- All Foundries
- 商品管理と取引
- 顧客とマーケティング戦略
- デジタルエンジニアリング
- ステーション・スタジオ
- サプライチェーン＆インダストリー5.0
- サステナビリティ
- Physical AI
- Next-Gen Infrastructure
Cloud-Native OSS/BSS & legacy modernization
Telcos are operating multiple generations of OSS and BSS, duplicated data flows and tightly coupled processes. That complexity raises the cost of every launch, slows service and partner activation, and keeps scarce teams focused on maintaining the past. The challenge is to simplify the operating core without interrupting the services customers rely on.
Consolidate duplicated capabilities, reduce custom integration and direct investment toward services that create value.
Connect catalog, order, orchestration, assurance and charging processes so new propositions move from design to live operation with fewer handoffs.
Create consistent data flows and observability across customer, service and resource layers so teams can identify issues earlier and act with clearer context.
Make trusted operational data and modular workflows available for automation, prediction and decision support while preserving human accountability.
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Map cost, operational risk, technical debt and growth priorities into sequenced modernization waves. Each wave has a clear outcome, dependency plan and retirement target.
Connect ingestion, operational data and assurance signals so network and service teams work from consistent context, with a foundation that can support future automation.
Evolve inventory, fulfillment, orchestration, assurance and charging as modular capabilities, using open integration patterns to reduce lock-in and make change easier to govern.
Embed CI/CD, testing, security, observability and lifecycle automation so platform and service changes can move safely from development into operations.
Plan parallel operation, data migration, cutover and decommissioning around live-service risk. The objective is not simply to add a new layer, but to switch off cost and complexity.
In one OSS transformation programme, a telecom organization began replacing a widely deployed legacy platform with a modular stack spanning data ingestion, assurance, process automation, multidomain service orchestration and resource inventory. The programme positioned the data layer as the first enabler for observability and reported 50% cost savings on new projects.
50% cost savings on new projects, subject to confirmation of scope, baseline, methodology and publication approval.
A controlled path to remove an incumbent platform rather than carrying old and new estates indefinitely.
A shared data foundation supports observability across performance, faults, services and resources.
The target architecture creates a base for energy monitoring, zero-touch service operations, edge monitoring and more automated assurance.
Start the conversation about the modernization that funds what comes next.
