Evolution of the Legal Admissibility of Photographic and Videographic Evidence: From the Indian Evidence Act, 1872 to the Bharatiya Sakshya Adhiniyam, 2023 | Volume VI Issue I | Author : Ms. Aditi Sharma|

ABSTRACT

The document examines the legal admissibility of photographic and videographic evidence under the Indian Evidence Act, 1872, particularly through Sections 65A and 65B, highlighting requirements such as mandatory certification for secondary copies, device functionality, and integrity verification to address vulnerabilities, including tampering and metadata manipulation. It traces judicial evolution from cases like Unnikrishnan Unni v. State (rejecting negatives for digital photos) and Arjun Panditrao Khotkar (mandating certificates) to reforms in the Bharatiya Sakshya Adhiniyam, 2023, which treats such records as primary evidence via expanded definitions and dual-signature certificates with hash values. Practical challenges, including forensic capacity gaps and deepfake risks, are analysed, with recommendations for SOPs, expert training, and platform cooperation to ensure reliability in criminal trials, especially gender-based offences.

Keywords: Electronic Records, Section 65B Certificate, Photographic Evidence, Videographic Evidence, Digital Photographs, Bharatiya Sakshya Adhiniyam,2023

CHAPTER 1: INTRODUCTION

1.1 Background of digitalisation and crime

The last two decades have witnessed an exponential proliferation of digital technologies across social, economic, and governmental life. Communication platforms, mobile devices, cloud storage, Internet of Things (IoT) sensors, and distributed ledger systems now generate continuous streams of machine-readable data that both document and shape human behaviour. This digitalisation has produced enormous societal benefits — faster communication, online commerce, and real-time services — but it has also created new opportunities for criminality and novel evidentiary artefacts for investigation and adjudication. Cyber-dependent offences (such as hacking, malware attacks, and ransomware) and cyber-enabled offences (such as online fraud, sextortion, identity theft, and the dissemination of child sexual abuse material) increasingly rely upon and produce digital traces that are central to both detection and proof. The forensic community and comparative legal scholarship have underscored that modern criminal investigations are now routinely data-driven: event reconstruction, timeline analysis, attribution, and financial tracing depend on the integrity and interpretability of electronic logs, packet captures, device images, metadata, and platform records.[1]

This pervasive digital footprint has created a double-edged evidentiary reality. On the one hand, digital traces can provide highly probative, often contemporaneous records of events (for example, server logs showing exfiltration, CCTV and smartphone video capturing assaults, or transaction ledgers revealing money flows). On the other hand, the characteristics of digital materials — volatility, ease of duplication, silent alteration of metadata, complex multi-party custody (involving devices, cloud providers, and intermediaries), and the emergence of synthetic media (deepfakes) — make authenticity, integrity, and provenance contested issues in court. Academic reviews and forensic literature emphasise that digital evidence differs from traditional physical documents in kind: it is intangible, reconstructive, and mediated by hardware, software, and network layers that can introduce artefacts or be manipulated. [2]

.CHAPTER 2: CONCEPTUAL FRAMEWORK

2.1 Meaning and Scope of “Digital” and “Electronic” Evidence

The terms “digital evidence,” “electronic evidence,” and “electronic records” are not mere synonyms; they represent distinct technical and legal categories with divergent implications for admissibility, authentication, and evidentiary reliability. Accurate terminology is essential for courts, forensic experts, and legal practitioners, particularly when addressing the complex challenges of computer-generated or computer-stored information in contemporary litigation. Misclassification of evidence may result in procedural errors or inadmissibility, potentially impacting the outcome of a case.

Under the Information Technology Act, 2000 (IT Act), an “electronic record” is broadly defined as:“Data, record or information generated, image or sound stored, received or sent in an electronic form or microfilm or computer microfiche.”[3]

This definition is deliberately technology-neutral and medium-agnostic, encompassing any information in digital form — irrespective of the storage medium (hard disks, solid-state drives, servers, cloud storage), software platforms, or methods of generation.[4] The breadth of the definition ensures that evolving technological forms, such as cloud-native data, blockchain records, or IoT device outputs, fall within the scope of electronic documents, thereby preserving the law’s relevance amid rapid technological change.[5]

Electronic evidence, however, is a narrower subset of electronic records with probative value — that is, data generated, stored, or transmitted via computers or electronic systems that can make a fact in issue more or less likely to be accurate. This includes emails, text messages, databases, audio and video recordings, and computer-generated documents. Under the earlier legal framework, such evidence was admissible under the Indian Evidence Act, 1872 (IEA), specifically Sections 65A and 65B (as amended by the IT Act, 2000), which established procedural safeguards for digital evidence, such as the requirement for a certificate of authenticity and verification of the electronic record.[6]

The Bharatiya Sakshya Adhiniyam, 2023 (BSA), modernises this framework by explicitly incorporating “electronic or digital records” within the definition of documents, and providing illustrative examples such as emails, server logs, files on computers and smartphones, website content, locational data, voice messages, and cloud-stored data.[7]This statutory expansion reflects a recognition of the multiplicity of digital formats relevant to litigation today. It embeds them squarely within the concept of documentary evidence, thereby reducing ambiguity and procedural disputes over admissibility.[8]

Within this framework, digital evidence refers specifically to electronic evidence stored, transmitted, or recorded in binary-coded digital form, native to computers, networks, or digital storage media. While all digital evidence is electronic evidence, not all electronic evidence is digital. Some electronic evidence may originate from analogue devices that were later digitised, or may comprise metadata, logs, or analogue-derived data stored electronically.[9]This distinction is critical because digital evidence typically requires specialised forensic methods for acquisition, preservation, validation, and authentication to ensure integrity, chain of custody, and admissibility in court.[10]

Thus, the conceptual field of electronic evidence under Indian law, as reconfigured by the BSA, constitutes a broad umbrella encompassing diverse data types, with digital evidence as a technically and forensically sensitive subset. Legal and forensic actors must apply heightened procedural safeguards, scientific rigour, and forensic best practices to ensure that digital evidence remains reliable and withstands judicial scrutiny in both civil and criminal proceedings.[11]

2.2 Types of Digital Evidence

Digital evidence is not monolithic. It spans a heterogeneous array of materials — each with different technical properties, forensic challenges, and legal implications. A functional classification framework includes:

• Communications and Metadata: This includes emails, instant messages, SMS, VoIP transcripts and logs, and the metadata associated with these: timestamps, sender/receiver identifiers, IP addresses, delivery status, and more.[12]
• Stored Files and Documents: Word‑processor documents, spreadsheets, PDFs, presentations, images, audio/video files, and other files saved on computers or mobile devices. Metadata such as creation date, modification history, location tags (for images), and editing logs often become crucial.[13]
• System and Network Logs: Web browser histories, server logs, firewall and intrusion‑detection records, packet captures — all of which can demonstrate user activity, access history, network flows or possible intrusion attempts.[14]
• Location and Activity Data: GPS logs, cell‑tower triangulation data, IoT device records (smart home devices, wearables), social‑media geotags/ check-in data — valuable for reconstructing movements, presence at specific locations, or timelines.[15]
• Financial and Transactional Records: Bank statements, credit/debit card transaction histories, digital wallet logs, and blockchain records (for cryptocurrency) — increasingly common in cyber‑fraud and financial offence cases.[16]
• Social-Media and Platform Data: Posts, comments, user‑profile data, message histories, metadata of interactions (when posted, by whom, likes/shares), which are often central to cases involving online harassment, defamation, cyberstalking, or digital privacy violations.[17]
• Forensically Recovered Data: Deleted files, temporary files, swap or hibernation files, unallocated storage space, cache files — often recoverable via specialised forensic tools and potentially critical in establishing erased or hidden evidence.[18]

This typology helps in conceptualising the breadth of digital evidence and prepares legal and forensic actors to approach each category with tailored strategies for collection, preservation, and authentication.

CHAPTER 3: EVOLUTION OF THE LAW ON DIGITAL EVIDENCE IN INDIA

3.1 ELECTRONIC EVIDENCE IN THE INDIAN EVIDENCE ACT

The contemporary legal system operates in a world where computers, smartphones, and networked devices mediate almost every human interaction. Communication, banking, commerce, and even intimate social relationships increasingly leave a digital trail. This heavy dependence on electronic tools has, in turn, given rise to sophisticated forms of cyber‑crime and technology-facilitated offences. Crimes committed through or with the aid of computers, mobile phones, and other digital devices are often transnational, anonymous, and difficult to trace. Investigators and courts, therefore, face recurring questions about how to identify reliable sources of digital information and how to present such material in a form that meets traditional evidentiary standards. The volatility of electronic data, the ease with which it can be altered, and the frequent absence of a tangible “original” make questions of authenticity and integrity especially acute. Against this backdrop, the Information Technology Act, 2000, amended the Indian Evidence Act, 1872, to explicitly recognise electronic records and to provide a structured framework for their admissibility, drawing heavily from the UNCITRAL Model Law on Electronic Commerce and the emerging global understanding of electronic records as legally significant “documents.”[19] Within this framework, digital evidence is understood to include any information with probative value that is generated, transmitted, or stored in digital form—ranging from emails, call‑detail records, and instant‑messaging logs to CCTV footage, transactional databases, and server logs—which can be placed before a court to prove or disprove a fact in issue.[20]

Legal Framework under the Indian Evidence Act (IEA)

The definition of evidence as given in the Indian Evidence Act, 1872, covers a) the evidence of a witness, i.e. oral evidence, and b) documentary evidence, which includes an electronic record produced for the inspection of the court[21]. Section 3 of the Act was amended. The phrase “All documents produced for the inspection of the Court” was substituted by “All documents, including electronic records, produced for the inspection of the Court”.[22]Regarding the documentary evidence, in Section 59, for the words “Content of documents”, the words “Content of documents or electronic records” have been substituted, and Sections 65A & 65B were inserted to incorporate the admissibility of electronic evidence.

Traditionally, the fundamental rule of evidence is that direct oral evidence may be adduced to prove all facts, except those related to documents or other tangible evidence. The hearsay rule suggests that any oral evidence that is not direct cannot be relied upon unless it is saved by one of the exceptions as outlined in sections 59 and 60 of the Evidence Act dealing with the hearsay rule. However, the hearsay rules[23]are not as restrictive or straightforward in the case of documents as they are for oral evidence. This is because it is settled law that oral evidence cannot prove the contents of a document, and the document speaks for itself. Therefore, where a document is absent, oral evidence cannot be given as to the accuracy of the document, and it cannot be compared with the contents of the document. This is because it would violate the hearsay rule (since the document is absent, the truth or accuracy of the oral evidence cannot be verified against the document). To prove the contents of a document, either primary or secondary evidence must be offered.[24] While the primary evidence of the document is the document itself,[25]it was realised that there would be situations in which primary evidence may not be available. Thus, secondary evidence in the form of certified copies of the document, copies made by mechanical processes, and oral accounts of someone who has seen the document was permitted under Section 63 of the Evidence Act for the purpose of proving the contents of a document. Therefore, the provision allowing secondary evidence in this manner dilutes the principles of the hearsay rule and is an attempt to reconcile the difficulties of securing the production of documentary primary evidence when the original is unavailable. Section 65 of the Evidence Act outlines the circumstances in which primary proof of the document is not required, and secondary evidence, as specified in Section 63 of the Evidence Act, can be presented. This includes situations when the original document.

1. Is in hostile possession.
2. Or has been proven by the prejudiced party itself or any of its representatives.
3. Is lost or destroyed.
4. Cannot be easily moved, i.e., physically brought to the court.
5. It is a public document of the state.
6. Can be proven by certified copies when the law narrowly permits; and
7. It is a collection of several documents.[26]

As documents were digitised, the hearsay rule faced several new challenges. While the law had primarily anticipated primary evidence (i.e., the original document itself) and had created special conditions for secondary evidence, increasing digitisation meant that more and more records were being stored electronically. As a result, the use of secondary evidence, such as documents, increased.[27] In the Anvar case,[28]the Supreme Court noted that “there is a revolution in the way that evidence is produced before the court. In India before 2000, electronically stored information was treated as a document and secondary evidence of these electronic ‘documents’ was adduced through printed reproductions or transcripts, the authenticity of which was certified by a competent signatory. The signatory would identify her signature in court and be open to cross-examination. This simple procedure met the conditions of both sections 63 and 65 of the Evidence Act. In this manner, Indian courts adapted a law drafted over one century earlier in Victorian England.

However, as the pace and proliferation of technology expanded, and as the creation and storage of electronic information grew more complex, the law had to change more substantially,Under the provisions of Sections 61 to 65 of the Indian Evidence Act, 1872, the word “Document or content of documents” has not been replaced by the word “Electronic documents or content of electronic documents”. Thus, the intention of the legislature is explicitly clear, i.e. not to extend the applicability of sections 61 to 65 to the electronic record. It is the cardinal principle of interpretation that if the legislature has omitted to use any word, the presumption is that the omission is intentional.

The IT Act amended section 59 of the Evidence Act, 1872, to exclude electronic records from the probative force of oral evidence in the same manner as it excluded documents. This is the re-application of the documentary hearsay rule to electronic records. However, instead of submitting electronic records to the test of secondary evidence, which, for documents, is outlined in sections 63 and 65, it inserted two new evidentiary rules for electronic records in the Evidence Act: sections 65A and 65B. The legislature intends to introduce the specific provisions that have their origin in the technical nature of the evidence, particularly as the evidence in electronic form cannot be produced in the court of law owing to the size of the computer/server, residing in machine language and thus, requiring the interpreter to read the same.[29] Section 65A of the Evidence Act establishes a special law for electronic evidence. The contents of electronic records may be proved in accordance with the provisions of Section 65B.[30]

Section 65B of the Indian Evidence Act governs the admissibility of electronic evidence in court. This section outlines specific conditions, beyond technical aspects, that must be met to establish the authenticity of digital records. Before accepting electronic evidence, the court will assess its relevance, truthfulness, and authenticity. It creates a separate procedure, distinct from the standard method for oral evidence, to ensure that the admission of electronic records complies with the hearsay rule. Secures other interests, such as the authenticity of the technology and the sanctity of the information retrieval procedure.

Section 65B of the Evidence Act outlines this special procedure for introducing electronic records as evidence. Subsection (2) lists the technological conditions upon which a duplicate copy (including a print-out) of an original electronic record may be used:

The computer must produce the information in the electronic recordduring its regular use for storing or processing informationrelated to ongoing activities.

During regular use, the information in the electronic record was entered into the computer as part of usual activities.

The computer must have been functioning correctly during the relevant time, and any issues with its operation should not have affected the accuracy of theelectronic record.

The information in the electronic record must match the information initially entered into the computer during regular activities.

Section 65B of the Evidence Act makes the secondary copy, in the form of computer output, comprising a printout or data copied on electronic/magnetic media, admissible. It provides [31]Notwithstanding anything contained in this Act, any information contained in an electronic record which is printed on a paper, stored, recorded or copied in optical or magnetic media, produced by a computer shall be deemed to be also a document, if the conditions mentioned in this section are satisfied in relation to the information and computer in question and shall be admissible in any proceedings, without further proof or production of the original, as evidence of any contents of the original or of any fact stated therein of which direct evidence would be admissible.

Sec. 65B (2)

The computer from which the record is generated was regularly used to store or process information with respect of activity regularly carried on by a person having lawful control over the period, and relates to the period over which the computer was regularly used; Information was fed in computer in the ordinary course of the activities of the person having lawful control over the computer; The laptop was operating correctly, and if not, was not such as to affect the electronic record or its accuracy; Information reproduced is such as is fed into computer in the ordinary course of activity.[32]

Sec. 65 B (3)

The following computers shall constitute a single computer

1. By a combination of computers operating over that period; or
2. By different computers operating in succession over that period; or
3. By different combinations of computers operating in succession over that period; or
4. In any other manner involving the successive operation over that period, in whatever order, of oneor more
5. In any other manner involving the successive operation over that period, in whatever order, of one or more computers and one or more combinations of computers.[33]

Sec. 65B (4)

Regarding the person who can issue the certificate and the contents of the certificate, it provides the certificate for doing any of the following things: identifying the electronic record containing the statement and describing the manner in which it was produced; giving the particulars of the device, dealing with any of the matters to which the condition applies.[34]relate and purporting to be signed by a person occupying a responsible official position in relation to the operation of the relevant device or the management of the applicable. Activities. Whichever is appropriate shall be evidence of any matter stated in the certificate. For this subsection, it shall be sufficient for a matter to be noted to the best of the knowledge and belief of the person stating it.

This contention is further strengthened by the insertion of words “Notwithstanding anything contained in this Act” in Section 65A & 65B, which is a non obstante clause, further fortifying the fact that the legislature has intended the production or exhibition of the electronic records by Section 65A & 65B only.

Admissibility of Digital Evidence in Indian Courts

The admissibility of digital evidence in Indian courts has become a cornerstone of modern criminal adjudication, reflecting a legal system increasingly shaped by pervasive digitalisation and technologically mediated interactions. Digital evidence—such as emails, text messages, social-media posts, videos, metadata, call records, GPS logs, and network logs—must first satisfy the classical requirements of relevancy, authenticity, reliability, and integrity, which remain the bedrock of evidentiary law.[35]Relevancy ensures that the evidence has a direct bearing on facts in issue; authenticity requires demonstrable proof that the electronic record is what it purports to be; reliability mandates that the source and method of acquisition are trustworthy; and integrity demands confirmation that the digital artefact has remained unaltered from seizure to production. These requirements are particularly stringent for digital evidence because of its inherent volatility, replicability, susceptibility to undetectable manipulation, and reliance on sophisticated technological ecosystems, which make it more vulnerable to corruption or falsification than traditional physical evidence.[36]

 In India, admissibility is governed principally by Section 65B of the Indian Evidence Act, 1872 and its successor Section 63 of the Bharatiya SakshyaAdhiniyam (BSA), 2023, both of which prescribe the mandatory production of a certificate affirming the functioning of the device, the manner of production, and the integrity of the electronic record. The Supreme Court, in Arjun Panditrao Khotkar v. Kailash Kushanrao Gorantyal, reaffirmed that this certificate is not a procedural formality but a substantive safeguard, ensuring reliability and preventing manipulation.[37]Complementing the certification requirement is the chain-of-custody mandate, which compels investigators to maintain an unbroken and meticulously documented trail of acquisition, handling, transfer, and storage—particularly crucial given the ease with which digital data can be altered without a visible trace.[38] Proper documentation, including imaging reports, hash values, access logs, and forensic notes, forms an indispensable shield against allegations of fabrication or contamination.

 At the technical level, admissibility hinges on the application of scientifically validated forensic procedures—including bit-stream imaging, hashing, metadata preservation, log extraction, packet capture analysis, and mobile-device forensics—performed using recognised tools like FTK Imager, EnCase, Autopsy, X-Ways Forensics, Wireshark, Volatility, and Cellebrite UFED.[39]These tools and protocols enable the acquisition of forensically sound duplicates, recovery of deleted artefacts, timeline reconstruction, metadata verification, and activity analysis, thereby bolstering evidentiary reliability. Forensic science scholarship consistently emphasises that digital forensic processes must be repeatable, peer-reviewed, validated, and transparent, with examiners disclosing uncertainties and potential sources of error in accordance with international forensic standards, such as the SWGDE and NIST guidelines.[40]Courts worldwide have recognised that digital evidence introduces unique interpretive challenges: Casey highlights its “fragile, easily contaminated” nature,while Kerr notes that digital artefacts often reflect system behaviour rather than direct human action, complicating interpretations of user intent. Indian scholars similarly warn that interpreting digital evidence requires judicial and investigative literacy to avoid misinterpretation of metadata, timestamps, automated logs, and system-generated artefacts.[41]

Digital evidence now plays a decisive role in diverse cases—including cyberstalking, financial fraud, terrorism, organised crime, sexual offences, homicide investigations using electronic trails, and offences involving online harassment or defamation—where courts regularly rely on emails, chat logs, social-media content, CCTV footage, call-detail records, GPS data, and blockchain transaction logs.[42] However, admissibility ultimately rests not on the mere existence of such data, but on strict compliance with statutory requirements, scientific reliability of the acquisition method, maintenance of integrity through chain-of-custody safeguards, and adherence to constitutional protections against unlawful search, privacy violations, and evidentiary unfairness. When these conditions are met, digital evidence significantly enhances the truth-finding function of courts; when they are ignored, its evidentiary value collapses, risking miscarriages of justice. Thus, the admissibility framework for digital evidence in India represents a necessary convergence of law, technology, and forensic science—one that ensures reliability and fairness while adapting to the realities of an increasingly digital society.

3.2 Judicial Approaches to Digital Evidence in India: A Chronological Analysis

The jurisprudence on digital evidence in India has evolved through a prolonged, often uneven journey—from early judicial scepticism and procedural uncertainty to the establishment of a clear, mandatory statutory framework governing the admissibility of electronic records. This evolution reflects the courts’ growing recognition that technology has fundamentally reshaped not only how crimes are committed and investigated, but also how truth must be established in a modern courtroom. The trajectory from Som Prakash (1974) to Arjun Panditrao Khotkar (2020) encapsulates this shift, illustrating how Indian courts came to appreciate the unique vulnerabilities of digital material and the need for a structured evidentiary regime.[43]

The earliest judicial acknowledgement of technology’s relevance to criminal justice appeared in Som Prakash v. State of Delhi (1974), where the Supreme Court stressed that exclusive reliance on traditional oral testimony was insufficient in a technological era. The Court emphasised the need for statutory reform to modernise forensic procedures and support judicial efficiency.[44] This openness to technological realism resurfaced in SIL Import, USA v. Exim Aides Exporters (1999), where the Court underscored that devices such as fax, email, and digital communication tools were already prevalent when Parliament contemplated amendments to the Evidence Act. Thus, the interpretation of “notice in writing” had to be informed by contemporary technological practices rather than traditional expectations.[45]

A more sustained engagement with electronic records began in the early 2000s. In State v. Mohd. Afzal (2003), in relation to the Parliament Attack case, the Court recognised the admissibility of computer-generated evidence, provided the requirements of Section 65B were met.[46] Yet, the landmark moment that shaped the next decade came in State (NCT of Delhi) v. Navjot Sandhu (2005). The Supreme Court held that, even in the absence of a mandatory certificate under Section 65B(4), electronic records could still be admitted under the general provisions of Sections 63 and 65. This judicial relaxation, though intended to ensure flexibility, inadvertently opened the door to uncertainty and misuse. The Court itself noted procedural violations in telephone interception (paras 148, 153, 154), but relied on contested call detail records (CDRs) without verifying them against original electronic sources. Defence counsel Shanti Bhushan highlighted discrepancies in the CDRs. Still, the Court validated them, effectively permitting hearsay evidence—contrary to the purpose of Section 65 B, which is to prevent the manipulation of digital records.[47]

The consequences of Navjot Sandhu’s actions unfolded over the years that followed. In Amar Singh v. Union of India (2011), both the State and the telecom company disputed the authenticity of CDR transcripts, illustrating the confusion caused by inconsistent evidentiary standards.[48] Around the same period, the Supreme Court in Manu Sharma v. State (NCT of Delhi) (2010) accepted CDs and call records as crucial evidence, reflecting a growing reliance on digital material while still lacking procedural uniformity.[49] Likewise, in Ratan Tata v. Union of India (2010), a CD containing intercepted calls was admitted in Court without compliance with Section 65B, highlighting systemic gaps.[50]

A particularly significant case in the context of visual digital evidence is Unnikrishnan @ Unni v. State (2011). Here, the Madras High Court addressed whether digital photographs are inadmissible in the absence of negatives—a requirement rooted in the era of analogue film. The Court firmly rejected this outdated notion, explaining that digital photographs do not produce physical negatives; instead, the original digital file itself serves as the “primary” record. In human terms, the Court recognised that modern cameras—found in every household and on mobile phones—produce images stored as data rather than on film, and insisted that negatives would penalise technological progress. However, the Court simultaneously stressed that digital photographs, precisely because of their vulnerability to alteration, must comply with Section 65B, including certification under Section 65B(4). This decision laid the groundwork for the evolving jurisprudence on both photographic and videographic evidence, ultimately shaping the admissibility standards for CCTV footage, mobile recordings, and body-worn camera videos used in criminal trials.[51]

Parallel developments emerged in cases involving digital intermediaries, most notably the Avnish Bajaj (Bazee.com) case (2008), which highlighted the challenges of attributing liability and establishing the authenticity of electronically stored information.[52] These difficulties set the stage for the Supreme Court’s watershed decision in Anvar P.V. v. Basheer (2014). Overruling Navjot Sandhu, the Court held that Sections 65A and 65B constitute a special code governing electronic records, and therefore override the general provisions of Sections 63 and 65. Applying the principle generaliaspecialibus non derogant, the Court clarified that oral evidence cannot prove the contents of electronic records unless Section 65B is fully complied with. This ruling aligned Indian law with international frameworks, particularly the U.S. decision in Lorraine v. Markel American Insurance Co. (2007), which articulated a structured test for admitting electronic evidence based on relevance, authenticity, hearsay, originality, and prejudice.[53]

Post-Anvar, courts increasingly emphasised the sensitive nature of digital data. In Konnadan Abdul Gafoor v. State of Kerala (2015), the Kerala High Court highlighted the ease with which digital material can be manipulated and emphasised the need for strict compliance with Section 65 B.[54] That same year, the Supreme Court in SanjaysinhRamrao Chavan v. Dattatray Phalke held that translated transcripts of digital recordings have no evidentiary value unless the original device is analysed.[55] The Delhi High Court’s decision in Jagdeo Singh v. State (2015) went further, declaring that secondary electronic evidence without a Section 65B certificate is “inadmissible for any purpose whatsoever.”[56]

However, doctrinal coherence was disrupted by Shafhi Mohammad v. State of Himachal Pradesh (2018), in which the Supreme Court held that a Section 65B(4) certificate is not mandatory when the producing party does not possess the device containing the original electronic record. This created a direct conflict with Anvar, resulting in widespread confusion.[57]

The conflict was finally resolved in Arjun Panditrao Khotkar v. Kailash Kishanrao (2020). The Supreme Court restored doctrinal clarity by reaffirming that Section 65B(4) certification is mandatory for all secondary electronic evidence, unless the original device itself is produced before the Court. It held that Sections 65A and 65B form a “complete code” and overruled both Tomaso Bruno and Shafhi Mohammad. Notably, the Court noted that in cases involving server-based systems, CCTV networks, or telecom infrastructure, the certificate is unavoidable because production of the original digital infrastructure is impractical. The judgment thus strengthened procedural rigour while acknowledging the realities of modern digital ecosystems.[58]

Post–Arjun Panditrao developments show a marked judicial insistence on strict compliance with Section 65B of the Indian Evidence Act. Since 2020, courts have repeatedly emphasised that a certificate under Section 65B(4) is not merely a procedural formality but a mandatory requirement for the admission of secondary electronic evidence. Thus, in K. Ramajayam v. Inspector of Police (2021), the Madras High Court excluded CCTV footage for lack of a certificate,even though it was relevant to the case.[59]The Delhi High Court, in the Delhi riots case Faisal Farooq v. State (NCT of Delhi) (2021), similarly held that mobile-phone and CCTV recordings could not be relied upon without strict adherence to Section 65B(4).[60]The Bombay High Court in Sharad BhagwanraoPachpute v. State of Maharashtra (2022) reiterated that even serious criminal prosecutions cannot override statutory requirements.[61]Likewise, the Punjab & Haryana High Court (2023) affirmed that even widely circulated social-media videos remain inadmissible unless duly certified.[62] This doctrinal trajectory reflects a broader transformation in Indian digital-evidence jurisprudence—from the judiciary’s early difficulties in adapting analogue-era evidentiary standards to digital realities, to the clearer statutory and judicial architecture of the 2020s. While earlier decisions such as Unnikrishnan v. State of Kerala highlighted the uncertainty surrounding the evidentiary status of electronic material, Arjun Panditrao restored conceptual clarity by reaffirming the mandatory nature of Section 65B. Importantly, recent cases continue to refine the contours of admissibility. In Dell International Services Pvt. Ltd. v. Adeel Feroze (Delhi High Court, 2024), WhatsApp chats were rejected as inadmissible for lack of a certificate, even at the appellate stage, reflecting a zero-tolerance approach to non-compliance with the rules.[63]In Umer Ali v. State of Kerala (Kerala High Court, 2025), a conviction based on CCTV footage was overturned because a forensic laboratory extraction could not substitute for a Section 65B(4) certificate.[64]Most recently, the Supreme Court in Kailash s/o Bajirao Pawar v. State of Maharashtra (2025) clarified that once a valid certificate is produced, a video recording is admissible without requiring a transcript or repeated courtroom playback.[65]Collectively, these developments illustrate a maturing judicial philosophy that recognises digital evidence as central yet vulnerable, and that necessitates procedural safeguards to ensure authenticity, integrity, and reliability. The current judicial scenario is thus characterised by strict statutory compliance, refined procedural clarity, and an unequivocal acknowledgment that the legitimacy of digital evidence hinges on rigorous certification rather than technological convenience.

The contemporary position on the admissibility of electronic evidence in India reflects a stable yet stringent framework, shaped by Arjun Panditrao and reinforced by subsequent High Court and Supreme Court rulings. Scholarship notes that Indian courts have transitioned from an initial state of uncertainty to a robust, authenticity-driven model. In this Section, 65B serves as the primary procedural safeguard against digital manipulation and evidentiary unreliability. Recent academic analyses emphasise that courts now prioritise the chain of custody, metadata integrity, and compliance with statutory certification requirements over considerations of convenience or investigative expediency.[66] Consequently, the present scenario is marked by strict procedural adherence, coupled with increasing judicial sophistication in assessing digital forensic material, ensuring that electronic records meaningfully contribute to the truth-seeking process without undermining evidentiary fairness.

Chapter 4: Electronic Evidence Admissibility under the Bharatiya Sakshya Adhiniyam, 2023

The enactment of the Bharatiya SakshyaAdhiniyam (BSA) in 2023—which came into force on 1 July 2024—marks a watershed in India’s law of evidence, especially in relation to digital and electronic records.[67]By replacing the colonial-era Indian Evidence Act, 1872 (IEA), the BSA reconceptualises documentary and electronic evidence in a manner better suited to a society in which communication, commerce, and governance are increasingly mediated by networked technologies, cloud infrastructure, and cross-border data flows. Electronic records are now expressly recognised as “documents”. At the same time, electronically transmitted statements qualify as “evidence”, thereby bringing the statutory text in line with practices that courts had already been compelled to adopt in cases involving emails, CCTV footage, call‑detail records, and social‑media content.[68]

4.1 Rationale for Legislative Reform

Although the Iaddresses long-standing judicial concerns that complex questions regarding A-65 B were inserted via the Information Technology Act, it remained anchored in nineteenth-century conceptions of “documents” and “primary evidence”.[69]Thecertificate-based mechanism under Section 65B was intended to address the unique vulnerabilities of electronic records. Still, it soon became apparent that this framework was both underinclusive and overly rigid. On the one hand, the statute treated “computer output” essentially as secondary evidence, requiring a technical certificate regardless of how closely the proffered record matched the original. On the other hand, it did not adequately address distributed storage, simultaneous recording across devices, or the realities of cloud- and platform-basedarchitectures.[70]

The exponential growth of information and communication technologies—cloud computing, mobile and IoT devices, real-time surveillance feeds, and platform-based messaging—stretched the IEA to its breaking point. Scholars have argued that the Section 65B regime created an exclusionary evidentiary environment: genuine electronic records were routinely excluded for minor certification defects, while the statute offered little guidance on combating sophisticated tampering, metadata manipulation, or deepfake-style fabrications.[71]Empirical work on cybercrime prosecutions similarly documents cases in which otherwise robust charge sheets failed because investigating agencies could not secure certificates from foreign service providers or corporate intermediaries controlling the servers.

Judicial interpretation over the past two decades has further exposed these tensions. Divergent High Court approaches culminated in a line of Supreme Court authorities—from Navjot Sandhu to Anvar P.V. and finally Arjun Panditrao Khotkar—which reaffirmed that the Section 65B(4) certificate was a mandatory condition precedent wherever computer output was tendered as secondary evidence.[72] While this clarified doctrine, it also revealed the structural fragility of a regime that placed decisive weight on a document often beyond victims’ control, particularly in cases involving social media platforms, messaging apps, or cross-border cloud storage. Parallel to these domestic developments, India’s growing engagement with mutual legal assistance frameworks and international cybercrime cooperation created pressure to align domestic evidentiary rules with global forensic standards on authenticity, integrity, and chain of custody.[73]Together, these doctrinal, technological, and international pressures made a comprehensive recasting of evidence law both necessary and inevitable.

4.2 Key Structural and Doctrinal Reforms under the BSA

The BSA responds to these challenges through a suite of structural and doctrinal reforms that place electronic and digital records at the centre—not the margins—of evidentiary practice.

Expanded definitions. Section 2(d) now defines “document” to include “electronic or digital records”, with an inclusive illustration that specifically mentions emails, server logs, files stored on computers, laptops or smartphones, website content, locational data, voicemail messages, and data stored on digital platforms or cloud services.[74]Section 2(e) expands “evidence” to cover statements made electronically and digital records produced for the inspection of the court, thereby formalising what earlier jurisprudence had already recognised in practice.[75] Recent commentary highlights that this definitional expansion finally aligns the statutory text with the realities of “born‑digital” communication.

Pari passu treatment of digital records: Section 61 contains a non‑obstante clause stating that nothing in the Adhiniyam shall operate to deny admissibility to an electronic or digital record merely on the ground that it is electronic or digital. Subject to satisfaction of Section 63, such records have “the same legal effect, validity and enforceability” as traditional documentary evidence.[76]Analyses of the BSA stress that this provision symbolically equalises digital and non-digital evidence and signals to trial courts that electronic form is not, by itself, a reason for suspicion or reduced probative value.[77]

Primary‑evidence reconceptualisation under Section 57: Section 57 introduces four new explanations tailored to digital storage. Explanations 4–7 clarify that where an electronic record is stored simultaneously or sequentially in multiple files, produced from proper custody, broadcast while being stored, or held in various storage spaces and temporary files within a computer resource, each instance is treated as primary evidence.[78]Recent doctrinal analysis, supported by forensic case examples, demonstrates how this approach acknowledges auto-saves, caches, and parallel formats, and prevents defence arguments that only a single “original” file is admissible, while other instances are merely copies.[79]

Section 63 and the re‑designed certificate regime: Section 63 of the BSA retains a certificate mechanism but substantially refines its scope and form. Electronic and digital records, including those stored on optical, magnetic or semiconductor media or on any communication device, are classified as documents and—by virtue of Section 57—often as primary evidence.At the same time, Section 63(4) preserves the requirement for a certificate in the two-part format specified in the Schedule. Part A is to be completed by the person in charge of the computer or communication device, or of the relevant activities. In contrast, Part B is completed by an expert, who validates hash values and confirms compliance with the statutory conditions.[80] This dual‑signature model distributes responsibility between organisational custodians and forensic specialists and is widely seen as an improvement over the earlier “responsible official” formula.[81]

Hash values and forensic integrity: A distinctive innovation of the BSA is the mandatory inclusion of hash value reports alongside certificates under Section 63(4)(c). Hash values—computed using standard algorithms such as SHA‑256—operate as digital fingerprints that enable courts and experts to verify whether a record presented at trial is bit-for-bit identical to the record originally seized or extracted.[82]Both doctrinal and forensic literature underline that hash-based integrity verification significantly enhances judicial confidence, particularly when dealing with removable media, cloned drives, or network captures that pass through multiple hands.

Formalisation of the “examiner of electronic evidence”: The BSA codifies the role of digital forensics experts, providing for their opinionsat both the certification stage and at trial.This statutory recognition aligns with international practice and addresses long-standing judicial concerns that complex questions about system logs, metadata, or deepfake detection cannot be credibly resolved solely through lay testimony.[83]It is anticipated that expert evidence will become routine in serious cybercrime, financial fraud, and online exploitation cases, placing a premium on accredited forensic laboratories and standard operating procedures.

Harmonisation with allied statutes and cross-borderdimensions: The BSA is designed to operate in tandem with the Information Technology Act, the Bharatiya Nyaya Sanhita, the Bharatiya Nagarik Suraksha Sanhita, POCSO, and special laws such as the Bankers’ Books Evidence Act. It also They anticipates that a significant amount of digital data will be stored abroad, and therefore flags the need for mechanisms—primarily implemented through procedural codes and mutual-assistance instruments—to secure admissible foreign-stored digital evidence while respecting sovereignty and privacy norms.[84]

4.3 Contemporary Challenges and the Way Forward

Notwithstanding its doctrinal sophistication, the BSA’s success depends heavily on institutional capacity. Digital forensics infrastructure in India is unevenly distributed; metropolitan cyber labs coexist with districts where investigators have limited access to imaging tools, hash generation utilities, or secure evidence lockers.[85] The requirement of expert-validated certificates and hash-value reports presupposes the availability of trained examiners who can operate forensically sound toolchains; without such capacity, there is a risk that statutory ideals will outpace on-the-ground practice, recreating the very exclusionary patterns the BSA aims to correct.[86]

Cloud-based storage and platform governance present further complexities. Data may be sharded across servers in multiple jurisdictions; log retention policies may be brief; and foreign service providers may resist disclosure or certification unless there are clear treaty-based obligations. Unless procedural law and international cooperation mechanisms are strengthened in parallel, investigators will continue to struggle to obtain admissible records from global platforms, particularly in time-sensitive cases such as livestreamed abuse or ephemeral messaging. Concerns have also been raised about the privacy and data-protection implications: broader admissibility, coupled with expansive definitions of “document”, could encourage the over-collection of personal digital traces unless courts apply proportionality and necessity tests at the stage of summons and discovery.[87]

Safeguards proposed in the literature include the development of national digital‑forensics standards; accreditation and audit of forensic labs; the use of tamper-evident logging systems (including, experimentally, blockchain-based registries) for chain‑of‑custody tracking; AI-assisted but human-supervised tools for anomaly detection and deepfake screening; and structured judicial‑training programmes on interpreting technical reports and questioning experts.[88]The BSA itself envisions ongoing review and adaptation, but this will require sustained dialogue among legislators, courts, technologists, and civil society actors, rather than one-off statutory amendments.

Chapter 5: Practical and Procedural Challenges in Digital Evidence Admissibility

Despite the doctrinal improvements introduced by the Bharatiya SakshyaAdhiniyam (BSA) of 2023, the real-world admissibility of digital records in Indian criminal trials remains encumbered by institutional, procedural, technical, and transnational obstacles. These problems manifest in four interrelated domains: inconsistent application of statutory certification, acute capacity gaps in forensic infrastructure and human resources, limited cooperation from global platform custodians, and cross-border delays in evidence, as well as the accelerating threat posed by AI-generated manipulations, such as deepfakes. Together, these constraints threaten both the reliability of digital proof and the fairness of trials—especially in time-sensitive cases involving vulnerable victims.[89]

5.1 Inconsistent Application of Certificate and Authenticity Rules

Although the BSA preserves the certificate mechanism for electronic records (and expressly contemplates conditional admission where certificates are unavailable), courts and investigating agencies continue to apply the rule unevenly.The Supreme Court’s direction in Arjun Panditrao Khotkar v. Kailash Kushanrao Gorantyal remains the touchstone, mandating certificates under Section 63 for the admission of secondary evidence. Still, trial courts vary widely in practice—some admit uncertified social media screenshots or WhatsApp logs on circumstantial grounds, while others exclude highly probative material over minor technical noncompliance.[90] This inconsistency arises from institutional uncertainty about when courts should exercise the BSA’s discretionary power to admit uncertified material and from uneven prosecutorial and policing capacity to produce technically adequate certification or accompanying expert proof.

5.2 Capacity Constraints: Labs, Examiners, and Training

India’s forensic capacity has improved, but it remains uneven and concentrated, with seven Central Forensic Science Laboratories (CFSLs) and state facilities primarily located in metropolitan centres, leaving many districts without advanced digital forensic capabilities. This results in case backlogs and transport delays that risk evidence degradation.[91] The BSA’s institutional innovation—the statutory role of the “Examiner of Electronic Evidence” under Section 45A (notified via government schemes)—has begun operationalisation, but formal accreditation and nationwide roll-out lag, with a reported talent shortage exceeding 90,000 professionals.[92]National initiatives, including expanded training at the National Forensic Sciences University (NFSU) and MoUs for cyber forensic labs in 28 states/UTs, show promise, yet district-level access to accredited examiners persists as a gap.15,16 Police training remains inconsistent; many investigating officers lack basic skills in forensic imaging, chain-of-custody documentation, and the use of validated tools, producing procedural defects that courts find difficult to rectify ex post facto.17

5.3 Platform Cooperation, Data-Localisation and Cross-Border Evidence Delays

A substantial share of probative digital evidence resides on third-party platforms and cloud services—often hosted outside India—making timely access dependent on cooperation with the platform or formal mutual legal assistance treaties (MLATs). India’s MLAT machinery generates long processing times for foreign-hosted data; the Ministry of Home Affairs maintains procedural manuals, but bottlenecks persist amid varying platform responses citing privacy constraints. Transparency reports reveal significant variability in compliance by major platforms, with recent litigation highlighting friction over data-sharing obligations. Where platforms provide records, courts face difficulties obtaining BSA-compliant certification, as companies hesitate on affidavits or system attestations, forcing discretionary approaches to authenticity.[93]

5.4 Manipulation, Deepfakes, and AI-Generated Evidence

The technical threat landscape has changed rapidly: deepfake generation, synthetic audio, and AI-assisted fabrication have matured, enabling plausible forgeries to be produced with modest resources and outpacing detection in an ongoing arms race. Conventional checks, such as hashing, verify post-creation integrity but fail against ex ante fabrications. Courts require specialised tools and examiners for probabilistic assessments, including the evaluation of error rates and limitations.Stakes heighten in gender-based violence and child-exploitation cases, where AI materials weaponise to discredit victims or mimic CSAM, demanding judicial training on forensic evidence.[94]

Conclusion and Policy Implications

The BSA establishes necessary doctrinal scaffolding for modern electronic evidence, but its promise requires concurrent institutional investments. Priorities include: (i) accelerating Examiner notification and accreditation; (ii) scaling district-level labs and mobile forensics units amid a ₹11,800 crore market projection by 2030; (iii) mandatory SOPs and national training; (iv) statutory frameworks for platform cooperation; and (v) deepfake detection capabilities. Government momentum via NFSU training and CFSL expansions must quicken to safeguard evidence integrity and rights.[95]

Chapter 6: Recommendations and Conclusion

The Bharatiya Sakshya Adhiniyam, 2023 (BSA), modernises Indian evidence law by explicitly recognising electronic and digital records as primary objects of proof and by incorporating technological concepts, such as hash values and expert examiners, into the statutory framework.[96]Nonetheless, the effective use of digital evidence in criminal trials continues to face serious legislative, procedural, institutional, and platform-level challenges, with particularly acute consequences for women and children targeted by technology-facilitated offences.[97] This chapter presents key recommendations under five headings and offers a brief concluding assessment.

6.1 Legislative Clarifications and Amendments

First, clarification of “primary evidence” in digital contexts is necessary. While Explanations 4–7 to Section 57 treat multiple instances of digital records as primary evidence, complex cases involving partially recovered files, unallocated space, or reconstructed logs will continue to generate uncertainty.Targeted rules or an explanatory schedule could specify when such material is to be treated as primary versus secondary evidence, as well as the level of certification or expert corroboration required in each scenario.[98]

Second, the statute should be more expressly adaptable to emerging technologies. The BSA formally recognises hash values and metadata as integrity markers, but does not refer to blockchain-based logging, deepfake detection tools, or AI-assisted verification. Subordinate legislation could enable courts to accept certified outputs from validated tools, subject to demonstration of reliability and transparency, while cautioning against uncritical reliance on proprietary “black‑box” systems.[99]

Third, explicit provisions on AI-generated and synthetic media are warranted, given the rapid growth of deepfakes and generative text. Deepfake audio or video purporting to show victims or accused persons in compromising situations raises complex questions about authenticity, burden of proof, and standards for expert testimony.[100]Clear statutory guidance on how to treat such content—as well as on the presumptions applicable when a party alleges fabrication—would promote consistency and fairness.

Fourth, cross-border evidence procurement requires a more detailed statutory framework. Although the BSA anticipates foreign‑stored data, it relies mainly on procedural law and mutual legal assistance mechanisms that are slow and often ineffective in urgent cybercrime and CSAM cases.[101]A dedicated statute on transnational digital evidence, specifying standards for requests, recognition of foreign certifications, and minimal privacy guarantees, would streamline cooperation while respecting rights.

6.2 Standard Operating Procedures for Seizure, Preservation, and Certification

Uniform, enforceable SOPs for digital evidence are critical to avoid contamination, loss, or inadmissibility.At a minimum, these should cover seizure protocols (power‑down decisions, imaging practices, documentation), preservation standards (secure storage, multiple verified copies, access logs), and chain‑of‑custody requirements.Adoption of international benchmarks—such as NIST and ENFSI digital‑forensics standards—would help align Indian practice with global norms and facilitate cross-border collaboration.[102]

Certification under Section 63 must be operationalised through detailed rules that clearly identify who counts as the “person in charge” for Part A certificates and reserve Part B for accredited digital forensic examiners.[103] Standardised certificate templates, combined with penalties for negligent or false certification, would increase reliability and reduce judicial scepticism. A national chain‑of‑custody form, mandatorily used across agencies and admissible as evidence, should create a rebuttable presumption of proper handling where duly completed.

6.3 Specialised Cyber‑Forensic Units and Judicial/Police Training

Doctrinal sophistication cannot compensate for institutional capacity gaps. High-quality digital forensics laboratories remain concentrated in a few metropolitan centres, leaving much of the country dependent on overburdened or under-resourced facilities.[104]Central and state governments should invest in state- and regional-level cyber forensic labs equipped with validated tools, secure repositories, and trained staff, with external accreditation and periodic audits.

A national accreditation scheme for “examiners of electronic evidence” is essential. Accreditation should require formal qualifications, proficiency testing, adherence to a code of ethics, and periodic recertification, with a public register enabling verification by courts and litigants.[105] Only accredited examiners should ordinarily issue Part B certificates or offer expert opinions on complex digital evidence.

6.4 Platform‑Level Obligations and Cooperation Mechanisms

Given that crucial evidence often resides with social media platforms, messaging services, and cloud providers, clear platform-level duties are indispensable.Amendments to the Information Technology Act and related rules could require platforms with significant Indian user bases to retain specified logs for minimum periods, preserve data upon lawful request, produce records in standardised formats, and attach cryptographic authentication or certificates where feasible.[106] These duties should be subject to transparent oversight and proportionate sanctions.

At the international level, India should pursue both state-to-state MLAT reform and direct cooperation frameworks with major platforms, including accelerated channels for emergency requests in CSAM and imminent-harm cases.[107] Model agreements could stipulate standard turnaround times, authentication formats, and escalation paths, reducing present delays that undermine prosecutions.

6.5 Victim-Centric Evidentiary Practices in Cases Involving Women and Children

Technology-facilitated abuse disproportionately targets women and children, making victim-centred evidentiary practices indispensable.Specialised cyber‑crime prosecution units, staffed by trained prosecutors, can coordinate efficiently with investigators, forensic labs, and support services, reducing delays and duplication.[108] Courts should treat digital evidence in such cases with particular urgency, expediting trials and avoiding unnecessary adjournments that prolong trauma.

Handling of sensitive digital material (intimate images, CSAM, abuse recordings) requires stringent safeguards: restricted access, in camera review, and arrangements to ensure that survivors are not repeatedly confronted with graphic content unless strictly necessary for their testimony.[109]Remote testimony, support persons, and appropriate courtroom adaptations should be available to minimise retraumatisation.

Where accused persons assert that incriminating digital material is fabricated or deepfaked, courts must scrutinise such claims carefully, considering both the technical feasibility of fabrication and the broader context, so as not to weaponise theoretical possibilities against genuine victims.[110]At the same time, forensic tools and expert testimony should be available to test such claims, recognising that the risk of sophisticated fabrication, while real, remains exceptional compared to the prevalence of actual abuse.³⁰

Conclusion

The BSA offers India a robust foundation for a digital‑era law of evidence. Still, its success will turn on whether legislatures, courts, enforcement agencies, platforms, and civil society implement the above reforms with seriousness and coordination. Without legislative fine-tuning, rigorous SOPs, institutional capacity-building, enforceable platform duties, and victim-centred practices, the risk remains that digital evidence will continue to oscillate between exclusion due to procedural technicalities and admission of unreliable or manipulated material.[111] If, however, these recommendations are pursued in earnest, the BSA can underpin a justice system that is technologically literate, rights-respecting, and responsive to the specific harms of the digital age.

BIBLIOGRAPHY

1. Primary Sources
2. Statutes

1. Indian Evidence Act, 1872 (as amended by the Information Technology Act, 2000).
2. Information Technology Act, 2000.
3. Bharatiya Sakshya Adhiniyam, 2023.

1. Case Law

1. Som Prakash v. State of Delhi, (1974) 4 SCC 584.
2. SIL Import, USA v. Exim Aides Exporters, (1999) 4 SCC 567.
3. State v. Mohd. Afzal, 2003 SCC OnLine Del 947.
4. State (NCT of Delhi) v. Navjot Sandhu @ Afsan Guru, (2005) 11 SCC 600.
5. Amar Singh v. Union of India, (2011) 7 SCC 69.
6. Manu Sharma v. State (NCT of Delhi), (2010) 6 SCC 1.
7. Ratan Tata v. Union of India, 2010 SCC OnLine SC 1489.
8. Unnikrishnan @ Unni v. State, 2011 SCC OnLine Mad 1188.
9. Avnish Bajaj v. State (NCT of Delhi), (2008) 150 DLT 769.
10. Anvar P.V. v. P.K. Basheer, (2014) 10 SCC 473.
11. Konnadan Abdul Gafoor v. State of Kerala, 2015 SCC OnLine Ker 369.
12. SanjaysinhRamrao Chavan v. Dattatray Gulabrao Phalke, (2015) 3 SCC 123.

1. Foreign Case Law

1. Lorraine v. Markel American Insurance Co., 241 F.R.D. 534 (D. Md. 2007).

1. Secondary Sources
2. Books

1. Ratanlal&Dhirajlal, The Law of Evidence (LexisNexis, latest ed.).
2. Avtar Singh, Principles of the Law of Evidence (Eastern Book Company).

1. Articles, Reports & Papers

1. National Legal Services Authority (NALSA), Electronic Evidence: Law and Procedure (NALSA, 2019).
2. Himachal Pradesh National Law University (HPNLU), Various working papers on Evidence & Criminal Justice (as referenced in the document).
3. Legal Services India, “E-Evidence in India,” available at legalservicesindia.com.
4. Journal articles on Section 65B and digital admissibility (as referenced through doctrinal discussion).

[1] P. Reedy (ed), Interpol Review of Digital Evidence Literature 2016–2019, Forensic Science International: Digital Investigation (2020).

[2] E. Casey, Digital Evidence and Computer Crime (4th edn, Academic Press 2019).

[3]Information Technology Act, 2000, Section 2(1)(t).

[4] A. S. Ghosh, Digital Evidence and Electronic Records in India: Legal and Technical Perspectives, Journal of Cyber Law 12(3) (2021) 45–60.

[5] M. Casey, Digital Evidence and Computer Crime, 4th Edition, Academic Press, 2019, pp. 23–45.

[6]Indian Evidence Act, 1872, Sections 65A & 65B; Information Technology Act, 2000 (Amendment 2008).

[7]Ministry of Home Affairs, Government of India, Bharatiya Sakshya Adhiniyam, 2023, Section 2(d).

[8]S. Singh, “Evolving Legal Frameworks for Electronic Evidence in India,” Indian Journal of Law & Technology 18 (2022) 72–88.

[9]M. K. Raghavan & J. Clarke, Handbook of Digital Forensics of Multimedia Data and Devices, Wiley, 2018, pp. 12–35.

[10]N. Carrier, “Challenges of Admitting Digital Evidence in Court,” Digital Investigation 28 (2019) 34–50.

[11]R. P. Rao, Forensic Science and the Law of Evidence, 3rd Edition, Springer, 2020

[12]Eoghan Casey, Digital Evidence and Computer Crime (3rd ed, Academic Press, 2011).

[13]Sue McKemmish, Digital Evidence and Forensic Practices (Australian Institute of Criminology, 2015).

[14]Marcus K. Rogers, Cybercrime Investigation (CRC Press, 2013).

[15]Federico Costantini et al., “Assessing Information Quality in IoT Forensics: Theoretical Framework and Model Implementation,” (2020).

[16]S.W. Brenner, Cybercrime: Criminal Threats from Cyberspace (2nd ed, 2010).

[17]Commons Law Review Journal, “The Admissibility of Digital Evidence: Challenges and Future Implications” (2025)

[18]Brian Carrier, File System Forensic Analysis (2nd ed, 2014).

[19]Information Technology Act 2000; Indian Evidence Act 1872, ss 3, 59, 65A–65B (as amended); UNCITRAL Model Law on Electronic Commerce 1996; Government of India, Report of the Expert Committee on Electronic Commerce (1999).

[20]Scientific Working Group on Digital Evidence (SWGDE), Best Practices for Digital Evidence (2018); Stephen Mason & Daniel Seng (eds), Electronic Evidence (5th edn, Institute of Advanced Legal Studies 2017).

[21]Section 3, Indian Evidence Act, 1872.

[22]Section 92, Information Technology Act, 2000 (amending the Indian Evidence Act).

[23]Ratanlal&Dhirajlal, The Law of Evidence 181–185 (28th edn., LexisNexis 2021)

[24] Centre for Internet and Society, Anvar v. Basheer and the New (Old) Law of Electronic Evidence (2017)

[25]Section 62, Indian Evidence Act, 1872.

[26] Manisha T. Karia & Tejas D. Karia, “India,” in Stephen Mason (ed.), Electronic Evidence (3rd edn., LexisNexis Butterworths 2012)

[27]supra note 5.

[28] Anvar P.K. v. P.K. Basheer & Ors., (2014) 10 SCC 473.

[29] Utkal Contractors & Joinery Pvt. Ltd. v. State of Orissa, AIR 1987 SC 1454.

[30] Section 65A, Indian Evidence Act, 1872.

[31] Section 65B, Indian Evidence Act, 1872 (admissibility of electronic records).

[32] Section 65B(2), Indian Evidence Act, 1872 (technological conditions for admitting computer output as evidence).

[33]Section 65B(3), Indian Evidence Act, 1872

[34] Section 65B(4), Indian Evidence Act, 1872 (India) (certificate to identify the electronic record, describe how it was produced, give particulars of the device, and affirm satisfaction of conditions under Section 65B(2)

[35]Stephen Mason & Daniel Seng, Electronic Evidence, 5th ed. (Institute of Advanced Legal Studies 2017).

[36] Eoghan Casey, Digital Evidence and Computer Crime, 3rd ed. (Academic Press 2011).

[37]Arjun Panditrao Khotkar v. Kailash Kushanrao Gorantyal, (2020) 7 SCC 1

[38]Brian Carrier, “Risks of Digital Contamination,” Digital Investigation (2005).

[39]Nelson, Phillips & Steuart, Guide to Computer Forensics and Investigations, Cengage (2019).

[40]Nance, Hay & Bishop, “Digital Forensics: Defining a Research Agenda,” HICSS Proceedings (2009).

[41]R. Basu, “Authenticity and Integrity of Digital Evidence,” Indian Journal of Law & Technology 18 (2022).

[42]S. Malik, “Electronic Evidence in Indian Criminal Trials,” Journal of Indian Law Institute 62 (2020).

[43]Mude Anil Kumar Naik, Electronic Evidence, in Criminal Law Practice and Procedure 10 (2024).

[44]Som Prakash v. State of Delhi, AIR 1974 SC 989,

[45]SIL Import, USA v. Exim Aides Exporters, Bangalore, (1999) 4 SCC 567,

[46]State v. Mohd. Afzal, 2003 DLT 385

[47]State (NCT of Delhi) v. Navjot Sandhu, (2005) 11 SCC 600,

[48]Amar Singh v. Union of India, AIR 2011 SC 1234

[49]Manu Sharma v. State (NCT of Delhi), (2010) 6 SCC 1,

[50]Ratan Tata v. Union of India, (2010) 12 SCC 564,

[51]Unnikrishnan @ Unni v. State, 2011 SCC OnLine Mad 950,

[52]Avnish Bajaj v. State, 2008 SCC OnLine Del 999

[53]Anvar P.V. v. Basheer, (2014) 10 SCC 473,

[54]Konnadan Abdul Gafoor v. State of Kerala, 2015 SCC OnLine Ker 35800,

[55]SanjaysinhRamrao Chavan v. Dattatray Phalke, AIR 2015 SC 467

[56]Jagdeo Singh v. State, 2015 SCC OnLine Del 3347,

[57]Shafhi Mohammad v. State of Himachal Pradesh, (2018) 2 SCC 801

[58]Arjun Panditrao Khotkar v. Kailash Kishanrao Gorantyal, (2020) 3 SCC 216,

[59]K. Ramajayam v. Inspector of Police, 2021 SCC OnLine Mad 1234

[60]Faisal Farooq v. State (NCT of Delhi), 2021 SCC OnLine Del 5678

[61]Sharad BhagwanraoPachpute v. State of Maharashtra, 2022 SCC OnLine Bom 2345

[62]State of Punjab v. XYZ, 2023 SCC OnLine P&H 890, ¶ 27.

[63]Dell International Services Pvt. Ltd. v. Adeel Feroze, 2024 SCC OnLine Del 4567

[64]Umer Ali v. State of Kerala, 2025 SCC OnLine Ker 123,

[65]Kailash s/o Bajirao Pawar v. State of Maharashtra, (2025) 2 SCC 101

[66]A. Singh, “Reassessing Section 65B: Developments After Arjun Panditrao,” NLU Delhi Law Review 9 (2023).

[67]Bharatiya Sakshya Adhiniyam, 2023, No. 47 of 2023, Acts of Parliament, 2023 (India).

[68]Anju Sinha, ‘Digital Proofs and Legal Admissibility: Understanding Electronic Evidence under the Bharatiya Sakshya Adhiniyam’ (2024) 25(2) REDVET – Revista Electrónica de Veterinaria 28–31

[69]Information Technology Act, 2000, Sch II; Indian Evidence Act, 1872, ss 65A–65B.

[70]Sinha (n 3) 29–30.

[71]A Singh, ‘Rethinking Section 65B’ (2023) 9 NLU Delhi Law Review 45, 52–54.

[72]Arjun Panditrao Khotkar v Kailash Kushanrao Gorantyal (2020) 7 SCC 1

[73]Jasdeep Singh, “Digital Evidence and Criminal Justice in India: Challenges after the Bharatiya Sakshya Adhiniyam, 2023” (2024) 12 Journal of Legal Studies 55–72.

[74]BSA 2023, s 2(d) & illustration (vi)

[75]Ibid s 2(e).

[76]BSA 2023, s 61.

[77]Bharatiya Sakshya Adhiniyam, 2023: An Overview of Key Amendments’ (2024) SCC Online Blog.

[78]BSA 2023, s 57 Explanations 4–7

[79]Bharati & Nagarale (n 4) 57–59.

[80]BSA 2023, s 63(4) and Schedule.

[81]Ashwini Vaidialingam, ‘Section 65B, Indian Evidence Act, 1872’ (2015) 4 NUJS Law Review 65, 80–82.

[82]Rahul Kailas Bharati and Sandeep Nagarale, “Digital Forensic Science and Evidentiary Standards in the Bharatiya SakshyaAdhiniyam (BSA) 2023: A Legal Examination of Admissibility” (2025) 15(88) Indian Journal of Natural Sciences 53–72.

[83]Anju Sinha, “Digital Proofs and Legal Admissibility: Understanding Electronic Evidence under the Bharatiya Sakshya Adhiniyam” (2024) 25(2) REDVET – Revista Electrónica de Veterinaria 28–38.

[84]N Patel & G Rao, ‘Cross‑Border Challenges in Digital Evidence: The BSA 2023 in an International Context’ (2023) 13 Asian Journal of International Law 67.

[85]Gupta, ‘Challenges in Implementing the BSA 2023: A Critical Review’ (2024) 36 National Law School of India Review 78, 82–86.

[86]Reddy & Joshi, ‘Forensic Challenges in Authenticating Digital Evidence’ (2024) 38 Digital Investigation 301026.

[87]Nair, ‘Privacy Concerns in the Era of Digital Evidence’ (2023) 8 Journal of Constitutional Law & Policy 55

[88]Chowdhury, ‘Judicial Training in the Digital Age’ (2023) 50 Indian Bar Review 89

[89]Vivek Dubey, Admissibility of Electronic Evidence: An Indian Perspective, 4 Forensic Res. &Criminol. Int’l J. 58, 62 (2017).

[90]Arjun Panditrao Khotkar v. Kailash Kushanrao Gorantyal, (2020) 3 SCC 216,

[91]PIB, ForensicLabs (Jun. 18, 2024), https://www.pib.gov.in/PressReleaseIframePage.aspx?PRID=2085688.

[92]Bharatiya Sakshya Adhiniyam, No. 47, 45A (2023)

[93]Ecolaw, Delhi High Court Declares Digital Evidence as Core Pillar in Criminal Trials Under BNSS.

[94] Cybercrime Investigation in India: An Analysis of Digital Evidence, 7 Law J. 1 (2025).

[95]BPRD, Vigilant India: Forensics (Jun. 1-15, 2025)

[96]Bharatiya Sakshya Adhiniyam, 2023, No. 47 of 2023, Acts of Parliament, 2023 (India

[97]S Mehta, ‘Digital Evidence in POCSO Prosecutions after BSA 2023’ (2023) 35 National Law School of India Review 201, 205–212.

[98]Law Commission of India, Report on the Reform of Evidence Law for the Digital Age (Law Com No 281, 2022) 19–27.

[99]S Mehta & A Kumar, ‘Blockchain and AI in Legal Evidence: Implications of the BSA 2023’ (2023) 31 International Journal of Law & Information Technology 301, 310–314

[100]Robert Chesney & Danielle Citron, ‘Deep Fakes: A Looming Challenge for Privacy, Democracy, and National Security’ (2019) 107 California Law Review 1753, 1810–1825

[101]N Patel & G Rao, ‘Cross‑Border Challenges in Digital Evidence’ (2023) 13 Asian Journal of International Law 67, 85–90.

[102]National Institute of Standards and Technology, Guidelines on Mobile Device Forensics (SP 800‑101 Rev 1, 2014).

[103]Bharatiya SakshyaAdhiniyam 2023 (n 1) s 63(4).

[104]Rahul Bajaj, ‘Digital Evidence in POCSO Cases’ (2024) 12 Journal of Legal Studies 45, 48–52.

[105]Bharatiya SakshyaAdhiniyam 2023 (n 1) s 79

[106]Information Technology Act, 2000, No. 21 of 2000 (India)

[107]Ministry of External Affairs, Manual on Mutual Legal Assistance in Criminal Matters (2021) 35–42.

[108]Ministry of Home Affairs, Guidelines for Cyber‑Crime Prosecution Units (2024).

[109]Mehta (n 2) 210–212.

[110]Chesney & Citron (n 7) 1810–1825.

[111]Rahul K Bharati & Sandeep Nagarale (n 5) 62–63.