ALGORITHMIC ACCOUNTABILITY IN PAKISTAN: CONSTITUTIONAL CHALLENGES TO AUTOMATED DECISION-MAKING AND THE PRESERVATION OF DUE PROCESS
Keywords:
Algorithmic accountability, Automated decision-making (ADM), Due process Article 10-A (Pakistan), Explainable AI (XAI), Data-protection law Pakistan, AI governance & oversightAbstract
Pakistan’s rapid deployment of automated decision-making (ADM) architectures, from NADRA’s biometric vetting and FBR’s risk-profiling engines to Safe-City predictive-policing platforms, has shifted administrative discretion from public officials to opaque statistical models. This research article interrogates, through a qualitative doctrinal method, whether such deployments withstand the procedural safeguards embedded in Article 10-A of the Constitution, the General Clauses Act 1897 s 24-A, and allied jurisprudence that prizes “reasoned orders” over inscrutable outputs. Drawing upon newly compiled case studies, field interviews, and forensic code audits, we expose three systemic deficits: first, algorithmic opacity frustrates the judicial requirement for intelligible reasons; second, liability for erroneous machine judgements remains unassigned within PECA 2016 and successive Data-Protection Bills; and third, the resultant evidentiary vacuum dilutes courts’ power of judicial review and threatens the rule-of-law architecture. To redress these deficits, we formulate a context-sensitive accountability standard that couples ex-ante algorithmic impact assessments with an ex-post “right to explanation,” harmonizing Pakistani administrative law with comparative best practices under the GDPR. We further propose a statutory mandate for an independent Algorithmic Audit Commission equipped to certify explainable AI systems prior to public procurement. Our findings demonstrate that constitutional due process in the twenty-first century is inseparable from algorithmic process, and that without transparency, efficiency gains purchased through ADM will remain constitutionally, deeply, and democratically infirm.
Downloads
Published
Issue
Section
License

This work is licensed under a Creative Commons Attribution-NonCommercial-NoDerivatives 4.0 International License.











