Multinational companies (MNEs) are challenged increasingly by the requirement to report under multiple accounting frameworks like US GAAP, IFRS, and local GAAPs. ERP systems based on traditional architecture are incapable of providing harmonized and compliant reporting under this multiplicity of environments. Oracle Accounting Hub Cloud Service (AHCS) is a traditional, centralized accounting solution that consolidates disparate source systems to process parallel accounting treatments under a range of GAAPs. The paper discusses the architecture capabilities, compliance attributes, and strategic benefits of Oracle AHCS through in-depth analysis and a case study of its real-world implementation at A Life Sciences company. The findings suggest that AHCS improves auditability, minimizes close cycles, ensures precision, and supports geographies with scalable accounting efficiently.

Energy efficiency is becoming an increasingly important consideration in the design of satellite communication systems. With the rapid expansion of satellite constellations and the ever-growing demand for high-performance communication services, the need for energy-efficient satellite systems has never been greater. This review aims to analyze the key components and strategies for energy-efficient design in satellite communication systems, considering various technological innovations and approaches in the field. The paper examines the role of power consumption in different segments of satellite systems, including ground stations, on-board payloads, communication links, and satellite architectures. Furthermore, we explore optimization techniques, such as adaptive power control, power-efficient coding, and the integration of renewable energy sources, to reduce energy consumption. We also discuss the environmental and economic impacts of energy efficiency improvements and propose recommendations for future developments in this area.

Forcados-Yokri field is situated in Burutu area of Delta State. Its a large oil and gas province holding large volume of recoverable hydrocarbon. A Geological redevelopment was done to harness the abundant gas contained in it. There is urgent need for Nigeria to shift to cleaner source of alternative energy and reduce its carbon footprint, thus, the block was re-evaluated and re-developed for this gas deposit. The field was thus initiated to supplement gas production for domestic reserve and enhance the industrialization of the region and the country. The field has an expected STOIIP and GIIP (AG + NAG) of 2878 MMstb oil and 2298.7 Bscf of gas respectively. Cluster Jackets, 18" x 5.5km Oil Pipeline  12" x 6.4km Gas Pipeline, 33KV Power Cable Back-up, 8" Gas lift line (North Bank Gas Plant-Yokri Flowstation), new cluster jackets, 33kV Cable from North Bank Manifold, 700V Power Control Cable Ring were connected to the main Pipeline Phase 1. More importantly, 6" South Bank to Forcados Terminal fuel gas back-up Line, 8 km and 6“ flow line were also connected to slug catcher at North Bank Gas Processing Facilities with the existing Associated Gas facilities at the CPF. Findings revealed feasible environmental space for gas production with phytoplankton distribution of Bacillariophyceae 52%, Cyanophyceae 33%, Euglenophyceae 7%, Dinophycea 5%, Chlorophyceae 3% with the zooplankton belonged to six (6) taxa; Copepoda, Hydrozoa, Mollusc larvae, Decapod larvae, Rotifera, and Chaetognatha. The study concluded the feasibility and viability of producing the hydrocarbon content of about 291MMstb of oil and 94 bscf of gas in the block area under the prevailing environmental condition.