Seizure and Packaging of Digitally Pirated Content

Digital piracy means illegally copying or sharing movies, music, software, books, or any other creative work without the permission of the owner. This usually happens by downloading from illegal websites, using free streaming links, or distributing paid content without paying.

When the police get information about such illegal activities, they conduct raids to catch the people involved and seize the devices and materials used for piracy. These raids are usually carried out by specialised cybercrime cells. The entire process must strictly follow the law so that the evidence collected is strong, fair, and acceptable in court.

1. Preliminary Steps (Before the Raid)

• Complaint and Intelligence: The investigation usually starts when a copyright owner (like a movie studio or music company) files a complaint. Sometimes the police also act on their own intelligence reports about large-scale piracy.
• FIR Registration: The police register a First Information Report (FIR). This is usually done under Section 63 of the Copyright Act, 1957. In many cases, they also add Sections 43 and 66 of the Information Technology (IT) Act, 2000, because the crime involves computers and digital data.
• Search Authorisation:
  • Normal Procedure: Police normally get a search warrant from a magistrate under Sections 94 and 96 of BNSS 2023 before conducting the raid.
  • Emergency Search: If there is a risk that evidence may be deleted or destroyed quickly, police can search without a warrant under Section 185 of BNSS. In such cases, the officer must immediately write down the reasons in the case diary and record the entire search and seizure, if any, on video (Section 105 BNSS).
  • Special Power under Copyright Act: Under Section 64 of the Copyright Act, a police officer of sub-inspector rank or above can seize pirated copies directly without a warrant if they believe an offence is being committed on the spot.

B. Conducting the Search and Seizure

A typical raid team includes:

• The Investigating Officer (I.O.)
• A cyberforensic expert
• The complainant or a representative of the complainant (copyright owner)
• Two independent witnesses (as required under Section 103(4) BNSS)

Items usually seized:

• Computers, laptops, and servers
• Hard drives, USB pen drives, and memory cards
• Mobile phones and tablets
• IPTV boxes and set-top boxes
• CDs/DVDs with pirated content
• Printed materials and networking equipment

Forensic Imaging (Best Practice):

Instead of just taking the devices, experts prefer to create a perfect digital copy (image) of the data. This is done using:

• A Write Blocker – a tool that prevents any changes to the original data.
• Bit-by-Bit Imaging – This copies every single bit of data, including deleted files and hidden information.
• Hash Verification (using MD5 or SHA-256) – This creates a digital fingerprint to prove that the copy is exactly the same as the original and has not been tampered with.

Steps for Forensic Imaging:

• Take clear photographs of the devices at the spot.
• Connect the device using a write blocker.
• Create the bit-by-bit image.
• Verify the hash value.
• Document everything properly (chain of custody).

C. Procedure of Forensic Imaging

The most critical step is ensuring that the original media are not altered. When a storage device is connected to a computer, the operating system may automatically write metadata, update timestamps, or index files.

• Hardware Write Blocker: The source drive is connected to a hardware write blocker (e.g., Tableau or WiebeTech). This device acts as a “one-way gate” that allows the computer to read data but physically prevents any electrical signals from writing data back to the drive.
• Software Write Blocking: In some environments (like Linux), a drive can be mounted as “read-only”, though hardware blockers are preferred for their higher level of certainty.

Selecting the Imaging Tool

The investigator chooses a software tool capable of performing a “bit-stream” copy. Common options include:

• FTK Imager: A popular GUI-based tool.
• DD or DC3DD: Command-line utilities used in Linux forensics.
• EnCase or Belkasoft: Comprehensive forensic suites.

The Acquisition Process

Once the drive is secured, the software begins the copy. Unlike a standard “copy-paste” which looks at the file system, the imaging tool starts at the very first sector (Sector 0) and moves sequentially to the last sector.

• Bit-Stream Transfer: Every 1 and 0 is copied exactly as it sits on the platter or flash memory.
• Handling Bad Sectors: If the source drive is damaged, professional tools can be configured to retry reading “bad sectors” multiple times or skip them and log the error, rather than crashing the process.

Choosing the Output Format

The bit-by-bit data is usually wrapped in a specific file format:

• Raw (.dd / .001): A flat file containing only the data bits. It has no metadata of its own.
• E01 (EnCase Evidence File): The industry standard. It compresses the data and embeds metadata (case number, investigator name, and hash values) directly into the file.

Verification (The Hash)

Verification is the final and most important step to ensure the image is a “true and faithful” copy.

• Source Hash: The software calculates a cryptographic hash (like SHA-256) of the original physical drive.
• Image Hash: The software calculates the same hash for the newly created image file.
• Validation: If the two hashes match, the image is verified. This ensures that not a single bit was changed during the transfer.

D. Documentation

Finally, a report is generated. This includes the start and end times, the serial number of the source drive, the model of the write blocker used, and the final hash values. This documentation is essential for maintaining the chain of custody in a legal environment.

E. Seizure and Packaging

• Proper packaging is very important to protect the evidence from damage or tampering.
• Record the make, model, serial number (or IMEI for mobiles), condition of the device, date, time, and place of seizure.
• The entire search and seizure process must be recorded on video as per BNSS Section 105. This video must be sent to the magistrate without delay.

F. Labelling and Sealing:

G. Procedural Documentation of Panchnama and Seizure Memos

During a search and seizure operation, the Investigating Officer (I.O.) is required to prepare a seizure memo and a panchnama as two distinct documents on-site to ensure legal transparency. While the Seizure Memo serves as a formal inventory of all physical items and evidence confiscated, the Panchnama acts as a narrative record, documenting the specific proceedings and environmental observations as they unfolded. To maintain evidentiary integrity, both documents must be signed by the I.O., the person whose premises are being searched, and at least two independent witnesses who attest to the fairness of the process. Finally, it is a mandatory legal requirement that a complete copy of the Panchnama and seizure list be provided to the occupant or the person from whom the items were seized.

H. Chain of Custody

After seizure, all items must be kept in a secure evidence locker. A complete record (log) is maintained showing:

• Who handled the evidence
• When it was handled
• Why it was handled

Any break in this chain can make the evidence weak or even unacceptable in court.

I. Forensic Analysis

The seized devices are sent to a Forensic Science Laboratory (FSL) or a certified cyberforensic lab for detailed examination. The forensic report usually includes the following:

• Confirmation of pirated movies, software, or music
• Metadata and usage history
• Details of software/tools used for copying or uploading
• Recovery of deleted or hidden files

J. Reporting and Legal Proceedings

All documents — the seizure report, Panchnama, forensic report, and chain of custody log — are submitted to the court.

Electronic evidence is now admissible under the Bharatiya Sakshya Adhiniyam (BSA), 2023. Section 61 gives electronic records the same legal value as paper documents, provided they meet the conditions mentioned in Section 63 (which requires a proper certificate in the prescribed format).

The seized items and their copies remain in the custody of the court until the trial is over.

K. Key Legal Provisions (Summary Table)

 L. Conclusion

Seizing digitally pirated content requires both scientific care and strict legal discipline. Investigators must use proper forensic tools, pack devices correctly (especially using Faraday bags), and record every step on video.

By maintaining a strong chain of custody and following all legal procedures, the evidence remains reliable and powerful in court. This careful process helps deliver justice, protects the rights of creators, and discourages digital piracy effectively.