Construction projects are inherently complex, involving multiple stakeholders, long timelines, and significant financial investments. Despite advances in project management methodologies, inefficiencies such as delays, cost overruns, and quality shortfalls remain prevalent. These challenges are often linked to inadequate risk allocation, poor contract structuring, and limited mechanisms for real-time performance monitoring. The result is diminished delivery efficiency, weakened stakeholder collaboration, and compromised sustainability outcomes, which collectively undermine the long-term resilience of construction projects. Effective risk allocation frameworks ensure that risks are assigned to the parties best positioned to manage them, reducing disputes and enhancing project predictability. When integrated with performance monitoring systems, these frameworks create feedback loops that allow for timely identification of bottlenecks, deviations, or noncompliance with sustainability goals. Leveraging digital tools such as data-driven dashboards, Building Information Modeling (BIM), and Internet of Things (IoT)-enabled sensors further strengthens transparency and accountability across construction lifecycles. Performance monitoring frameworks that incorporate sustainability indicators such as resource efficiency, carbon footprint, and waste minimization extend the value of contracts beyond financial and schedule performance. This holistic approach aligns with international calls for greener infrastructure while ensuring that contractors, clients, and regulators operate under shared benchmarks. Furthermore, the integration of risk allocation with performance-based incentives encourages collaborative contracting, reduces adversarial disputes, and fosters continuous improvement in project delivery. This article explores the design and application of risk allocation and performance monitoring frameworks in construction contracts. It analyzes their role in enhancing project delivery efficiency, minimizing disputes, and embedding sustainability as a core performance outcome in modern construction projects.