Developing economies frequently attribute macroeconomic instability and infrastructure deficits to natural resource scarcity. This study evaluates that claim in Pakistan by comparing physical resource endowments with actual developmental outcomes across three core sectors: energy, water, and human capital. We combine political economy frameworks—specifically institutional quality, contractual lock-in, and common-pool resources—with practical software and data engineering perspectives, including automated metering, telemetry, and open digital infrastructure. In the energy sector, although the Thar coalfield holds 175.5 billion tonnes of in-situ lignite, commercially proven measured deposits stand at only 2.70 billion tonnes. Meanwhile, rigid take-or-pay sovereign contracts have pushed annual capacity payments past Rs 2.18 trillion, driving total energy circular debt to Rs 5.286 trillion. In the water sector, the 16.2 million hectare Indus Basin Irrigation System delivers over 90% of national food production but maintains live reservoir storage of merely 13.168 million acre-feet (MAF)—a 30-day carryover buffer compared to 120—220 days in India and 1,000 days in Egypt—worsened by 64% canal conveyance losses. Demographically, 67% of Pakistan's 241.49 million citizens are under age 30, but sovereign debt servicing absorbs 81% of net federal tax revenues, crowding out human capital investments. We formulate a practical, quad-pillar governance model: centralized public execution dashboards, independent forensic audits of sovereign power contracts, real-time smart-meter telemetry for feeders and canal headworks, and regulatory facilitation for digital service exporters. Institutional transparency and verifiable data accountability are the essential preconditions for sustainable economic stability.