The FBO Permit as a Catalyst for Logistic Restructuring
On August 12, 2026, the Infocomm Media Development Authority (IMDA) of Singapore granted Keppel Kruger Holdings Pte. Ltd., a subsidiary of Keppel Ltd., a Facilities-Based Operator (FBO) permit, allowing the company to own, operate, and maintain telecommunications infrastructure within the country. This is not just an administrative authorization; it represents the necessary condition to launch the Kruger Cable System, an undersea cable designed to connect Singapore to Salalah (Oman), with branches serving Bangladesh and India. The permit has made Keppel’s strategic investment in a direct network between South Asia and the Middle East operational, bypassing traditional nodes in the Pacific and Atlantic.
The planned route for Kruger extends for approximately 6,500 km, starting from Tuas – one of Singapore’s main port areas – where the cable will land in the same manhole used by the Bifrost system, developed in collaboration with Meta and Telin. The use of existing infrastructure reduces installation costs and accelerates the deployment of the project. From an operational standpoint, the FBO permit allows Keppel to offer direct services between the countries involved without having to go through third-party operators or intermediate infrastructure subject to external regulation.
Physical Architecture and Strategic Redundancy
The Kruger Cable System is designed with an estimated transmission capacity of 10 Tbit/s, using wavelength division multiplexing (WDM) technology and single-mode optical fibers. Its physical structure includes two main trunks: one between Singapore and Salalah, the other with branches to Chennai and Hyderabad (India), Machilipatnam (India), and Dhaka (Bangladesh). This configuration allows direct data traffic between the data centers of the Indian subcontinent and those in the Persian Gulf, reducing the average transit time from approximately 180 ms to less than 90 ms compared to routes via SEA-ME-WE 6.
The Tuas node is crucial: not only does it host the cable’s entry point, but it also features an active cooling system and battery backup power that ensures continuous operation even during outages of the main network. On-site repair capabilities are limited: most repairs require specialized ships, with an estimated average response time of 7 to 14 days depending on the location of the fault. This represents a structural limitation that influences routing choices for critical data.
Who bears the cost, who benefits?
Keppel has announced its intention to mobilize third-party capital through a private infrastructure fund, indicating that the initial Capex estimate for Kruger is $1.8 billion USD. The funding primarily comes from institutional investors with interests in the telecommunications and digital infrastructure sectors. This model reduces the risk for Keppel, but transfers the responsibility of return to the private investor.
The countries involved benefit from increased resilience in data flows: India and Bangladesh can now access real-time cloud and financial services with lower latency, improving the operational efficiency of their banks and digital platforms. Oman, on the other hand, positions itself as a regional hub for traffic between South Asia and the Middle East, increasing its attractiveness to data center operators. However, local networks in Bangladesh and India are not yet sufficiently developed to fully exploit the capacity of the cable: the real effect will only be visible when internal terrestrial connections are completed.
Trajectory and Structural Limit
The actual commissioning of Kruger is expected by 2028, with a trial period that could extend into the first half of 2029. The project represents a turning point in the logic of data flows between Asia and the Middle East: for the first time, the infrastructure was conceived not as an extension of existing networks, but as an autonomous system with direct routes. This reduces dependence on historical maritime hubs – such as Singapore itself or Dubai – which are subject to congestion and geopolitical pressures.
However, the structural limit is represented by the terrestrial network capacity in the intermediate nations. In Bangladesh, for example, the average bandwidth available for data centers remains below 10 Gbps in key urban areas, limiting the efficiency of the submarine cable. The critical data to monitor in the next 12 months is the actual traffic between Dhaka and Salalah: if it exceeds 5 Tbit/s by the end of 2027, Kruger will have reached a significant operational threshold. Otherwise, the investment will remain underutilized.
Photo by william william on Unsplash
⎈ Content autonomously generated by multi-agent AI architectures under Epistemic Safety conditions. Read the Operational Disclaimer.
> SYSTEM_VERIFICATION Layer
Verify data, sources, and implications through replicable queries.