What are some major cases solved using digital forensics?

Digital forensics has become an increasingly important tool for law enforcement in the investigation and prosecution of crimes. As more of our lives move online, digital evidence is left behind on computers, mobile devices, and in online accounts. Skilled digital forensics experts are able to uncover this evidence and use it to help reconstruct events and identify those responsible for crimes.

Some major cases that have hinged on digital forensics evidence include terrorism investigations, child exploitation and cybercrime cases, and murders or other violent crimes. Law enforcement agencies have digital forensics labs and experts that can delve into digital evidence and unlock clues that may not exist elsewhere. The field of digital forensics encompasses a range of investigative techniques and requires specialized skills and software tools to acquire, analyze and report on digital evidence.

Terrorism Investigations

Digital evidence has played a crucial role in unraveling terrorist plots and bringing perpetrators to justice. Tracing online activities, communications and financial transactions has allowed investigators to establish connections between suspects and map out networks. Some key examples include:

  • The 2015 San Bernardino shooting – Digital forensic examination of the shooters’ phones and online accounts provided insight into their communications and radicalization.
  • The 2017 New York City subway bombing – Investigators traced the bomber’s financial transactions and online searches for bomb-making instructions.
  • The 2019 Pensacola naval base shooting – Extensive digital forensic analysis helped establish ties between the shooter and Al Qaeda.

Child Exploitation Cases

Digital forensics has been instrumental in breaking up major child exploitation and pornography rings as well as bringing individual offenders to justice. Investigators are able to track distribution of illegal materials online, trace communications in hidden forums, and use evidence on offenders’ devices to identify victims. Major cases aided by digital forensics include:

  • Operation Pacifier – FBI investigation that used digital forensic evidence to identify over 130 child abuse victims across the U.S.
  • The Luxembourg abuse ring case – Digital devices provided evidence that led to convictions of nearly a dozen people for child abuse and exploitation.
  • The Timothy Da’Shaun Taylor case – Forensics on the suspect’s phone and electronics revealed over 4,000 child pornography files and extensive abuse.

Violent Crimes and Homicides

From cell phone data to internet history to computer files, digital evidence has become crucial in reconstructing events and proving guilt or innocence in violent crimes. Some notable examples include:

  • Murder of April Millsap – Cell phone data placed the suspect at the scene of the crime.
  • Disappearance of Heather Elvis – Extensive digital evidence from social media and cell phones was key to proving kidnapping and murder charges.
  • Murder of Bianca Devins – Evidence from social media and cell phones established the suspect-victim relationship and detailed the murder plot.


Cybercrime investigations entirely hinge on the ability to digitally trace hacking attempts, malware deployments, identity theft and other online offenses. Major cybercrime cases aided by digital forensics include:

  • Russian hacking of the Democratic National Committee – Forensic analysis helped attribute the hack to Russian state-sponsored groups.
  • The Zeus banking trojan – Investigators unraveled a sophisticated international cybercrime network by tracing malware attacks and money transfers.
  • LulzSec hacking attacks – Digital evidence linked five members of the LulzSec hacker group to numerous cyber attacks and site disruptions.

Other Major Cases

Beyond the categories above, digital forensics has been a crucial investigative tool in countless other cases, including:

  • Fraud – From companies falsifying financial records to individuals committing identity theft and scams, digital forensics helps prove fraud.
  • Criminal leaks – Tracing the source of leaked confidential documents or data breaches often comes down to digital forensics.
  • Human trafficking – Messages, financial transactions, transport records and other digital breadcrumbs have aided trafficking investigations.
  • Drug crimes – From distribution networks to cryptocurrency transactions to communications, digital evidence helps take down drug offenders.

Digital Forensics Techniques and Processes

So how exactly do investigators extract and analyze digital evidence to help solve crimes? Some of the key techniques and phases of digital forensics include:

  • Imaging – Making complete byte-for-byte copies of digital storage devices without altering the original evidence.
  • Network analysis – Capturing and analyzing network traffic and activity for clues relating to crimes.
  • Mobile forensics – Recovering and examining data from mobile devices such as cell phones and tablets.
  • Email analysis – Tracing and analyzing email communications relevant to an investigation.
  • Social media forensics – Investigating activity and connections on social platforms like Facebook and Instagram.
  • Database forensics – Retrieving and auditing data from database systems involved in a case.
  • Cloud forensics – Collecting and analyzing evidence stored in cloud platforms and services.
  • Malware analysis – Dissecting malware code and payloads to understand its capabilities and origin.

At its core, the digital forensic process involves collection of devices and data, extraction of relevant evidence from those sources, analysis to reconstruct events and uncover insights, and reporting on findings and their implications for the case.

Challenges in Digital Forensics

While an incredibly useful tool, leveraging digital forensics effectively in investigations also comes with challenges, such as:

  • Encrypted data – Heavy encryption of devices and communications can make evidence inaccessible.
  • Cooperation of technology firms – Investigators often rely on companies to provide access to accounts and cloud data.
  • Volume of evidence – Huge amounts of data need to be processed and analyzed from multiple sources.
  • Anti-forensics – Criminals utilize techniques to counter forensics, like data destruction.
  • New technologies – Keeping pace with new devices, platforms, apps requires constant training and upgrades.
  • Legal constraints – Laws, privacy rights and terms of service affect how digital evidence can be collected and used.

Notable Digital Forensics Labs and Tools

A variety of public and private digital forensics labs around the world work closely with law enforcement on criminal cases. Some of the top facilities include:

  • FBI Regional Computer Forensic Laboratories (RCFLs) – A network of FBI labs across the U.S. for federal, state and local investigations.
  • U.S. Secret Service National Computer Forensics Institute – Provides training and tools for state and local law enforcement agencies.
  • New York County District Attorney’s Office – Their labs and analysts work on cases prosecuted by their office.
  • Netherlands Forensics Institute – Digital forensics services for Dutch national police as well as global law enforcement.
  • London Digital Forensics Lab – Works with U.K. law enforcement on digital evidence recovery and analysis.

Specialized software tools used by digital forensics examiners include:

  • EnCase – Comprehensive forensic software for evidence acquisition, analysis and reporting.
  • FTK – Forensic Toolkit for quickly processing and indexing forensic images.
  • Autopsy – Open source digital forensics platform from Basis Technology.
  • Magnet AXIOM – Examine forensic images from computers, mobile devices and the cloud.
  • Cellebrite – Solutions for mobile forensics, unlocking and data extraction.

The Future of Digital Forensics

As technology continues advancing at a rapid pace, digital forensics must also evolve to keep providing investigative value. Some developments on the horizon include:

  • More focus on forensic readiness and long-term data preservation by companies to enable access to digital evidence when needed.
  • Expanded use of AI and automation for evidence processing and analysis, but human examiners will remain crucial.
  • New tools and techniques to bypass or crack encryption that may be applied to devices and online communications.
  • Enhanced capabilities to acquire and parse data from the Internet of Things ecosystem of connected devices.
  • Further specialization among examiners as devices and apps continue proliferating and diversifying.


Digital forensics has become indispensable in investigating and prosecuting crimes in today’s digitally-driven world. Law enforcement agencies have leveraged digital evidence to reconstruct events, trace criminal communications and activity, establish relationships between suspects, and conclusively link individuals to cyber and real-world crimes. While challenges exist, digital forensic capabilities and utilization will only grow as more aspects of life have an online component. In many cases, digital evidence provides the pivotal breakthrough that allows crimes to be solved and justice to be served.