When Evidence Waits, Violence Walks Free
A Detailed Study on the DNA and Forensic Backlogs in South Africa
Lynette Oxley (GOSA Girls on Fire & Tac SHAC)
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Dedication
I dedicate this paper to all the warriors who continue to stand in the face of violence, injustice, and systemic failure.
In particular, I honour Keshna Schoeman, Andy Kawa, Allison Botha, and Prudence Mabasa—whose courage, resilience, and refusal to be silenced illuminate both the cost of injustice and the strength of survival.
This work is also dedicated to the hundreds of thousands of survivors and families who are still waiting for justice—those whose cases remain unresolved, whose evidence remains untested, and whose voices remain unheard.
May this paper serve not only as an academic contribution, but as a call to action—to remember that behind every backlog number is a human life, and behind every delay is a warrior who deserves accountability, dignity, and justice.
Abstract
South Africa’s criminal justice system is plagued by chronic DNA and forensic backlogs, which undermine investigations, prosecutions, and public safety. This study examines the historical roots, structural causes, and societal impacts of these backlogs, with a particular focus on gender-based violence (GBV) and recidivism. Drawing on official reports, parliamentary oversight, and systemic analyses, it highlights inefficiencies in the South African Police Service (SAPS) forensic processes, the limited efficacy of oversight bodies like the National Forensic Oversight and Ethics Board and wasted public investments in infrastructure. Enhanced case studies with statistics illustrate how delays enable reoffending, while international comparisons contextualize South Africa’s challenges against other nations. Proposed reforms offer pathways to preventive justice. The conclusion emphasizes that forensic reform is essential for reducing violence and restoring trust in the system.
Introduction
When forensic services falter, justice is not merely delayed—it is denied, allowing violent offenders to reoffend with impunity. In South Africa, DNA and forensic backlogs represent a longstanding crisis embedded in the nation’s failed criminal justice system, characterized by underfunding, resource shortages, and inter-agency inefficiencies. The DNA backlog specifically refers to unanalysed samples from crime scenes or suspects, preventing their use in investigations or prosecutions. This issue is particularly acute in the fight against GBV, where DNA evidence is crucial for sealing cases against perpetrators. Without timely processing, critical evidence remains unused, fostering high recidivism rates and perpetuating cycles of violence.
This article explores the evolution of these backlogs, the structure of responsible entities, procedural flaws, oversight mechanisms, root causes, and their profound effects on crime and society. It incorporates enhanced case studies with statistics to demonstrate real-world impacts, international comparisons to provide global context, and concludes with recommendations for reform.
Historical Development of Forensic Backlogs
The roots of South Africa’s forensic challenges trace back to the post-apartheid era, when segregated systems were amalgamated, inheriting inadequate infrastructure and training disparities. By the early 2000s, DNA’s role in investigations grew, but delays quickly emerged as a public concern. In 2007, the SAPS Criminal Record and Forensic Science Service (CRFSS) biology unit reported a backlog of 1,042 cases, dipping slightly to 975 in 2008. Annually, around 42,000 cases were processed, but only 4,080 were suitable for full DNA analysis after screening, with turnaround times averaging 16 weeks (120 days)—comparable to delays in countries like Canada but still inefficient.
Backlogs escalated in 2010 alongside rising violent crime rates. The Criminal Law (Forensic Procedures) Amendment Act (DNA Act) of 2013 mandated broader DNA collection, overwhelming laboratories without capacity increases.
By 2021, the national backlog exceeded 208,000 cases, including over 60,000 unanalysed and 36,662 DNA-related, many linked to GBV and femicide. Exacerbating factors included staff shortages, procurement delays, load shedding, and water shortages. Historical peaks reached 194,067 cases by the end of 2019/2020, reduced to 55,681 by 2022/2023 through reprioritized funding. However, by mid-2024, figures climbed to 241,152, increasing 4.33% to 251,603, due to contract mismanagement, equipment issues, and understaffing.
As of March 2025, the overall forensic backlog stood at 33.09% (up from 25.31% in 2024), failing performance targets. Toxicology backlogs hit 40,051 cases in August 2025, mostly predating integration with the National Health Laboratory Service (NHLS). Ballistics faced over 41,000 pending cases, with 29,000 in Pretoria alone, amid debates over its scientific validity as noted in studies by Kasakov.
International Comparisons of DNA Backlogs
To contextualize South Africa’s forensic challenges, it is useful to compare them with international counterparts. While direct, up-to-date statistics for 2025 are limited due to varying reporting standards, available data from government reports and market analyses highlight disparities in backlog management, investment, and efficiency.
United States: The US has historically grappled with significant DNA backlogs, particularly untested sexual assault kits. As of 2023, estimates from the National Institute of Justice (NIJ) indicated around 100,000 untested kits nationwide, down from peaks of over 400,000 in the 2010s thanks to federal initiatives like the Sexual Assault Kit Initiative (SAKI), which allocated billions for backlog clearance. By 2025, integration of rapid DNA technology into the Combined DNA Index System (CODIS) has accelerated processing, with turnaround times often under 90 days for priority cases.
Market reports project the US DNA forensics sector to grow significantly within the global market valued at USD 3.3 billion in 2025, reflecting robust infrastructure investments. (rollstechglobal.com)
Compared to South Africa’s 141,000+ DNA cases backlog (37% of total), the US demonstrates better federal-state coordination, though urban centres like Detroit and Los Angeles still report delays. (uk.finance.yahoo.com)
United Kingdom: The UK Forensic Science Regulator has reported backlogs of approximately 10,000-15,000 DNA cases as of 2024, with efforts to reduce them through privatization and digital upgrades. Turnaround times average 4-6 weeks for high-priority cases, supported by the National DNA Database (NDNAD) holding over 6 million profiles. In contrast to South Africa’s infrastructure-driven crises (e.g., load shedding), UK challenges stem more from case volume, but investments in forensic genomics (projected global market growth to USD 2.5 billion by 2035) have mitigated issues.
South Africa’s backlog is proportionally larger relative to population and crime rates.
(sphericalinsights.com)
Canada: Canada’s Royal Canadian Mounted Police (RCMP) manage the National DNA Data Bank, with backlogs estimated at 5,000-8,000 cases in 2024, primarily in provinces like Ontario and British Columbia. Historical comparisons show similarities to South Africa’s early 2000s delays (16-week averages), but federal funding has reduced them, with 2025 projections emphasizing rapid DNA for GBV cases. The Canadian forensic market aligns with global trends, growing at 7.7% CAGR to USD 5.6 billion by 2033.
South Africa’s higher backlog (over 140,000) highlights underfunding, as Canada’s per-capita investment in forensics is significantly greater. (datamintelligence.com)
Australia: The Australian New Zealand Policing Advisory Agency (ANZPAA) oversees forensics, with backlogs around 2,000-4,000 DNA cases nationally as of 2024, managed through state labs like those in Victoria and New South Wales. Rapid processing (often under 30 days) benefits from the National Criminal Investigation DNA Database (NCIDD). Global market analyses indicate Australia’s contribution to the forensics sector’s 14.6% CAGR growth from 2025-2034.
South Africa’s backlog dwarfs Australia’s, underscoring disparities in resource allocation and legislative implementation. (polarismarketresearch.com)
Overall, while global DNA forensics markets are expanding (e.g., from USD 3.5 billion in 2024 at 5.4% CAGR), (gminsights.com) South Africa’s backlogs are among the most severe, exacerbated by systemic issues not as prevalent in wealthier nations. These comparisons reveal opportunities for South Africa to adopt best practices like rapid DNA integration and public-private partnerships.
Structure and Functions of the Criminal Record and Forensic Science Service (CRFSS)
Established in 2005 under the SAPS Deputy National Commissioner for Crime Intelligence and Detection, the CRFSS evolved from the Forensic Science Laboratory and Criminal Record Centre. As a standalone division, its purpose is to provide criminal record and forensic services to prevent and control crime. Key facilities include Silverton (Pretoria) for main operations, Arcadia for biology, Cape Town for most functions, and Durban/Port Elizabeth for chemistry and ballistics.
Led by a Divisional Commissioner, the CRFSS comprises three components:
Criminal Record Centre (CRC): Manages criminal records and evidence recovery, with 92 local centres across provinces. Functions include photographing scenes, collecting cartridges and bodily fluids. In 2002, it introduced the Automated Fingerprint Identification System (AFIS).
Technology and Technical Management (TTM): Facilitates technology development and support services.
Forensic Science Laboratory (FSL): Sub-divided into Biology, Chemistry, Scientific Analysis, Ballistics, Questioned Documents, and Explosives. Notably, 78% of biology cases in 2008 involved sexual assaults.
The Forensic Process: From Crime Scene to Court
In the South African Police Service (SAPS) context, the initial crime scene management is a critical phase in the forensic chain, governed by policies under the Criminal Procedure Act and SAPS guidelines. The process typically begins when a crime is reported (via 10111 emergency line, police station, or app), leading to the dispatch of first responders—usually uniformed officers from Visible Policing (VISPOL) to secure the scene and prevent contamination. A case docket is opened, and a Case Administration System (CAS) number is assigned for tracking. Specialized evidence collection is then ideally handled by trained personnel from Local Criminal Record Centres (LCRCs), who photograph, document, and collect physical evidence (e.g., DNA samples, fingerprints) before it is sealed and transported to Forensic Science Laboratories (FSLs) for analysis.
Challenges include:
• Lack of training for field workers.
• Sub-standard samples due to environmental exposure.
• Incomplete crime kits from healthcare practitioners.
• Inadequate storage and timely transport.
At the lab, evidence is registered on the Exhibit Management System (EMS). DNA handling follows:
• Receipt and registration.
• Initial processing/archiving (routine for reference samples; archived for crime scenes without suspects).
• Activation via prosecutor request for full analysis.
• Analysis and reporting.
• Expedited prioritization for imminent court dates.
This prosecutor-request step manages resources but inflates backlogs, with only 6,984 requests finalized in 2007. Factors like environmental degradation further compromise samples.
This process is inherently flawed due to structural, operational, and human factors within SAPS, which compromise evidence integrity, chain of custody, and overall forensic reliability. These issues contribute to high acquittal rates, case backlogs, and eroded public trust in the justice system. Below is a breakdown:
Limited Number and Distribution of LCRCs (Resource Constraints):
With approximately 92 LCRCs nationwide (spread across nine provinces), coverage is inadequate for a country of 60 million people with high crime rates. Rural and under-resourced areas often lack nearby units, leading to delays in response (sometimes hours or days). This forces non-specialized personnel—like uniformed officers or detectives—to handle evidence collection.
Evidence may be improperly collected, packaged, or documented, resulting in “non-consistent crime scene evidence”. For instance, detectives without forensic training might overlook subtle traces (e.g., touch DNA) or introduce contaminants, rendering samples inadmissible in court.
Inconsistent Adherence to Protocols (Training and Procedural Gaps):
SAPS guidelines require first responders to secure scenes without disturbing evidence, then call LCRC experts. However, in practice, untrained officers often contaminate scenes by walking through them, touching items, or failing to use protective gear. Studies show this is common in housebreaking or rape cases, where evidence like fingerprints or biological material is compromised.
Detectives are investigators, not forensic technicians, leading to errors in chain of custody (e.g., improper sealing or labelling). Parliamentary oversight has highlighted poor training in VISPOL units, with recommendations for mandatory scene preservation courses.
Systemic Delays and Communication Breakdowns:
Even when LCRCs are involved, procurement issues (e.g., shortages of evidence kits) and transport delays to FSLs exacerbate problems. Evidence often sits unsecured, increasing degradation risks (e.g., DNA samples spoiling without refrigeration).
High caseloads (e.g., one LCRC in Cape Town handling multiple provinces’ overflow) lead to burnout and errors. Inconsistent performance indicators across stations further highlight uneven application of procedures.
Quality and Accountability Issues:
Forensic labs in South Africa lack full ISO accreditation, prioritizing speed over quality, which amplifies upstream flaws from crime scenes. Contaminated or inconsistent evidence contributes to “undetected” dockets (cases closed without resolution) and flawed investigations, as seen in reports of suspects released due to procedural errors.
Ethical and Legal Risks:
Poor handling violates the Criminal Law (Forensic Procedures) Amendment Act, potentially leading to miscarriages of justice, especially in DNA-reliant cases like gender-based violence.
Parliamentary committees and evaluations (e.g., from the Department of Planning, Monitoring and Evaluation) have urged SAPS to increase LCRC capacity, enhance training for first responders, and integrate technology (e.g., mobile evidence kits). Partnerships with private forensics firms are being explored to address gaps.
Despite these flaws, when followed correctly, the process can yield strong forensic leads—e.g., via the National Forensic DNA Database. However, the step’s vulnerabilities, as outlined, make it a weak link in South Africa’s criminal justice chain, often resulting in lost opportunities for convictions. For the most current insights, refer to SAPS annual reports or parliamentary minutes.
The Role of the National Forensic Oversight and Ethics Board
Established under the 2013 DNA Act and operational since 2015, the Board monitors DNA procedures, oversees the National Forensic DNA Database (NFDD), ensures ethical compliance, handles complaints, and recommends improvements. It reports to Parliament via the Portfolio Committee on Police.
Successes include a 99% backlog reduction in 2022/2023, adding 856,814 NFDD profiles, and generating thousands of investigative leads (e.g., 20,000 person-to-crime links). Oversight visits and reports have stabilized operations.
However, failures persist: Backlogs resurged to 141,000 by December 2024 (37% of cases), due to infrastructure (80% of issues), procurement, and low compliance. Leadership gaps (no chairperson 2022–2024) and limited independence undermine impact. The Board lack enforcement power, making it advisory amid systemic flaws.
Causes of the DNA Backlog
Insufficient Resources
SAPS forensic labs are chronically under-resourced, both in terms of funding and personnel, leading to an inability to handle incoming volumes. In the 2024/25 period, laboratories received over 502,000 case exhibits but could only finalize around 358,000, creating a widening gap that perpetuates the backlog. (da.org.za)
Biology units, which handle most DNA cases (including 78% related to sexual assaults as far back as 2008), face severe staffing shortages. For instance, the Cape Town FSL alone reported over 28,000 unprocessed DNA samples in early 2025, straining national capacity.
(mikebolhuis.co.za)
Underfunding diverts resources from essential expansions, such as hiring more analysts or upgrading facilities, resulting in a vicious cycle where backlogs absorb funds meant for prevention and efficiency improvements. Parliamentary committees have repeatedly noted that this under-resourcing directly threatens the criminal justice system, particularly in gender-based violence (GBV) cases where timely DNA evidence is critical.
(parliament.gov.za)
Mismanaged Resources and Logistics
Poor planning, administrative bottlenecks, and logistical failures amplify the backlog by inefficiently allocating available resources. Underfunding and inadequate strategic oversight mean that new submissions consistently outpace processing, with some laboratories operating at partial capacity due to infrastructure deficiencies. For example, labs in KwaZulu-Natal have been hampered by ongoing issues like building maintenance and supply chain disruptions, reducing their output and shifting burdens to other facilities like those in Pretoria and Cape Town. (mikebolhuis.co.za)
Procurement delays for essential consumables, such as DNA kits and reagents, have been a recurring problem, often linked to bureaucratic red tape and corruption allegations. Additionally, environmental disruptions—such as load shedding (power outages) and water shortages—account for up to 80% of laboratory challenges, halting operations and degrading samples. (forensicscijournal.com)
Low compliance in collecting DNA samples from arrestees and convicted offenders further compounds logistical issues, as mandated under the 2013 DNA Act, leading to incomplete databases and missed investigative opportunities. (actionsociety.co.za)
Critics, including civil society groups, argue that this mismanagement reflects deeper incompetence and disregard for justice, turning forensic services into a bottleneck rather than a tool for crime prevention. (kaapseforum.co.za)
Equipment Maintenance
A critical yet avoidable cause is the failure to maintain essential equipment, often due to expired or non-renewed service contracts. This leaves sophisticated analysers and processing machines idle, directly inflating backlogs. In 2025, parliamentary probes highlighted how contract lapses have rendered key infrastructure unusable, with intelligence-related entries (177,023 cases, many not court-bound) adding to the strain without resolution. (news24.com)
For instance, delays in renewing maintenance agreements have been cited as a primary reason for the resurgence of backlogs after temporary clearances in 2022/23. This issue is part of a broader pattern of procurement irregularities and poor project management, where investments in new facilities (exceeding R600 million) remain non-operational due to similar failures. (actionsociety.co.za)
Without reliable equipment, even routine tasks like DNA extraction and profiling are stalled, exacerbating delays in high-stakes cases.
Skills Shortages
The forensic sector suffers from a chronic shortage of trained scientists and technicians, driven by high turnover rates and unattractive working conditions. Highly skilled analysts frequently leave for better opportunities abroad or within other South African departments, such as the Department of Health, which offers salaries up to twice those at SAPS. Promotion policies compound this by requiring staff to transfer divisions for advancement, necessitating costly retraining and further depleting expertise. Staff burnout from overwhelming caseloads and inadequate support systems accelerates this exodus, leaving biology units understaffed and unable to meet demand. Reports from the National Forensic Oversight and Ethics Board (DNA Board) emphasize that these shortages not only slow processing but also compromise the quality of analyses, leading to errors that can undermine court cases. (forensicscijournal.come).
Huge Caseloads
Investigative overload at the detective level stalls forensic progress, as officers handle caseloads double the recommended maximum of 60 per detective. This results in delayed submissions, incomplete evidence chains, and prolonged archiving of samples. With violent crime rates remaining high—particularly GBV and femicide—detectives are overwhelmed, leading to vacancies and inefficiencies that ripple into the labs. For example, the integration of Forensic Chemistry Laboratories with the National Health Laboratory Service (NHLS) has not alleviated toxicology backlogs (40,051 cases in August 2025), which often intersect with DNA cases. (news24.com)
This caseload pressure diverts resources from proactive backlog management to reactive firefighting, perpetuating the cycle.
The Now defuncted Genetic Sample Processing System (GSPS):
The Genetic Sample Processing System (GSPS) was a pioneering automated DNA analysis platform installed in the South African Police Service (SAPS) Forensic Science Laboratory (FSL) in Pretoria in 2005. Developed by the Swiss company Tecan starting in 2004, it represented a significant technological advancement for forensic biology at the time.
The GSPS was operational from approximately 2006 onward and contributed to processing thousands of DNA cases in its early years (e.g., over 2,000 cases between April and September 2006 alone). It was hailed as a capacity booster for the FSL’s Biology Section, enabling faster handling of biological evidence in criminal investigations. However, by around 2013, the system was decommissioned and slated for dismantling. The primary reason cited in forensic evaluations was legislative limitations: South Africa lacked a comprehensive legal framework for a national DNA database until the Criminal Law (Forensic Procedures) Amendment Act (DNA Act) was enacted in 2013 and implemented in 2015. Without this, the GSPS could not be fully utilized for large-scale database uploads or routine suspect profiling, rendering it underused and inefficient. Post-decommissioning, SAPS shifted toward newer, semi-automated or manual systems, with procurements for updated DNA processing equipment mentioned in provincial reports (e.g., Western Cape’s 2025 plans for semi-automated systems). The GSPS is not referenced in any recent SAPS or parliamentary documents (2023–2025), indicating it was fully phased out over a decade ago.
This decommissioning occurred amid broader challenges in SAPS forensics, including funding constraints and evolving technology needs. While the GSPS was innovative, it became obsolete as global standards advanced toward more integrated, database-compatible systems. Current DNA backlogs (e.g., over 140,000 cases as of early 2025) are attributed to issues with successor equipment, such as expired maintenance contracts, supply shortages, and infrastructure failures—not the GSPS itself, which is long gone.
Wasted Public Funds and Infrastructure Failures
South Africa’s forensic services have been marred by significant financial waste tied to infrastructure projects, exacerbating the DNA backlog and undermining the criminal justice system. Parliamentary probes and oversight reports in 2025 revealed deep-rooted issues in planning, procurement, and execution, resulting in hundreds of millions of rands spent on facilities that remain incomplete, non-operational, or underutilized. While exact figures for forensic-specific waste vary, broader SAPS irregularities (including R3.2 billion in irregular expenditure flagged by the Auditor-General) and stalled laboratory projects highlight a pattern of mismanagement that directly contributes to the DNA crisis.
Key Issues in Infrastructure Investment
Incomplete and Delayed Projects: New or upgraded Forensic Science Laboratories (FSLs) have faced chronic delays. For example, the KwaZulu-Natal FSL, intended to include a dedicated DNA facility, remained delayed into 2025, with opening postponed to January due to pending overseas equipment. Similar issues affect accommodation and upgrades nationwide, with longstanding challenges in laboratory premises contributing to operational bottlenecks.
Procurement Irregularities and Contract Failures: Expired or unrenewed maintenance contracts have left critical equipment idle since as early as 2020, rendering analysers unusable and inflating backlogs. Poor contract management—including lapsed tenders and failure to renew service agreements—has been a recurring theme, criticized in parliamentary hearings as evidence of incompetence.
Poor Planning and Scope Creep: Investments prioritize construction over operational readiness, leading to facilities that lack accreditation, staffing, or essential consumables upon completion. The National Forensic Oversight and Ethics Board reported that approximately 80% of FSL challenges stem from infrastructure problems, including hazardous storage conditions and outdated instruments.
Financial Scale: While a specific R600 million figures for unfinished forensic labs was referenced in advocacy contexts, 2025 probes (led by opposition parties like the DA) highlighted substantial capital outlays yielding minimal returns, amid broader SAPS irregular expenditure escalating to billions.
These failures create a paradox: Overloaded existing labs (e.g., in Pretoria and Cape Town) struggle with surging submissions (502,407 DNA exhibits in 2024/25, up 30.88% from prior years), while funded new facilities sit idle.
Consequences for DNA Processing and the Justice System
The waste of public funds on dysfunctional infrastructure has profound, cascading effects on DNA evidence handling, directly fueling the backlog (141,190 cases as of December 2024, or 36.81–37% of total DNA entries) and eroding justice delivery:
Amplification of DNA Backlogs — Infrastructure breakdowns halt processing: Idle equipment and partial-capacity labs (e.g., due to power outages or poor conditions) prevent timely analysis of crime scene samples and reference buccal swabs. This inflates archived cases awaiting prosecutor activation, with delays stretching months or years.
Delayed Detection of Serial Offenders — Untested DNA prevents links via the National Forensic DNA Database (NFDD), allowing repeat perpetrators—especially in GBV and sexual offenses—to reoffend. The DNA Board warned of “potential negative repercussions,” including slower offender detection and impacts on the criminal justice system’s effectiveness.
Court Delays, Dismissals, and Impunity — Missing or delayed DNA reports lead to case postponements or removals from court rolls, denying prosecutions in evidence-reliant crimes like rape and murder. This fosters impunity, contributing to high recidivism (e.g., parolees reoffending in violent crimes).
Victim Trauma and Eroded Public Trust — Survivors of GBV endure prolonged uncertainty, with unprocessed kits symbolizing systemic neglect. Broader distrust reduces crime reporting and community cooperation.
Resource Diversion and Opportunity Costs — Funds sunk into failed projects divert from essential needs like staff training, consumables, or maintenance, perpetuating a cycle of crisis management over sustainable capacity building.
Calls for Accountability and Reform
In response to 2025 revelations, stakeholders—including the DA, AfriForum, Action Society, and the Portfolio Committee on Police—demanded urgent interventions:
Auditor-General Forensic Audit → Formal requests for a comprehensive probe into SAPS forensic operations, contract management, and expenditure to uncover mismanagement and enable consequence management.
Private-Sector and University Partnerships → Strong advocacy for regulated outsourcing to private labs and higher education institutions, which possess existing expertise and infrastructure for rapid backlog clearance. Critics note SAPS’s resistance despite repeated recommendations.
Systemic Restructuring → Emphasis on practical reforms like overtime approval, workload redistribution, and better inter-agency coordination, rather than unattainable expansions.
This infrastructure waste exemplifies deeper governance failures: Prioritizing spending over functionality actively sabotages justice, emboldens offenders, and betrays public trust. Until addressed through audits, partnerships, and accountable leadership, DNA backlogs will persist, with devastating human and societal costs.
The Human Cost: Victims at the Heart of the Forensic Crisis
The DNA and forensic backlogs in South Africa inflict profound, multifaceted suffering on victims, particularly those of gender-based violence (GBV), rape, and serial offenses. Delays do not merely postpone justice—they actively enable reoffending, prolong trauma, weaken prosecutions, and erode faith in the system. Victims endure secondary victimization through endless waiting, court postponements, and the knowledge that perpetrators often remain free. This human toll is most acute in GBV cases, where DNA evidence is frequently the sole corroborative link in stranger or trauma-induced non-identification scenarios.
Recidivism and Prolonged Offender Freedom
South Africa’s recidivism rates are among the highest globally, with estimates ranging from 55–97% depending on measurement criteria, exacerbated by inconsistent definitions and fragmented tracking. In late 2025, the Minister of Correctional Services reported that over 18,000 parolees reoffended in the past three years (2022–2025), including 209 murders and 330 rapes specifically in 2024–2025. These figures underscore how forensic delays contribute to impunity: Untested DNA prevents timely matches in the National Forensic DNA Database (NFDD), allowing offenders to be released on parole or bail without linking them to unsolved cases.
For victims, this means living in fear of re-victimization. Serial offenders exploit these gaps, committing additional crimes while evidence sits unprocessed. Delays erode deterrence, signalling to perpetrators that accountability is unlikely, which perpetuates cycles of violence. Survivors and families experience ongoing anxiety, often relocating or altering lives to avoid encounters with known or suspected offenders who “walk free.
Untested Sexual Assault Kits and Failure to Link Serial Offenders
Untested Sexual Assault Evidence Collection Kits (SAECKs, commonly called rape kits) represent one of the most devastating aspects of the backlog. With over 140,000 DNA cases pending as of late 2025 (many involving rape kits), critical biological evidence degrades or remains archived, preventing links to serial perpetrators. In GBV cases—where 78% of biology unit workloads historically involve sexual assaults—delayed processing means serial rapists continue offending, often escalating violence.
Victims suffer acutely: Many undergo invasive forensic exams post-assault, only for kits to languish untested for months or years, prolonging trauma and denying validation. Forensic delays can stretch up to two years, weakening cases and retraumatizing survivors through uncertainty. This backlog directly enables serial offending; rapid DNA links have stopped perpetrators like Sihle Makaula (linked to multiple rapes, sentenced to four life terms in 2025), but systemic delays allow others to accumulate victims.
Court Delays, Case Dismissals, and Denied Justice
Missing or delayed DNA reports frequently lead to court postponements, withdrawals, or dismissals, with national GBV conviction rates hovering around 8%. In the Western Cape alone, over 200 violent crime cases (including rape and murder) were struck off rolls in late 2022 due to incomplete investigations tied to forensic delays—a pattern persisting into 2025. Victims face repeated court appearances, hostile cross-examinations, and ultimate case collapse, experiencing justice as punishment.
This denial compounds initial trauma: Survivors relive assaults through prolonged proceedings, often without closure. Families endure grief without accountability, while dismissed cases reinforce impunity.
Fragmented Records, Eroded Trust, and Community Trauma
Fragmented criminal records and absent centralized biometrics hinder tracking repeat offenders, compounding backlog effects. Victims lose faith in the system, reducing reporting rates (already low, with ~95% of rapes unreported) and discouraging cooperation. Communities suffer collective trauma: Fear permeates daily life, particularly in high-GBV areas, as offenders reoffend without consequence.
Survivors face secondary victimization—blamed for delays or discouraged from pursuing cases—leading to isolation, mental health crises, and socioeconomic fallout. In essence, forensic backlogs transform victims’ pursuit of justice into enduring suffering. Each delayed kit or unprocessed sample represents not just a statistic, but a life disrupted: prolonged healing, heightened fear, and shattered trust. Addressing this crisis is imperative to prevent further victimization and restore dignity to survivors.
Case Studies: When Forensic Failure Becomes Personal
The people of South Africa continue to suffer profoundly under a criminal justice system in which forensic science and DNA analysis routinely fail to deliver timely, effective justice. These failures are not abstract or technical in nature—they manifest in delayed investigations, collapsed prosecutions, repeat offending, and lifelong trauma for victims and their families. Nowhere is this failure more devastating than in cases of gender-based violence and violent crime, where forensic evidence often represents the sole objective link between perpetrator and offender.
For organisations working at grassroots level, the consequences of these systemic breakdowns are visible every day. GOSA Girls on Fire, through its advocacy, training, and survivor-support networks, encounters first-hand how women are repeatedly failed by delays in DNA analysis, poor evidence handling, and a lack of investigative follow-through. These failures are not theoretical; they are reflected in the lived experiences of the women who stand before us—not as victims alone, but as survivors who have been forced to fight not only their attackers, but the very systems meant to protect them.
The Christa Swart Fighting Spirit Award was established to honour women who demonstrate extraordinary resilience, courage, and determination in the face of violent crime and institutional failure. While the award celebrates strength, it also inadvertently exposes the deep fractures within South Africa’s forensic and justice systems. Many of the women recognised through this platform share a common reality: their cases were hindered, delayed, or fundamentally compromised by forensic and DNA backlogs, lost evidence, or investigative inertia.
This section examines four case studies that illustrate the human cost of forensic failure across different eras and circumstances:
Keshna Schoeman, Winner of the 2023 Christa Swart Fighting Spirit Award
Andy Kawa, Winner of the 2025 Christa Swart Fighting Spirit Award
Allison Botha, Nominee for the 2026 Christa Swart Fighting Spirit Award
Prudence Mabasa, finalist for 2025 Christa Swart Fighting Spirit Award
For GOSA Girls on Fire and me, these ladies are NOT mere numbers!
These cases were selected not to sensationalise violence, but to demonstrate how systemic forensic dysfunction directly impacts survivor outcomes, offender accountability, and public safety. Together, they reveal a troubling pattern: when forensic systems fail, perpetrators remain free, recidivism increases, and survivors are forced to carry the burden of justice alone.
By examining these case studies, this article seeks to move beyond statistics and policy debates, grounding the DNA backlog crisis in lived reality. Each case underscores a critical truth—forensic efficiency is not a technical luxury; it is a moral and societal imperative. Where DNA evidence is delayed, mishandled, or ignored, justice is not merely postponed; it is often permanently denied.
Case Study 1: Keshna Schoeman (Phoenix)
The case involving Keshna Schoeman and the murder of her fiancé, Chad Botha, occurred on October 13, 2022, in Benoni, South Africa. To date there have been no arrests or prosecutions in the murder. Keshna has repeatedly highlighted systemic failures in the investigation, including delays in processing crime scene forensics, which she attributes to under-resourced police and forensic services. She has become a vocal advocate for victims of violent crime, founding initiatives like Ribbons of Justice and associating with groups such as GOSA Girls on Fire and Tac SHAC to raise awareness about GBV, home invasions, and justice delays.
Keshna stated that she and others “found the criminals before the police did,” This aligns with broader criticisms of South Africa’s forensic backlogs, as discussed in parliamentary reports and media, where DNA and evidence processing delays often exceed two years, allowing potential recidivism.
Case Background and Incident Details
The murder took place on Thursday, October 13, 2022, around 7:00 PM at the couple’s home in Northmead, Benoni (Gauteng province). Keshna (then 29) and Chad (29) had recently purchased the property in 2019 and were renovating it. They had just finished laying wooden floors and were relaxing in the lounge when the attack occurred.
Two intruders entered the home through an unlocked door (the couple felt safe in their neighbourhood and often left it open) as the house were behind high walls with razor wire on top. The perpetrators grabbed knives from the kitchen sink and confronted the couple. Keshna screamed, prompting Chad to intervene and shield her. A scuffle ensued, with one attacker pinning Chad down. Keshna pleaded with the intruders to take valuables and leave, but they stole nothing (possibly spooked by her screams). Chad was fatally stabbed in the neck during the struggle. Keshna was stabbed six times (including in her arm and one stab wound narrowly missing her lung) while trying to fight off the attackers by punching one of them. She only realized her injuries after fleeing outside to seek help from neighbours.
Neighbours, Community Policing Forum (CPF) members, SAPS officers, and paramedics responded quickly. Chad was rushed to Netcare Linmed Hospital but sadly succumbed to his injuries. Keshna was treated for her wounds and provided statements to police. The intruders were described as two men (one wearing a blue jacket), who fled by jumping over a wall. No items were taken, suggesting the motive was not robbery but possibly opportunistic violence.
Chad and Keshna had been together for years and were planning their wedding. She described him as her “best friend” and a “kind-hearted” man who loved animals and people. The trauma led to severe PTSD, but Keshna channelled it into advocacy, emphasizing that Chad “saved her life” by protecting her. She has shared her story through interviews, TikTok videos, and X posts to highlight victim rights and systemic failures.
Investigative Failures and Forensics Delays
From the outset, the investigation by Benoni SAPS has been criticized by Keshna for negligence, lack of resources, and delays—issues that mirror national forensic backlogs (e.g., over 140,000 DNA cases pending as of late 2024, with turnaround times often exceeding 24 months due to understaffing, equipment failures, and procurement issues).
Police collected evidence at the scene, including potential DNA from blood, knives, and biological material (e.g., from the struggle). However, Keshna noted in early interviews that forensics labs were “understaffed and underfunded,” overwhelmed with evidence from high crime volumes, leading to delays. No immediate forensic leads (e.g., fingerprints or DNA matches) were reported, and the scene may not have been fully secured or processed promptly, risking contamination.
As of August 2024 (nearly two years post-murder), Keshna publicly stated that crime scene forensics had not been fully processed or acted upon. She accused Benoni SAPS of failing to follow leads, claiming she and others “found the criminals before the police did” through personal efforts (e.g., community tips or private investigations), yet no charges were laid. This ties directly to South Africa’s forensic crisis: Labs like those in Pretoria and Cape Town face backlogs where crime scene samples are archived until “activated” by prosecutors, often waiting years due to resource constraints. In Chad’s case, potential DNA from the knives or blood could link suspects via the National Forensic DNA Database (NFDD), but delays mean no matches or identifications have been confirmed publicly. To date (end of December 2025) some key forensics have not been analysed and Keshna is still getting the run around from Benoni SAPS.
Her case highlights broader systemic failures. Keshna has linked the delays to national issues, such as SAPS underfunding, detective overload (caseloads double the recommended 60), and forensic lab inefficiencies (e.g., expired equipment contracts). In her advocacy, she calls out “lies” and “disgrace” in the system, noting how victims are “broken” by inaction. Parliamentary oversight in 2025 echoed this, urging audits into SAPS forensics amid allegations of mismanagement.
To date, no arrests have been made and no charges have been laid in Keshna Schoeman’s case. Years after the crime was reported, the investigative process remains stalled, emblematic of the broader failures within South Africa’s forensic and criminal justice systems. By December 2025, after repeated attempts to obtain clarity and progress, Keshna once again followed up with the assigned investigating officer. A formal arrangement had been made for the officer to accompany her to the Forensic Science Laboratory in Pretoria, with the explicit purpose of verifying whether her forensic evidence—collected at the time of the offence—was still intact, properly stored, and available for analysis or re-analysis.
Despite the gravity of this step, and the psychological weight it carried for the survivor, the investigating officer failed to arrive. No explanation was provided, and no alternative arrangements were made. This absence was not merely procedural; it represented yet another institutional abandonment of a survivor seeking accountability through lawful channels. The failure to attend the forensic laboratory raised serious and unresolved concerns regarding the chain of custody, the integrity and preservation of critical DNA evidence, and whether that evidence still exists at all.
For Keshna, this moment crystallised the reality that justice was no longer delayed by complexity or workload alone, but by indifference and systemic neglect. Without confirmation that forensic evidence remains viable, the possibility of prosecution diminishes significantly, effectively closing the door on accountability before it ever formally opens. The emotional toll of this uncertainty—compounded by years of waiting, unanswered questions, and administrative silence—illustrates how forensic backlogs and investigative failures retraumatise survivors long after the original violence has occurred.
Keshna’s case underscores a devastating truth: when forensic systems fail to safeguard evidence and investigators fail to follow through, the justice system itself becomes complicit in denying closure, deterrence, and public safety. In such circumstances, perpetrators remain unidentified and free, while survivors are left carrying both the trauma of the crime and the burden of institutional failure.
How Delays Enable Suspects to Remain Free and Potential Recidivism RisksThe lack of processed forensics means no evidentiary basis for arrests, allowing suspects to evade accountability—mirroring national trends where unanalysed DNA lets serial offenders reoffend. In Chad’s case:
Suspects at Large: With no arrests three years on, any identified individuals (per Keshna’s claims) remain free, posing risks to the community. South Africa’s recidivism rates (55–95%) are high, and delays prevent NFDD hits that could link them to other crimes.
Impact on Keshna and Victims: She has expressed frustration over “failed” justice, tying it to broader GBV and murder epidemics. Delays prolong her trauma, deny closure, and fuel her advocacy for reforms like better forensics funding.
Broader Implications: Cases like this contribute to eroded public trust in SAPS, with victims feeling abandoned. If forensics were processed timely (ideal turnaround: weeks), matches could lead to swift arrests, reducing recidivism windows.
Case Study 2: Andy Kawa’s Case: Delays in DNA Analysis and Links to Recidivism
Andy Kawa, a prominent South African businesswoman, gender-based violence (GBV) activist, and founder of initiatives like the Andy Kawa Foundation, endured a horrific ordeal on December 9, 2010, that exemplifies the devastating consequences of forensic delays in South Africa’s criminal justice system. Her case highlights how prolonged inaction on DNA evidence not only denies justice to survivors but also enables perpetrators to remain free, potentially reoffend, and perpetuate cycles of crime.
On the evening of December 9, 2010, Kawa was visiting Gqeberha (formerly Port Elizabeth) for a business meeting. After the event, she decided to take a walk along King’s Beach in Summerstrand to reflect. Around 7:30 PM, she was approached by a man who initially seemed non-threatening but quickly turned violent. He assaulted her with fists, threatened her with a knife and a broken beer bottle, robbed her of valuables (including a diamond ring, bracelet, sunglasses, and cellular phone), and kidnapped her. Over the next 15 hours, she was held captive in nearby bushes and repeatedly raped—eight times, according to court findings. Kawa managed to escape the following morning and reported the crime at Humewood Police Station, where a forensic examination was conducted, and a rape kit was collected, including DNA samples from semen and other biological evidence.
The attack left her with physical injuries, severe psychological trauma, and a lifelong commitment to advocating for GBV survivors
The South African Police Service (SAPS) investigation was marred by negligence from the outset, leading to a 13-year delay in identifying and prosecuting the perpetrator. Key failures included:
Inadequate Crime Scene Processing: Despite Kawa providing detailed descriptions and leading police back to the scene, officers failed to conduct a thorough search. They did not deploy sniffer dogs, forensic teams, or even basic evidence collection methods promptly. Items like her discarded clothing and potential DNA traces (e.g., from the perpetrator’s semen on the ground) were overlooked or contaminated.
The rape kit was collected immediately after the report, but it sat unprocessed or unmatched in the system for over a decade. South Africa’s forensic labs, plagued by backlogs (e.g., over 200,000 cases in 2021, including DNA-related ones), prioritized other matters. Under the Criminal Law (Forensic Procedures) Amendment Act of 2013 (DNA Act), routine DNA uploads to the National Forensic DNA Database (NFDD) should have flagged matches, but implementation delays and resource shortages meant Kawa’s evidence wasn’t actively compared until years later.
Police dismissed Kawa’s leads, such as reports of suspicious individuals in the area, and failed to follow up on potential witnesses. The case went cold, with no arrests until 2020. Kawa sued SAPS for negligence, winning a landmark R25.9 million in damages from the Constitutional Court in 2025 (upheld after appeals), citing violations of her constitutional rights to dignity, security, and equality. The court criticized SAPS for “gross negligence” in investigation, including not utilizing available DNA technology effectively.
These delays were not isolated; they reflect chronic issues in SAPS forensics, such as understaffing, equipment breakdowns, and procurement failures, which inflated DNA backlogs to 141,000 cases by late 2024.
The perpetrator, Moses Gqesha (born around 1980, aged 45 at conviction), was finally identified in 2020—not through proactive investigation of Kawa’s case, but via a routine DNA match from an unrelated arrest. Gqesha had a prior criminal record dating back to 1993, including convictions for housebreaking, theft, and possession of drugs. These offenses indicate a pattern of property crimes and substance abuse issues predating the 2010 rape.
In 2020, Gqesha was arrested for theft involving a stolen lawn mower. As per the DNA Act, a buccal swab was taken during this arrest and uploaded to the NFDD. This sample matched the DNA from Kawa’s 2010 rape kit, leading to his charging in her case. He was indicted on 12 counts: kidnapping (10 years), robbery with aggravating circumstances (15 years), assault with intent to cause grievous bodily harm (3 years), theft (6 years), and eight counts of rape (each life imprisonment). During the trial in the Eastern Cape High Court (Gqeberha) in early 2025, Gqesha denied all charges except theft, claiming the encounter was consensual—a defense rejected by the court. He was convicted on March 26, 2025, and sentenced on May 15, 2025, to eight life terms plus 34 years, effectively ensuring he dies in prison.
The trial faced multiple delays, including Gqesha’s claims of illness, further prolonging Kawa’s trauma.
No public records indicate Gqesha committed additional sexual offenses between 2010 and 2020, but his 2020 theft arrest confirms ongoing criminal activity. Searches for further priors post-2010 yield no additional details, suggesting his record primarily involves property crimes, though the rape fits a potential escalation.
The 10-year gap between the 2010 rape and Gqesha’s 2020 DNA match exemplifies how forensic delays enable recidivism:
Had the DNA from Kawa’s kit been promptly uploaded and compared (possible under pre-2013 protocols or accelerated post-DNA Act), Gqesha could have been identified earlier. Instead, he remained free, committing at least the 2020 theft—a clear act of recidivism. His pre-2010 record (from 1993) shows a habitual offender pattern; the delay allowed this to continue unchecked.
In South Africa, where recidivism rates hover at 55–95%, forensic delays like this prevent early intervention. Gqesha’s freedom meant potential risks to society; while no other rapes are linked, the theft indicates he didn’t reform. Kawa herself noted in interviews that the delay “allowed a dangerous man to walk free,” potentially endangering others.
For Kawa, the delay meant 15 years of advocacy amid personal suffering, including PTSD and a sense of abandonment by the system. It fuelled her activism but also highlighted how delays embolden offenders, eroding deterrence and public trust.
In essence, the DNA delay didn’t just postpone justice—it facilitated Gqesha’s continued criminality, underscoring the need for forensic reforms.
Case Study 3: Alison Botha’s Case
Alison Botha (née Collier at the time) is one of South Africa’s most renowned GBV survivors, whose 1994 attack by Frans du Toit and Theuns Kruger exposed flaws in bail systems and recidivism risks. The case illustrates how granting bail to high-risk offenders allows escalation, leading to near-fatal violence.
On December 18, 1994, in Gqeberha, 27-year-old Botha was abducted from her car outside her apartment by du Toit (then 26) and Kruger (then 19). They drove her to a remote beach area, where they raped her, stabbed her over 30 times in the abdomen (disembowelling her), and slashed her throat 16 times. Believing her dead, they left. Miraculously, Botha survived by holding her intestines in place and crawling to a road, where she was rescued. She identified her attackers from hospital photos and testified against them, leading to their 1995 conviction on charges of abduction, rape, and attempted murder. Botha later became a motivational speaker, authoring “I Have Life” (1998) and inspiring a documentary.
Her survival story emphasizes resilience but also systemic failures.
The Perpetrators: Frans du Toit and Theuns Kruger’s Backgrounds
Frans du Toit: Born into poverty in Bloemfontein, du Toit endured severe childhood abuse (physical and sexual) from his father and others, fostering addiction (drugs, alcohol) and psychopathy. He joined the military at 17, serving in elite units, but was dishonourably discharged for misconduct. By his early 20s, he was a serial rapist, admitting to raping women since age 15, targeting vulnerable victims (e.g., sex workers) unlikely to report. He exhibited narcissistic traits, boasting of his crimes and gang status (as a “Koning” in the 28s prison gang). Psychological assessments post-conviction diagnosed him as a psychopath and narcissist, with no genuine remorse—he justified attacks as “beneficial” (e.g., claiming Botha’s survival raised rape awareness) and stated he would have continued raping/murdering if not caught.
Theuns Kruger: Less detailed in records, but diagnosed with borderline personality disorder and antisocial personality disorder. He met du Toit in prison (prior to 1994) or through shared criminal circles, bonding over deviant behaviours. Kruger participated equally in the attacks, showing similar lack of empathy.
The duo met in the early 1990s, possibly through mutual acquaintances in Gqeberha’s underworld, and formed a predatory partnership.
Before attacking Botha, du Toit and Kruger had abducted and raped two other women in late 1994—one of whom was pregnant. They were arrested for these crimes but released on bail shortly before the Botha assault. This bail decision—despite their high-risk profiles—allowed them to remain free and escalate to attempted murder. The pregnant victim’s rape involved similar tactics: abduction, sexual violence, and intimidation. Bail was granted under then-prevailing laws, which critics argue undervalued victim safety and offender risks. This oversight enabled the Botha attack just weeks later.
They were sentenced to life in 1995 but paroled in July 2023 after 28 years, despite psychological reports warning of “significant long-term risk to females.” Parole was revoked on February 4, 2025, by Minister Pieter Groenewald, citing inadequate victim consultation and risks. Botha declined offender dialogues, but parole boards overlooked 20 of 22 risk factors (e.g., lack of remorse, deception).
Granting bail to du Toit and Kruger directly facilitated recidivism: Released after raping the pregnant woman and another victim, they immediately targeted Botha, escalating from rape to attempted murder. This pattern aligns with serial offender behaviour, where bail enables progression. Botha suffered lifelong physical scars (e.g., infertility from stabbings) and PTSD, but her advocacy has saved lives by raising awareness. The case spurred calls for stricter bail laws for sexual offenders, highlighting how systemic leniency endangers society. Recidivism risks remain high: Assessments predict du Toit could reoffend, justifying parole revocation
Case Study 4: Prudence Mabasa
Prudence Mabasa, a rape survivor from South Africa, has become a symbol of resilience and advocacy amid the country’s ongoing crisis in handling gender-based violence (GBV) cases. Her experience highlights the pervasive issues within the South African Police Service (SAPS) and forensic systems, including administrative errors, communication failures, and chronic backlogs in DNA analysis. Despite promptly reporting her assault and the assailant’s easy identification, Mabasa’s case has been stalled for over five years due to mishandling of her rape kit. As of the end of December 2025, she has received no updates on the forensic processing, underscoring broader systemic flaws that prolong victim trauma and allow perpetrators to evade full accountability. Mabasa’s story, featured in media like the Daily Maverick in 2023, illustrates how such delays contribute to eroded trust in the justice system and potential risks of recidivism.
On November 27, 2020, Prudence Mabasa was raped at a lodge in Maunanzhele, Louis Trichardt (now Makhado), Limpopo province. The assault occurred in the morning while she was a guest at the lodge. Demonstrating remarkable strength, Mabasa travelled back to her home area in Brakpan, Gauteng, on the same day and reported the crime to the local SAPS station. The assailant was quickly identified as an employee at the lodge, providing what should have been a straightforward path to prosecution. A rape kit was collected during her medical examination, including crucial DNA evidence to corroborate her account and link the perpetrator to the crime.
Mabasa’s case unfolded with initial progress but quickly devolved into a series of delays and oversights. The following streamlined timeline captures key milestones, based on her documented follow-ups and interactions with authorities (corrected dates as per direct information from Prudence):
November 27, 2020: Rape incident occurs in the morning at the lodge in Maunanzhele, Louis Trichardt. Mabasa reports the assault and opens a case at Brakpan SAPS in the afternoon. A rape kit is collected as part of the forensic examination.
December 2, 2020: Case transferred to Makhado Family Violence, Child Protection, and Sexual Offences (FCS) Unit in Limpopo for investigation, as the crime occurred in their jurisdiction.
December 11, 2020: The suspect is arrested, facilitated by his easy identification as a lodge employee.
January 28, 2021: Mabasa makes her first inquiry about the status of her rape kit, initiating a pattern of repeated follow-ups due to lack of proactive communication from authorities.
March 3, 2021: The investigating officer (Warrant Officer) requests assistance to track down the rape kit. Mabasa follows up with Brakpan SAPS FCS on the same day to aid in locating it.
April 15, 2021: Rape kit is finally located and sent to the forensic laboratory for analysis. However, Mabasa learns that the kit had been returned earlier due to incorrect case numbers. It is then handed to another person to correct the errors and resend it to forensics, with assurances that she would be contacted.
May 25, 2021: The case is provisionally withdrawn pending DNA results from the rape kit. Mabasa discovers—without formal notification—that the perpetrator has been released on bail, adding to her distress and sense of insecurity.
Post-May 2021 to December 2025: No further updates on the rape kit’s status or forensic results. Mabasa continues to follow up without response, leaving the case in limbo. As of the end of December 2025, the kit’s processing remains unresolved, with no court date set and the perpetrator potentially free to reoffend.
This timeline reveals a case that started with swift action (arrest within two weeks) but was derailed by bureaucratic hurdles, reflecting common issues in South Africa’s forensic system.
Mabasa’s pursuit of justice has been hampered by multiple systemic failures:
Administrative Errors: The rape kit’s return due to wrong case numbers exemplifies common mishandling in evidence transfer between stations and labs, often stemming from poor record-keeping and inter-jurisdictional coordination.
Lack of Communication: Despite Mabasa’s proactive efforts—repeatedly contacting officers—she received no updates after the kit was reassigned for correction. This lack of follow-through violates common victim rights practices and exacerbates emotional trauma.
Forensic Backlogs: The case aligns with broader issues in SAPS forensics, where DNA processing delays (often 6–24 months or longer) are caused by lab overloads, equipment failures, and staffing shortages. In 2021, national backlogs exceeded 200,000 cases, including many GBV-related kits, delaying prosecutions and allowing bail releases.
Victim-Led Follow-Ups: Mabasa’s need to drive the investigation herself highlights how survivors are burdened with advocacy, diverting from healing and potentially deterring others from reporting.
These delays are not isolated; similar cases in Limpopo and Gauteng provinces have been criticized in parliamentary reports for contributing to low conviction rates (around 8–10% for rape) and high recidivism risks. The prolonged delays have had devastating effects on Mabasa:
Personal Trauma: Waiting over five years without resolution has intensified her psychological distress, turning her into an advocate but at great personal cost. She has spoken publicly about the frustration of “serving with love” despite the pain, using her story to support other survivors.
Risk to Public Safety: The perpetrator’s release on bail without formal victim notification raises concerns about recidivism. With no DNA results to strengthen the case, he remains free, potentially endangering others—a common outcome in delayed GBV prosecutions.
Broader Implications: Mabasa’s case exemplifies how forensic inefficiencies erode trust in the justice system, contributing to underreporting of rape (estimated 90% unreported in South Africa). It has fueled calls for reforms, including better tracking systems for evidence and mandatory updates for victims.
Advocacy and Resilience: By 2023, Mabasa had channelled her experience into community service, as profiled in media, emphasizing empowerment and support for GBV victims. As of December 2025, no trial has occurred, and the case remains provisionally withdrawn, with ongoing advocacy for accountability.
Prudence Mabasa’s case is a stark illustration of how administrative and forensic delays in South Africa’s justice system deny survivors closure and perpetuate cycles of violence. Despite an identifiable perpetrator and timely reporting, errors and backlogs have stalled progress for over five years. This underscores the urgent need for systemic reforms, such as digitized evidence tracking, increased lab capacity, and victim-centered communication, to ensure timely justice and prevent similar ordeals. Mabasa’s story, while tragic, inspires through her commitment to helping others,
Conclusion and Recommendations: DNA Reform as Violence Prevention
South Africa’s DNA backlog is not merely an administrative failure—it is a systemic enabler of violence. Delayed forensic analysis directly undermines the investigation and prosecution of gender-based violence (GBV), rape, murder, and femicide, allowing offenders to remain at large and, in many cases, to reoffend. The consequence is a justice system that inadvertently prioritises perpetrators’ freedom over victims’ safety.
While oversight bodies such as the National Forensic Oversight and Ethics Board and technological tools like the GSPS demonstrate that improvement is possible, these gains remain fragile and inconsistent. Chronic underfunding, infrastructure decay, procurement failures, leadership instability, and poor inter-agency coordination continue to sabotage forensic functionality. As demonstrated through survivor case studies, these failures are not abstract—they carry devastating human costs. Delayed or lost evidence retraumatises victims, collapses prosecutions, and leaves families and communities exposed to repeat violence.
Without urgent, structural reform, DNA evidence will continue to sit unprocessed while perpetrators continue to move freely through society. Forensic inefficiency has thus become a public safety crisis. Policymakers must recognise forensic capacity not as a peripheral technical service, but as a cornerstone of crime prevention, survivor protection, and constitutional justice.
Recommendations: Linking Forensic Reform to GBV, Murder, and Serial-Offender Outcomes
To break the cycle of violence, recidivism, and impunity, the following reforms are essential:
- Uniform Definition of Recidivism
A nationally enforced, standardised definition of recidivism—specifically encompassing GBV, rape, attempted murder, femicide, and murder—must be adopted across SAPS, forensic laboratories, courts, and correctional services. Impact: Enables early identification and flagging of repeat offenders, allowing investigators to link crimes faster and prevent escalation. - Centralised, Digitised Biometric Databank
South Africa must integrate DNA profiles, fingerprints, and biometric identifiers into a single, secure, centralised system. Impact: Links offenders across cases and provinces, exposes serial perpetrators, and strengthens prosecutions in GBV and murder cases where offenders rely on anonymity and system fragmentation. - Forensic Triage for Violent Crimes
DNA samples linked to GBV, rape, attempted murder, child abuse, and homicide must be prioritised through a formal triage protocol. Impact: Ensures that the most dangerous offenders are identified first, reducing opportunities for repeat violence and femicide. - High-Throughput Forensic Technology
Investment in high-throughput DNA analysis and automation is critical to reduce turnaround times. Impact: Rapid DNA results disrupt serial offending patterns, enable early arrests, and increase conviction rates before offenders can strike again. - Strengthened Communication Between Laboratories and Investigators
Formalised, accountable communication channels must exist between forensic laboratories and investigating officers, with survivor-centred reporting protocols. Impact: Prevents evidence from being lost, ignored, or delayed; improves case progression; and reduces re-traumatisation of survivors forced to repeatedly follow up on stalled investigations. - Private Partnerships and Sustainable Maintenance Funding
Strategic partnerships with accredited private laboratories, alongside ring-fenced funding for equipment maintenance and consumables, must be implemented. Impact: Prevents laboratory shutdowns, backlog surges, and costly system collapses—ensuring continuous forensic functionality in GBV and murder cases.
Each of these recommendations directly contributes to reducing recidivism, improving conviction rates, and preventing repeat GBV, murder, and serial violence.
Final Conclusion: DNA Reform as a Life-Saving Intervention
Forensic DNA reform is not a technical upgrade—it is violence prevention policy. Every untested rape kit represents a window of opportunity for an offender to harm again. Every dysfunctional laboratory sends a message that accountability is negotiable.
By implementing comprehensive forensic reforms, South Africa can:
• Reduce GBV, femicide, and murder
• Disrupt serial-offender networks
• Restore public trust in the criminal justice system
• Deliver timely justice and closure to survivors and families
When evidence waits, violence walks free. Addressing the DNA backlog is not optional—it is life-saving, justice-restoring, and constitutionally imperative.
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