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DIGITAL FORENSICS COURSE IN HYDERABAD
Learn Digital Forensics, Evidence Analysis, Disk Forensics, Memory Forensics, Network Forensics and Incident Investigation with Practical Training
Course Students
IT Courses
Practical Training
Years Faculty Experience
DIGITAL FORENSICS COURSE IN HYDERABAD
Digital devices are involved in almost every modern activity. Computers, laptops, mobile phones, cloud services, emails, browsers and networks can contain important evidence during a security incident.
When a cyber incident happens, security teams need to understand what happened, when it happened, how it happened and what evidence supports the findings.
The Digital Forensics Course in Hyderabad at Skill Rise IT Academy is designed to help learners understand the process of identifying, collecting, preserving, examining and reporting digital evidence in a controlled and authorized environment.
The course covers digital forensics fundamentals, evidence handling, disk forensics, Windows forensics, Linux forensics, memory forensics, network forensics, browser forensics, email forensics, mobile forensics, timeline analysis, artifact analysis, incident investigation and forensic reporting.
Learners also get exposure to commonly used forensic tools and investigation techniques
What Is Digital Forensics?
Digital Forensics is the process of collecting, preserving, examining and analyzing digital evidence from computers, mobile devices, networks, storage media and other digital systems.
- What happened?
- When did it happen?
- Which system was affected?
- Which account was involved?
- What files were accessed?
- What changes were made?
- What evidence remains?
- How did the incident occur?
- What indicators can be found?
- What actions should be taken next?
Why Learn Digital Forensics?
Cyber incidents can leave evidence across multiple systems.
Forensic knowledge can help security professionals investigate:
- Unauthorized access
- Data theft
- Malware incidents
- Phishing attacks
- Account compromise
- Insider activity
- Suspicious system activity
- File deletion
- Unauthorized software
- Browser activity
- Email incidents
- Network activity
- Security breaches
Digital Forensics vs Incident Response
These areas work closely together.
Incident Response focuses on managing and responding to a security incident.
Digital Forensics focuses on examining evidence to understand what happened and support the investigation.
For example:
Incident → Response → Evidence Collection → Forensic Analysis → Findings → Recovery
WHAT YOU WILL LEARN
Digital Forensics Course Curriculum
Digital Forensics Fundamentals
- What is digital forensics?
- Digital forensic investigation
- Forensic investigation lifecycle
- Digital evidence
- Evidence sources
- Types of digital forensics
- Role of a forensic analyst
- Forensic investigation challenges
- Ethical considerations
- Legal considerations
Types of Digital Forensics
- Computer Forensics
- Disk Forensics
- Memory Forensics
- Network Forensics
- Mobile Forensics
- Email Forensics
- Browser Forensics
- Cloud Forensics
- Malware Forensics
Digital Evidence
- Digital evidence
- Volatile evidence
- Non-volatile evidence
- Primary evidence
- Secondary evidence
- Evidence sources
- Evidence integrity
- Evidence documentation
- Evidence preservation
Evidence Collection
- Evidence identification
- Evidence collection
- Evidence documentation
- Evidence labeling
- Evidence storage
- Evidence preservation
- Evidence integrity
Chain of Custody
- What is chain of custody?
- Evidence tracking
- Evidence ownership
- Evidence transfer
- Evidence documentation
- Evidence storage
- Maintaining evidence integrity
Forensic Acquisition
- Forensic imaging
- Disk acquisition
- Image formats
- Evidence verification
- Hash verification
- Write protection concepts
- Evidence storage
- Acquisition documentation
Hashing for Digital Forensics
- What is hashing?
- MD5
- SHA-1
- SHA-256
- Evidence hashing
- Hash comparison
- Integrity verification
- File identification
Disk Forensics
- Hard disks
- SSDs
- Partitions
- File systems
- Deleted files
- File metadata
- File timestamps
- Hidden files
- File recovery
- Storage artifacts
File Systems
- File metadata
- File allocation
- Directories
- File timestamps
- Deleted files
- File recovery concepts
Deleted File Analysis
- File deletion
- Recycle Bin
- Deleted file artifacts
- File recovery concepts
- Metadata
- File carving
- Recovery limitations
File Carving
- File signatures
- Headers
- Footers
- File fragments
- Recovered files
- Carving limitations
- Evidence validation
Windows Forensics
- Windows Registry
- Event Logs
- Prefetch
- Windows services
- Scheduled tasks
- User accounts
- File systems
- Recycle Bin
- LNK files
- Jump Lists
- Recent files
- USB history
Windows Registry Forensics
- Registry structure
- Registry hives
- User activity
- System configuration
- Installed software
- USB devices
- User accounts
- Persistence indicators
- Registry artifacts
Windows Event Log Analysis
- Event Logs
- Security logs
- System logs
- Application logs
- Authentication events
- Login activity
- Account activity
- Event correlation
- Suspicious events
Windows User Activity Forensics
- Login activity
- File access
- Recent files
- Browser activity
- USB activity
- Application usage
- User profiles
- System activity
Linux Forensics
- Linux file systems
- Users and groups
- Authentication logs
- System logs
- Shell history
- File permissions
- Processes
- Services
- Cron jobs
- Network connections
Linux Log Analysis
- Authentication logs
- System logs
- Application logs
- Login events
- Failed authentication
- User activity
- Service activity
- Suspicious events
Browser Forensics
- Browser history
- Downloads
- Cookies
- Cache
- Saved information
- Sessions
- Search activity
- Browser artifacts
- Website activity
Email Forensics
- Email headers
- Sender information
- Recipient information
- Timestamps
- Message metadata
- Attachments
- Suspicious links
- Phishing investigation
- Email artifact analysis
Network Forensics
- Network traffic
- Packets
- IP addresses
- Ports
- Protocols
- DNS activity
- HTTP traffic
- Network sessions
- Suspicious connections
Wireshark for Network Forensics
- Packet capture
- Packet filtering
- Protocol analysis
- IP investigation
- DNS analysis
- HTTP analysis
- TCP connections
- Suspicious traffic
- Network evidence
Memory Forensics
- What is memory forensics?
- RAM acquisition concepts
- Running processes
- Network connections
- Loaded modules
- Process investigation
- Memory artifacts
- Suspicious activity
Volatility for Memory Analysis
- Memory images
- Process analysis
- Network analysis
- Loaded modules
- User activity
- Memory artifacts
- Investigation workflow
Malware Forensics
- Suspicious files
- Malware artifacts
- File changes
- Processes
- Registry changes
- Network connections
- Persistence indicators
- Malware IOCs
Mobile Forensics Fundamentals
- Mobile forensic concepts
- Android evidence
- iOS evidence concepts
- Device data
- Application data
- Messages
- Call records
- Browser artifacts
- Media files
- Mobile evidence preservation
Cloud Forensics Fundamentals
- Cloud forensic concepts
- Cloud logs
- Authentication records
- User activity
- Cloud storage
- Access logs
- Evidence collection challenges
- Cloud investigation limitations
Timeline Analysis
- File timestamps
- Access times
- Modification times
- Creation times
- User activity
- Login events
- Network events
- Application activity
- Timeline correlation
Artifact Analysis
- Registry artifacts
- Browser artifacts
- Event logs
- File metadata
- USB artifacts
- Application artifacts
- User activity artifacts
OSINT for Digital Investigations
- OSINT fundamentals
- Public information
- Domain information
- IP information
- Username research
- Social media evidence
- Search techniques
- Evidence documentation
- OSINT limitations
Incident Response and Digital Forensics
- Incident identification
- Initial investigation
- Evidence collection
- Containment concepts
- Evidence preservation
- Investigation
- Recovery
- Lessons learned
- Forensic documentation
Digital Forensics Tools
Depending on the practical lab, learners can work with or become familiar with:
- Autopsy
- Sleuth Kit
- FTK Imager
- EnCase
- Volatility
- Wireshark
- YARA
- Process Monitor
- Process Explorer
- Registry Explorer
- Event Log tools
- Sysinternals
- Browser forensic tools
Skills You Can Develop
By completing the training, learners can work toward developing skills in:
- Digital evidence
- Evidence preservation
- Chain of custody
- Forensic acquisition
- Disk forensics
- File-system analysis
- File recovery
- Windows forensics
- Registry analysis
- Event-log analysis
- Linux forensics
- Browser forensics
- Email forensics
- Network forensics
- Wireshark
- Memory forensics
- Volatility
- Mobile forensics
- Cloud forensics
- Malware forensics
- Timeline analysis
- IOC analysis
- Incident response
- Forensic reporting
Digital Forensics Career Opportunities
Digital forensics knowledge can support roles such as:
- Digital Forensic Analyst
- Computer Forensic Analyst
- Cybersecurity Analyst
- Incident Response Analyst
- SOC Analyst
- DFIR Analyst
- Cybercrime Investigation Analyst
- Malware Forensics Analyst
- Security Operations Analyst
- Digital Investigation Analyst
- Forensic Technology Analyst
Digital Forensics Course Learning Path
Cybersecurity Fundamentals
↓
Operating System Fundamentals
↓
Networking Basics
↓
Digital Forensics Fundamentals
↓
Digital Evidence
↓
Evidence Collection
↓
Chain of Custody
↓
Forensic Acquisition
↓
Hashing
↓
Disk Forensics
↓
File Systems
↓
Deleted File Analysis
↓
Windows Forensics
↓
Windows Registry
↓
Event Log Analysis
↓
Linux Forensics
↓
Browser Forensics
↓
Email Forensics
↓
Network Forensics
↓
Wireshark
↓
Memory Forensics
↓
Volatility
↓
Mobile Forensics
↓
Cloud Forensics
↓
Malware Forensics
↓
Timeline Analysis
↓
OSINT
↓
Incident Response
↓
Forensic Reporting
↓
Practical Projects
↓
Interview Preparation
Frequently Asked Questions
We know choosing the right training institute is an important decision. Here are answers to some of the most common questions students ask before joining Skill Rise IT Academy.
What is a Digital Forensics Course?
A Digital Forensics Course teaches learners how to identify, preserve, examine and analyze digital evidence during authorized investigations.
What is digital forensics?
Digital forensics is the investigation of digital evidence from computers, storage devices, networks, mobile devices and other digital systems.
Can freshers learn digital forensics?
Yes. Beginners can start with computer, operating system and networking fundamentals.
Do I need coding knowledge?
Programming is not always required to start digital forensics. Basic scripting can become useful for advanced analysis and automation.
What is digital evidence?
Digital evidence is information stored or transmitted in digital form that may help an investigation.
What is chain of custody?
Chain of custody is the documented history of how evidence was collected, handled, transferred and stored.
What is forensic imaging?
Forensic imaging is the process of creating a forensic copy of digital storage for examination.
Why are hashes used in digital forensics?
Hashes help verify whether digital evidence has changed.
What is disk forensics?
Disk forensics examines storage devices and their file systems for useful investigation evidence.
What is memory forensics?
Memory forensics examines volatile RAM data for information such as processes, network connections and loaded modules.
What is Windows forensics?
Windows forensics examines Windows artifacts such as Registry data, Event Logs, user activity and file-system information.
What is network forensics?
Network forensics examines network traffic and related information to understand suspicious or unauthorized activity.
Is Wireshark useful for digital forensics?
Yes. Wireshark can help investigators examine network packets and communication during authorized investigations.
What is Volatility?
Volatility is a framework commonly used for memory forensics and analysis.
What is Autopsy?
Autopsy is a digital forensics platform used for examining forensic evidence and disk images.
Ready to Start Your Digital Forensics Career
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