Examining 4IR Integration in SAPS: Impacts on Public Safety, Community Trust and Law Enforcement Effectiveness

Introduction: The SAPS is confronted with the urgent
need to adapt to the 4IR era, characterized by
technological advancements and evolving crime dynamics. The SAPS must address
the challenges of high crime rates, resource constraints, data management, and the
rise of cybercrime, while simultaneously leveraging opportunities for 4IR technologies like predictive policing, body-worn cameras, real-time data sharing, drones, facial recognition, and digital evidence management. An effective strategy must be devised to harness these opportunities and mitigate the challenges to ensure public safety and community trust in a rapidly changing law enforcement landscape.

Goals and Methods: The purpose of the study is to conduct a Qualitative Evidence
Synthesis (QES) to examine 4IR integration in the SAPS and the impacts on public safety, community trust, and law enforcement effectiveness. The research philosophy is interpretivism and researcher applied inductive reasoning. A qualitative meta-synthesis was undertaken according to the PICO framework to examine the primary question and the 4IR integration in the SAPS by evaluating current approaches. Data was extracted from multiple qualitative studies using Human Capital Theory (HCT) and Dynamic Capabilities Theory (DCT), with a proposed dual approach involving Local Citation Network and Bibliometric Analysis, and also critically appraised through CASP. Thematic analysis using COSTAQDA cloud-based software was performed, and theme development, synthesis, and interpretation aligned with CASP. Ethical approval was not required as literature already met the criterion.

Results: The significance of this study is multifaceted and extends to various
stakeholders, including SAPS, government, law enforcement agencies,
policymakers, researchers, and general public.

Conclusion: An integrated model for implementation is recommended, namely
Dynamic Policing in the Digital Age (DPDA), combining the principles of HCT and DCT.