Speaker 1: Welcome to our deep dive into the world of iOS forensics.
Speaker 1: Wo We're going to be exploring how investigators uncovered digital
Speaker 1: clues from iPhones. We're using academic excerpts, technical guides, and
Speaker 1: real world case studies.
Speaker 2: Sounds good.
Speaker 1: We're going to skip all the jargon and jump straight
Speaker 1: in the fascinating Stuck ever, wonder what secrets your iPhone
Speaker 1: might be hiding?
Speaker 2: Well, think of it like this. Your iPhone is a witness, okay,
Speaker 2: silently observing your every move and interaction.
Speaker 1: Gotcha.
Speaker 2: We'll delve into how investigators extract those observations and piece
Speaker 2: them together to paint a picture of what really happened.
Speaker 1: You know, I use my iPhone for everything, but I
Speaker 1: rarely think about that the trail of data I'm leaving behind.
Speaker 1: So how does an investigator actually approach an iPhone? Well,
Speaker 1: it's not as simple as plugging it in and downloading everything.
Speaker 2: No, not quite. It's a methodical process, Okay, starting with
Speaker 2: season and isolating the device to prevent tampering. Think of
Speaker 2: it like securing a crime scene. Then comes the acquisition phase,
Speaker 2: where investigators try to obtain a copy.
Speaker 1: Of the data. Okay, let's unpack that. Sure, what are
Speaker 1: the different ways to acquire data from an iPhone?
Speaker 2: Imagine a house with multiple levels of access. A logical
Speaker 2: acquisition is like entering through the front door. You get
Speaker 2: access to files the user intended to be accessible, like contacts, messages, photos.
Speaker 2: A file system acquisition is like getting a key to
Speaker 2: the back door, allowing you to see more of the
Speaker 2: underlying structure and data. And then there's physical acquisition. Yea,
Speaker 2: the most comprehensive and also the most challenging.
Speaker 1: Physical acquisition sounds intense. Yeah, is that even possible? With
Speaker 1: all the security measures on iPhones.
Speaker 2: It's becoming increasingly difficult, especially with newer models. Physical acquisition
Speaker 2: is often limited to older devices with no vulnerabilities. But
Speaker 2: even with logical or filesystem acquisition, maintaining data integrity is crucial, right,
Speaker 2: every step is documented and validated, gotcha, to ensure nothing
Speaker 2: is altered. Okay, preserving the evidence.
Speaker 1: Re court, That makes sense. Yeah, you wouldn't want a
Speaker 1: case thrown out because of a sloppy procedure, for sure.
Speaker 1: So let's talk about the data itself. Okay, my iPhone
Speaker 1: feels like apps and photos. Yeah, but I'm intrigued by
Speaker 1: this KNOWLEDGEC dot dB thing. Right, what's hiding in that database?
Speaker 2: Knowledgec dot dB is like your iPhone's secret diary.
Speaker 1: Oh wow.
Speaker 2: It logs a vast array of activities, from when you
Speaker 2: use specific apps to how long you use them. Even
Speaker 2: seemingly mundane details like your battery temperature battery, Yeah, what could.
Speaker 1: That possibly reveal?
Speaker 2: Believe it or not? Really, even seemingly insignificant details can
Speaker 2: become crucial clues. For example, a sudden spy in battery
Speaker 2: temperature I indicate the phone was being used intensively at
Speaker 2: a specific time, perhaps to delete large amounts of data
Speaker 2: or communicate rapidly. When combined with other evidence, this could
Speaker 2: be quite revealing.
Speaker 1: Wow, I'm starting to see how investigators connect these seemingly
Speaker 1: unrelated dots.
Speaker 2: Yeah.
Speaker 1: Speaking of connections, location data must be a big one, right,
Speaker 1: It's huge. My iPhone seems to know where I am.
Speaker 2: Yes, even when GPS is off precisely. iPhones use a
Speaker 2: combination of GPS, cell tower triangulation, and even Wi Fi
Speaker 2: networks to determine your location. Okay, it's constantly gathering this information,
Speaker 2: some of which is shared with Apple in the form
Speaker 2: of harvested locations.
Speaker 1: Harvested locations, Yes, that sounds a bit ominous. Is my
Speaker 1: iPhone spying on me? For Apple?
Speaker 2: Think of it as your iPhone contributing to Apple's crowdsource
Speaker 2: location database. Okay, it helps improve location services for everyone. However,
Speaker 2: that same data can become incredibly valuable for investigators. Imagine
Speaker 2: a suspect claiming they were never near a crime scene,
Speaker 2: but their iPhone's harvested location data places them right there.
Speaker 2: Oh wow, at the time of the incident.
Speaker 1: Okay, that's a bit unsettling, but also fascinating. Yeah, so
Speaker 1: my iPhone knows where I go, and so does Apple
Speaker 1: potentially potentially?
Speaker 2: Yes?
Speaker 1: Is there anything else that's tracking without my knowledge?
Speaker 2: There's also the significant Locations feature, oh right, which automatically
Speaker 2: remembers places you visit frequently, building a detailed map of
Speaker 2: your routine.
Speaker 1: Yeah.
Speaker 2: This data can be incredibly revealing for investigators trying to
Speaker 2: establish patterns of behavior or corroborate alibis. Do you remember
Speaker 2: that coffee shop you mentioned earlier? Your iPhone remembers it too.
Speaker 1: All right, I'm starting to feel like I should be
Speaker 1: more mindful of my digital footprint. Yeah, for sure, But
Speaker 1: let's be realistic. Of course, we all love our apps,
Speaker 1: do investigators actually dive into those they do, they must
Speaker 1: be a nightmare to analyze.
Speaker 2: They can be, but app data is often crucial. Think
Speaker 2: about it. Social media activity, messaging conversations, even productivity tools.
Speaker 2: They all hold potential evidence. While some of this data
Speaker 2: is readily accessible, other times it requires more advanced techniques.
Speaker 1: Advance how like, are we talking hacking into the apps code?
Speaker 2: Sometimes it involves techniques like reverse engineering, but there are
Speaker 2: also tools designed specifically for forensic analysis. For example, Freshman
Speaker 2: allows investigators to monitor every file and app accesses oh wow,
Speaker 2: while proxy inter proxy intercepts the apps network traffic, showing
Speaker 2: what data is being sent and received.
Speaker 1: So even if an app tries to be sneaky with
Speaker 1: its data, investigators have ways to catch.
Speaker 2: It to a certain extent. Yes, okay, but it's a
Speaker 2: constant cat and mouse game as app developers try to
Speaker 2: protect user data and encryption methods are evolving rapidly.
Speaker 1: Speaking of encryption, iPhones are known for being pretty locked down. Yeah,
Speaker 1: how do investigators get past that?
Speaker 2: Well?
Speaker 1: Cracking the passcode or are there are other ways?
Speaker 2: Brueforcing passcodes is an option, but it can be time consuming,
Speaker 2: especially with strong passwords. There's also the possibility of exploiting
Speaker 2: vulnerabilities like the check M eight exploit that affects certain
Speaker 2: older iPhones.
Speaker 1: Does that mean instant access to the phone?
Speaker 2: Not exactly.
Speaker 1: Okay.
Speaker 2: CHECKMA allows for what's called before first unlock or BFU.
Speaker 1: Acquisition BFU acquisition.
Speaker 2: I think of it like grabbing the evidence before the
Speaker 2: phone has a chance to lock itself down.
Speaker 1: So you can potentially access data. Yes, even before the
Speaker 1: phone has been unlocked.
Speaker 2: That's right. Wow, it's a powerful technique. Yeah, but it
Speaker 2: only works on specific devices.
Speaker 1: Okay.
Speaker 2: Newer iPhones require more advanced methods, often involving specialized labs
Speaker 2: and expensive equipment.
Speaker 1: Okay, so even with vulnerabilities, it's not a walk in
Speaker 1: the park.
Speaker 2: No, it's not.
Speaker 1: What about jail breaking? Okay? I always thought that was
Speaker 1: something techies did to customize their phones, Right, How does
Speaker 1: that fit into forensics?
Speaker 2: Jail breaking in a forensic context is similar, okay, but
Speaker 2: the goal is different. It's about bypassing security restrictions, gotcha
Speaker 2: to extract data okay that wouldn't be accessible otherwise.
Speaker 1: So are investigators using tools like check grand one in, Yes,
Speaker 1: the ones you see in online forums.
Speaker 2: Tools like check grand one in can be used, but
Speaker 2: it's important to emphasize that this is done within a
Speaker 2: strict legal framework and with proper authorization. It's not the
Speaker 2: same as someone jail breaking their phone to install pirated apps.
Speaker 1: Big difference, huge difference. So let's say investigators have gotten
Speaker 1: through all that, what happens to the data?
Speaker 2: Wow?
Speaker 1: It's not just about peaking at messages, is it? They
Speaker 1: need to present this as evidence.
Speaker 2: Absolutely. The final step is reporting.
Speaker 1: Okay, and it's crucial gotcha.
Speaker 2: Investigators meticulously document their findings, ensuring accuracy, impartiality, and technical clarity.
Speaker 2: These reports can be used in court, internal investigations, or
Speaker 2: even shared with victims to help them understand what happened.
Speaker 1: I imagine those reports can get pretty expensive. They can, especially
Speaker 1: with all the data we've been talking about. Definitely, are
Speaker 1: there tools that help with this process?
Speaker 2: Yes?
Speaker 1: Or is it all manual typing?
Speaker 2: There are tools like Celebrate Physical Analyzer, which can automate
Speaker 2: certain aspects of report generation. It pulls in the extracted
Speaker 2: data and helps create a structured report. However, the human
Speaker 2: element remains essential for analysis and interpretation.
Speaker 1: So it's not just about the tech, it's about the
Speaker 1: investigator's expertise. In connecting the dots and understanding the context
Speaker 1: of the evidence. And that's where timelines comeand.
Speaker 2: They offer a powerful way to visualize the digital.
Speaker 1: Story, presenting the evidence chronologically and revealing patterns that might
Speaker 1: otherwise be missed.
Speaker 2: Timelines like those charts detectives us in movies.
Speaker 1: It's a similar concept, but digital tools like Magnet Axiom
Speaker 1: can automatically build timelines from extracted data, showing when messages
Speaker 1: were sent, photos taken, locations visited, all in chronological order.
Speaker 2: That's amazing. So you can start to see a sequence
Speaker 2: of events, yes, potentially linking actions to specific times and places. Right,
Speaker 2: this is getting really interesting, it is, but we've covered
Speaker 2: a lot of ground already, we have. My mind is
Speaker 2: officially blown. Yeah, I need a moment to process all
Speaker 2: of this. Okay, let's take a quick pause here. When
Speaker 2: we come back, will delve deeper into the world iOS forensics.
Speaker 2: Sounds good and uncover even more fascinating insight.
Speaker 1: Looking forward to it. Welcome back to our deep dive
Speaker 1: into iPhone forensics. Before the break, we were talking about
Speaker 1: how investigators can piece together a timeline using data extracted
Speaker 1: from an iPhone. Yeah, I have to admit the idea
Speaker 1: that my iPhone is keeping such detailed records is a
Speaker 1: bit unnerving.
Speaker 2: It's definitely something to be aware of, but it's important
Speaker 2: to remember that these forensic techniques are primarily used in
Speaker 2: legal and investigative contexts. The average person doesn't need to
Speaker 2: worry about someone snooping through their deleted messages or location history.
Speaker 1: That's reassuring. Yeah, but let's say I am an investigator
Speaker 1: facing a locked iPhone. What are my options? Realistically? Is
Speaker 1: there a magic bullet to unlock any iPhone?
Speaker 2: Unfortunately, there's no one size fits all solution, right. The
Speaker 2: approach depends on several factors. Okay, starting with the iPhone
Speaker 2: model and iOS version. If it's an older device vulnerable
Speaker 2: to the check M eight exploit, a BFU acquisition might
Speaker 2: be possible.
Speaker 1: Right that, Before first unlock technique we talked about exactly,
Speaker 1: what if it's a newer model, one that's not as
Speaker 1: easily exploited.
Speaker 2: Things get trickier with newer iPhones. Okay, Brute forcing the
Speaker 2: passcode could take an impractical amount of time, especially with
Speaker 2: complex passwords, and Apple, for security reasons, is extremely reluctant
Speaker 2: to provide backdoors for law.
Speaker 1: Enforcement, so it's a bit of a stalemate. It can
Speaker 1: be investigators are stuck even with a warrant.
Speaker 2: Not necessarily. There are specialized companies like Celebrate that offer
Speaker 2: advanced forensic services. They have tools and techniques that can
Speaker 2: bypass security on some newer models. Interesting, but it's expensive
Speaker 2: and often time consuming.
Speaker 1: I can imagine that it's a constant arms race between
Speaker 1: the security measures and the forensic tools trying to circumvent
Speaker 1: them exactly. But let's say we have gotten past that
Speaker 1: initial hurdle okay, and acquire the data. What happens next?
Speaker 1: It must be like trying to find a needle in
Speaker 1: a haystack.
Speaker 2: That's where those specialized forensic tools become indispensable.
Speaker 1: Okay.
Speaker 2: They help investigators sift through mountains of data, extract relevant
Speaker 2: artifacts okay, and present them in a way that's understandable.
Speaker 1: So these tools aren't just about grabbing the data, right,
Speaker 1: They're also about making sense of it exactly.
Speaker 2: They parse databases, decode files, extract metadataka, and often use
Speaker 2: sophisticated heuristics. Heuristics to piece together fragments of information.
Speaker 1: Interesting.
Speaker 2: Think of it like having a digital detective assistant helping
Speaker 2: you analyze the evidence.
Speaker 1: Heuristics That sounds like educated guesswork in.
Speaker 2: A way it is. It's about using patterns and known
Speaker 2: behaviors okay, to make inferences about the data.
Speaker 1: Gotcha.
Speaker 2: For example, if a message was deleted, tool might use
Speaker 2: surrounding data like timestamps and metadata to estimate when it
Speaker 2: was sent and what it might have contained.
Speaker 1: So even deleted data isn't necessarily gone forever. That's both
Speaker 1: fascinating and a little scary. It is. But you mentioned
Speaker 1: location data earlier. How do investigators use that information within
Speaker 1: a practical sense?
Speaker 2: Location data is incredibly valuable?
Speaker 1: Okay?
Speaker 2: It often provides the where to, the who, and when
Speaker 2: of other evidence. Investigators can use it to corroborate alibis,
Speaker 2: establish patterns of movement, or even place a suspect at
Speaker 2: a crime scene.
Speaker 1: So that significant locations feature the one that remembers my
Speaker 1: favorite haunts exactly. Could actually be used against someone in
Speaker 1: an investigation potentially.
Speaker 2: Yes, wow, it's a powerful tool for building a timeline
Speaker 2: of someone's activities. And remember, even if you disable location services,
Speaker 2: your iPhone might still be collected location data through cell
Speaker 2: tower triangulation or Wi Fi networks.
Speaker 1: It seems like there's really no escaping in the digital
Speaker 1: trail we leave behind.
Speaker 2: It's getting harder and harder.
Speaker 1: But it's not just about where we go. It's also
Speaker 1: about what we do. Yes, the apps we use, the
Speaker 1: websites we visit, the things we search for.
Speaker 2: Absolutely, app data can be a gold mine for investigators.
Speaker 2: Social media activity, messaging, conversations, calendar entries, notes, Okay, even
Speaker 2: seemingly mundane things like browsing history can provide valuable insights.
Speaker 1: I imagine analyzing all those different apps can get pretty complex.
Speaker 1: It can, especially with so many platforms and constantly evolving features.
Speaker 2: It can be some apps are more cooperative than others,
Speaker 2: providing APIs that allow for easier data extraction, but others
Speaker 2: require more creative approaches you create.
Speaker 1: How are we talking about hacking into the app's code?
Speaker 2: Sometimes techniques like reverse engineering the apps communication protocols, analyzing
Speaker 2: its database structure, or running it in a controlled environment
Speaker 2: to observe its behavior.
Speaker 1: So it sounds like investigators need to be part detective,
Speaker 1: part programmer, and part I'm not sure what else to
Speaker 1: call it.
Speaker 2: It's a very unique skill set.
Speaker 1: It certainly is, and it's a field that's constantly evolving
Speaker 1: as new technologies emerge and existing ones adapt.
Speaker 2: Sure.
Speaker 1: Okay, so we've talked about location data, app data. What
Speaker 1: about communication data, emails, messages, phone calls. Ye, that's classic
Speaker 1: detective work.
Speaker 2: It is, and it's still a crucial part of iOS forensics.
Speaker 2: But the way we communicate has changed dramatically with the
Speaker 2: rise of messaging apps like Whatsappened Telegram?
Speaker 1: Right, seems like everyone's on those plots forms these days.
Speaker 1: They are are those harder to analyze the traditional SMS messages,
Speaker 1: It depends.
Speaker 2: Some messaging apps are fairly well documented, and there are
Speaker 2: tools that can extract conversations in metadata relatively easily, but others.
Speaker 1: Are more challenging.
Speaker 2: I'm guessing yes, some apps prioritize privacy and use end
Speaker 2: to end encryption, making it much more difficult to access
Speaker 2: the content of messages. But even then, investigators can often
Speaker 2: glean valuable information from metadata, such as who communicated with whom,
Speaker 2: when and for how long.
Speaker 1: So even if you can't read the messages, you can
Speaker 1: still learn a lot about the communication patterns, exactly like
Speaker 1: a digital fingerprint of their interactions. It is, and it
Speaker 1: highlights the importance of taking a holistic approach to the investigation.
Speaker 1: You need to look at all the available data, connect
Speaker 1: the dots and build a comprehensive picture of the digital activity.
Speaker 1: For sure, it's like putting together a I jigsaw puzzle.
Speaker 1: It is, with each piece of data providing a clue.
Speaker 2: That's a great analogy.
Speaker 1: But speaking of puzzles, let's talk about something I've always
Speaker 1: been curious about. Okay, deleted data. We hear all the
Speaker 1: time that deleted doesn't really mean gone. Yeah, but how
Speaker 1: much truth is there to that?
Speaker 2: It depends on a few factors, but generally speaking, deleted
Speaker 2: data can often be recovered, really, especially from iPhones.
Speaker 1: Interesting.
Speaker 2: It all comes down to how data is stored and
Speaker 2: managed at the file system level.
Speaker 1: Okay, I'm ready for a tech lesson. How does that work?
Speaker 2: Think of it this way? Okay, when you delete a
Speaker 2: file your iPhone doesn't actually erase the data immediately. It
Speaker 2: simply marks the space where that data was stored as
Speaker 2: available for reuse.
Speaker 1: So it's like tossing a file into the recycle bin
Speaker 1: on your computer.
Speaker 2: Similar yes, okay, and as you create new files and
Speaker 2: use your phone, that deleted data might eventually get overwritten,
Speaker 2: could linger for a while, potentially accessible to forensic tools.
Speaker 1: So those data recovery apps you see advertised, those could
Speaker 1: actually work.
Speaker 2: Some of them. Yes, wow, But it's important to use
Speaker 2: reputable tools, especially in a forensic context.
Speaker 1: Gotcha.
Speaker 2: You don't want to risk corrupting the data or introducing
Speaker 2: artifacts that could compromise the investigation.
Speaker 1: Right, I can see how that would be a problem.
Speaker 1: So deleted data can be recovered, but it's not guaranteed,
Speaker 1: and it takes specialized knowledge and tools, it does, and
Speaker 1: the longer you wait, the less likely it is that
Speaker 1: the data will be recoverable exactly. So what a forensic
Speaker 1: investigation time is often of the essence it is that
Speaker 1: makes sense. Okay, all right, we've talked about a lot
Speaker 1: of technical details we have, but let's not forget about
Speaker 1: the human element. These investigations aren't just about bits and bytes.
Speaker 1: They're about people, right, Absolutely.
Speaker 2: It's important to remember that behind every device, every piece
Speaker 2: of data, there's a human story, and investigators need to
Speaker 2: be sensitive to that, especially when dealing with victims of
Speaker 2: crime or sensitive personal matters.
Speaker 1: It's about finding the truth, it is, but doing so
Speaker 1: ethically and responsible exactly, And that's something we'll explore further
Speaker 1: when we come back for the final part of our
Speaker 1: deep dive into the world of iPhone forensics. Welcome back
Speaker 1: to our deep dive into iPhone forensics. We've been talking
Speaker 1: about the technical side of things, how investigators acquire and
Speaker 1: analyze data, but I'm curious about the bigger picture. How
Speaker 1: is this field evolving as technology changes?
Speaker 2: That's a great question. Yeah, the tools and techniques of
Speaker 2: digital forensics are constantly evolving, just like the technology they're
Speaker 2: trying to unravel. We're seeing a shift towards cloud based data,
Speaker 2: encrypted communications, and devices with increasingly sophisticated security features.
Speaker 1: So the days of simply plugging in a phone and
Speaker 1: downloading all the data are long gone large.
Speaker 2: Yes, investigators need to be incredibly adaptable, constantly learning new
Speaker 2: techniques and staying abreast of the latest vulnerabilities and exploits.
Speaker 2: They're also relying more heavily on specialized software and hardware,
Speaker 2: some of which can be quite expensive and require specialized training.
Speaker 1: It sounds like a challenging field to be in. Is
Speaker 1: always trying to stay one step ahead, definitely, But all
Speaker 1: this talk about powerful tools and techniques raises an important
Speaker 1: question for me. Okay, what about privacy? Where's the line
Speaker 1: between legitimate investigation and overreach.
Speaker 2: You've hit on a crucial point. Digital forensics is a
Speaker 2: powerful tool, right, and like any tool, it can be misused.
Speaker 2: That's why there are strict legal frameworks and ethical guidelines
Speaker 2: in place. Search warrants are often required to access personal data,
Speaker 2: and there are rules about what data can be collected
Speaker 2: and how it can be used.
Speaker 1: So it's not a free for all, No, it's not.
Speaker 1: Investigators can't just go snooping through anyone's phone on a
Speaker 1: whim exactly.
Speaker 2: There needs to be a justifiable reason, and the scope
Speaker 2: of the search should be proportionate to the alleged crime
Speaker 2: or offense. It's a delicate balance between security and privacy,
Speaker 2: one that's constantly being debated and refined.
Speaker 1: It definitely sounds complex, it is, with a lot of
Speaker 1: gray areas. Definitely, But let's switch gears for a moment
Speaker 1: talk about something a bit more practical. If someone is
Speaker 1: concerned about their digital privacy, what steps can they take
Speaker 1: to protect their data?
Speaker 2: The first line defense is always a strong pass code.
Speaker 2: Use a complex combination of letters, numbers, and symbols and
Speaker 2: make it at least six digits long.
Speaker 1: Gotcha, and if.
Speaker 2: Your device supports it, enable biometric authentication like face ID
Speaker 2: or touch ID.
Speaker 1: Okay, so strong passwords and biometrics. Yeah, that's good general
Speaker 1: security advice, it is. But is there anything specific to
Speaker 1: iPhone forensics?
Speaker 2: Absolutely?
Speaker 1: Okay.
Speaker 2: Be mindful of the apps you allow to access your
Speaker 2: location data Okay. You can control these permissions in your
Speaker 2: device's settings, and if you're particularly concerned about privacy, consider
Speaker 2: using a privacy focused browser or messaging app that employs
Speaker 2: end to end encryption.
Speaker 1: So being selected about apps and their permissions is key,
Speaker 1: it is. What about data backups?
Speaker 2: Okay?
Speaker 1: Those are important for recovering data if your phone is
Speaker 1: lost or damaged. That could they also be a vulnerability.
Speaker 2: Backups are essential, but it's wise to encrypt them Okay.
Speaker 2: Both iTunes and iCloud backups can be encrypted with the password,
Speaker 2: making it much harder for unauthorized access. It adds an
Speaker 2: extra layer of protection.
Speaker 1: For your data. Encrypting backups. Yeah, that's a good tip
Speaker 1: for sure. Any other advice for staying ahead of those
Speaker 1: digital detectives.
Speaker 2: This might sound obvious, okay, but be mindful of what
Speaker 2: you share online through messaging appsh Remember that even deleted
Speaker 2: data might be recoverable. Think twice before sending sensitive information
Speaker 2: or engaging in activities that could be misconstrued. Okay, your
Speaker 2: digital footprint can last a lot longer than you might think.
Speaker 1: Right, think before you post message or anything, really exactly,
Speaker 1: So it's not just about being innocent, it's also about
Speaker 1: being aware of how our digital actions can be interpreted.
Speaker 1: That's right. Well, I think we've cut a lot of
Speaker 1: ground in this deep dive. We've gone from the basics
Speaker 1: of iPhone data acquisition to the complexities of encryption and
Speaker 1: the ethical considerations of digital forensics. For sure, it's been
Speaker 1: a fascinating journey, it has, and we've only scratched the surface.
Speaker 1: That's true of this rapidly evolving field. But hopefully this
Speaker 1: deep dive has given you a better understanding of how
Speaker 1: iPhones can become witnesses, how investigators uncover their secrets for sure,
Speaker 1: and what you can do to protect your own digital privacy.
Speaker 1: That's right. I know I've learned a lot. Yeah, and
Speaker 1: I'm sure our listeners have too.
Speaker 2: Me too.
Speaker 1: If you're interested in exploring this topic further, there are
Speaker 1: tons of resources available online. Definitely, who knows, maybe one
Speaker 1: of you will become the next Sherlock Holmes, I love it.
Speaker 2: Of the digital age, that would be fantastic. It's a
Speaker 2: field ripe with possibilities, and as technology continues to advance,
Speaker 2: who knows what secrets will be able to unlock in
Speaker 2: the future.
Speaker 1: That's a thought provoking note to end on it is.
Speaker 1: Thanks for joining us on this deep dive, my pleasure
Speaker 1: into the world of iPhone forensics. Until next time,