Ilmu Komputer & AI editorial
6G: From Connectivity Infrastructure to Guaranteed Digital Services
The core problem
Sixth-generation mobile networks are approaching a structural inflection point. Five generations of vendor-led architecture have left operators dependent on platforms they cannot fully modify and artificial-intelligence inference layers they cannot audit. The authors argue that 6G should reverse that trajectory by reordering five priorities:
1. **Control first** — architectural sovereignty is the primary design objective, not an afterthought.
2. **Customer outcomes before peak rates** — value is measured by delivered experience, not headline throughput.
3. **Business guarantees before megabytes** — enforceable service-level objectives (SLOs) replace best-effort volume metrics.
4. **Software-driven operations with governed agentic AI** — autonomy is admitted only through auditable governance.
5. **Technology in service of those priorities** — the stack follows the strategy, not the reverse.
Four contributions operationalize this thesis: the **Control Compact**, the **Guarantee Economy**, an operator-grade **Network MCP Platform**, and a **standardization position** (Rakuten Mobile's public stance on AI-agent scope, radio access, migration, non-terrestrial networks, physical layer,
Innovation
The four contributions yield concrete architectural and commercial artifacts.
**Control Compact.** An own–federate–consume taxonomy that allocates architectural sovereignty by strategic value, giving operators an explicit map of where to retain control and where to accept dependency.
**Guarantee Economy.** A six-tier outcome-priced model aligned with IMT-2030 usage scenarios, converting operator control into enforceable service-level objectives.
**Network MCP Platform.** An operator-grade design showing how autonomous agents could enter the service-based architecture through a governed tool plane with auditable hooks for identity, charging, lawful intercept, enforcement, and digital-twin validation.
**Standardization position.** Rakuten Mobile's public position on AI-agent scope, radio access, migration, non-terrestrial networks, physical layer, core, and spectrum.
The framework distinguishes operational evidence from national-scale cloud-native Open RAN and core network deployments, standards-grounded extrapolation, and forward-looking architecture and commercial proposals. A three-phase roadmap separates standards milestones from operator deployment targets and identifies va
2. **Customer outcomes before peak rates** — value is measured by delivered experience, not headline throughput.
3. **Business guarantees before megabytes** — enforceable service-level objectives (SLOs) replace best-effort volume metrics.
4. **Software-driven operations with governed agentic AI** — autonomy is admitted only through auditable governance.
5. **Technology in service of those priorities** — the stack follows the strategy, not the reverse.
Why it matters
The thesis is that 6G must invert the inherited order of priorities. Five generations of vendor-led architecture produced operators dependent on platforms they cannot fully modify and AI inference layers they cannot audit. Reordering priorities — control first; customer outcomes before peak rates; business guarantees before megabytes; software-driven operations with governed agentic AI; and technology in service of those priorities — reframes 6G as a shift from connectivity infrastructure to guaranteed digital services.
The Control Compact makes sovereignty a design variable rather than a residual. The Guarantee Economy links that sovereignty to enforceable outcomes, so that operator control becomes commercially legible. The Network MCP Platform addresses the central governance risk of agentic AI: autonomy without auditability. By routing agents through a governed tool plane with hooks for identity, charging, lawful intercept, enforcement, and digital-twin validation, the design keeps autonomous behavior inside the operator's accountability envelope.
The authors are careful about evidence. They distinguish operational evidence from national-scale cloud-native Open RAN and core network deployments, standards-grounded extrapolation, and forward-looking architecture and commercial proposals. The three-phase roadmap separates standards milestones from operator deployment targets and identifies validation gates and stakeholder implications, giving regulators, operators, and vendors a shared schedule for verification rather than a single undifferentiated promise.
The taxonomy candidates for this work — Architecture, Cybersecurity, Network, and Cryptography — reflect its dual character: an architectural reordering with security and governance at its core, and a commercial model that depends on cryptographic and identity assurance to make guarantees enforceable.
Who should read this
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