspects of great PowerPoints include labeling of all figures and tables to give everyone watching an idea of what they're looking at without having to immediately tell them until you build to it promptly.
Jon Monserrate: Within your presentation, creativity should not be shunned.
Jon Monserrate: When creating a slide deck and one of the easiest ways to do this is with animation transitions and style choices.
Jon Monserrate: Taking inspiration from other slides and relevant ideas can help you improve your slides tremendously alongside creativity.
Jon Monserrate: Finally, using a consistent and or appealing easy to use, easy to understand theme lets you keep an audience's attention without bringing about their slumber.
Jon Monserrate: Unique and beautiful slides can also have this effect of staying in others minds for longer periods.
Jon Monserrate: OK, now for something completely different.
Jon Monserrate: Umm here we have an egregious example of what is generally considered a horrible slide.
Jon Monserrate: It comes complete with stretched images, texts that is far too small and clashes with whatever excuse of a theme.
Jon Monserrate: This is icons and shapes that have no place here whatsoever, and a massive header.
Jon Monserrate: Although I'm aware that no one present in today's master class would ever present such a horror to their place of employment, it is important to have an example on the most negative portion of the spectrum and strive to never present something like this to another unless you're looking to get a laugh out of them, OK?
Jon Monserrate: OK.
Jon Monserrate: All right, headers and animation are a very important part of PowerPoint, and with a bit of skill can be leveraged to make your presentations look like 1,000,000 bucks for minimal effort.
Jon Monserrate: And some YouTube searches here we can see that I have used the animation tab wizardry to form a modern theme slide, although I would like to be magical, this slide is merely the work of two arc shapes that have a gradient color grouped together, copy pasted, and then given the spin animation with arcs of differing sizes, animated and header slides like these can peak the interest of your audience and allow you to utilize this time to deliver your message to be compounded in the minds of your viewers by the quality and unique message of your slide.
Jon Monserrate: And that is my presentation.
Jon Monserrate: I would be happy to see here or see your feedback on my presentation, whether that be either through, umm, the channel direct message.
Jon Monserrate: Thank you very much for your time and yeah.
Marjorie Furay: Another great job.
Jon Monserrate: Thank you.
Marjorie Furay: Umm.
Marjorie Furay: Umm you telling me that within an hour we got done with everybody?
Marcia Hatten: Yeah.
Marjorie Furay: Wow, great job guys.
Marjorie Furay: You kept it all at 15 minutes or less so.
Landon Moore: Yeah.
Jon Monserrate: Hey.
Marjorie Furay: And still got that good information in there.
Marjorie Furay: That's nice.
Marjorie Furay: Well, thanks everybody.
Marjorie Furay: Hope you enjoyed master class this evening and thank you for Marcia for covering me at the beginning.
Marcia Hatten: You're welcome.
Marjorie Furay: Umm, you guys did a great job and congratulations for fitting, for finishing one of your master class.
Marjorie Furay: Depending on how many you had to do, and you all did a great job.
Marjorie Furay: Thank you so much and have a great rest of the evening.
Jon Monserrate: You as well.
Erin Bailey: Goodnight.
Marcia Hatten: Great job everyone.
Rikki Boodram: Alright, so same to you.
Alec Kramer: Have a good night.
Jon Monserrate: Goodnight.
Marcia Hatten: Have a good night.