Your product on Japan's carrier networks

Carriers evaluate products against event volumes, network availability, subscriber-data controls and existing operations. We help vendors test integrations and capacity, identify technical requirements and coordinate Japanese sales and support.

// The demand

What Japanese telecom buyers demand

01 /

Network and subscriber events

Set throughput, acceptable delay and retention requirements using representative traffic and subscriber events.

02 /

Billing and revenue analysis

Test how the application identifies missing, duplicate or inconsistent billing events, and how staff investigate findings.

03 /

Billing-system integration

Confirm supported interfaces, source overhead, reconciliation and recovery for the proposed data pipeline.

04 /

Network equipment and firmware

Validate model, firmware and support information for routers, base-station equipment and other network assets.

05 /

Capacity during traffic peaks

Measure compute, memory and storage under expected peaks, with approved scaling limits and rollback procedures.

06 /

Subscriber-facing email

Identify legitimate subscriber-notification senders and test authentication changes before DMARC enforcement.

// Products and integration

Products and components to evaluate

Real-time data platform

Evaluate SingleStore analytics on network, billing and subscriber data. Test freshness, permissions, query performance and operating work using the proposed dataset.

Systems-of-record ingestion

SingleStore Flow can bring billing, subscriber and business-system records into the analytics environment through batch transfers or supported CDC connectors. Confirm source versions, permissions and the service’s processing location.

Streaming integration

Evaluate Striim CDC for changes from network, billing and subscriber systems. Confirm supported versions, end-to-end latency, source overhead and recovery.

Device risk intelligence

Match device inventory against DeviceTotal intelligence. Validate model, firmware and applicable vulnerabilities, and investigate unidentified assets.

AIOps and GPU scaling

Evaluate ProphetStor resource allocation against forecasts for network, billing and subscriber workloads. Compare measured performance and cost with the baseline.

Email authentication

Use Valimail to manage sending services and DMARC for the protected domain. Check BIMI display against each receiving service’s conditions.

AI and model routing

Test anomaly detection and traffic forecasts using approved network data. Review subscriber information, processing locations and access before calling an external model service.

// Architecture

Reference architecture for telecom

How the vendor and open-source pieces fit together in a production stack for a carrier or network operator.

Treat this as an indicative reference architecture rather than a fixed blueprint. The components shown are examples, and the real stack depends on the vendors and systems each institution runs. It can be extended or swapped as needed.

Systems of record & feeds

Source systems include network events, call-detail records, OSS/BSS, subscriber systems and CRM.

RAN / core network

src.ran+core

CDR (call detail records)

src.cdr

OSS / BSS

src.oss+bss

Subscriber / CRM

src.subscriber+crm

Network probes

src.network-probes

Data ingestion

Ingest supported network events and billing-system changes. Test throughput, delivery, duplicate handling and recovery.

Real-time CDR / network telemetry

stream.cdr+telemetry · streaming

Striim

OSS / BSS / CRM batch + CDC

flow.ossbss · no-code batch cdc

SingleStore Flow

Transactional data plane

Store approved network, billing and subscriber datasets for analytics and retrieval, with defined access and retention.

HTAP time-series store

db.htap · time-series

SingleStore

Vector index

db.vector-index

SingleStore

Subscriber feature store

db.feature-store · subscriber

SingleStore

AI & real-time inference

Evaluate traffic forecasts, fault detection and subscriber applications with approved data, measured quality and operating limits.

Network fault prediction

ml.fault-prediction

Subscriber churn prediction

ml.churn-prediction

Capacity and traffic optimization

ml.capacity+traffic-opt

GPU training & tuning

gpu.train+tune

ProphetStor

Sovereign LLM (JP)

llm.sovereign · self-hosted

Retrieval-augmented generation

rag.retrieval

SingleStore

Real-time AI-ready feed

embeddings · governed stream

Striim

Model-independent intelligence

Route requests to approved models, retain decision records and evaluate outputs. Design permissions, source references and export procedures for the application.

Any-model router

svc.model-router · approved-models

Decision state

intel.state-store

Closed learning loop

svc.learn-loop · closed

Decision provenance

svc.provenance · federated

Telecom Business Act & privacy governance

Review secrecy-of-communications, privacy and procurement requirements for data access, model calls, logs and support.

Telecommunications Business Act & secrecy of communications

gov.telecom-act+secrecy

MIC oversight

gov.mic

APPI compliance

gov.appi

Device posture

sec.device-posture

DeviceTotal

Email authentication

sec.email-auth

Valimail

Decision audit trail

gov.audit-trail

Region-contained delivery

Connect approved outputs to network and business tools. Test authentication, response time and the isolation of operating networks.

Contained region / on-prem

deploy.onprem+region

Service-orchestration / decision API

api.orchestration+decision

Embedded analytics

app.embedded-analytics

View the full reference architecture

// Data residency & compliance

Procurement and data-handling requirements to check

Confirm which guidance, procurement rules and contract requirements apply to the buyer and the proposed service. Review processing, access, logs, support and operating responsibilities together.

Telecommunications Business Act Article 4

The content and metadata of communications are protected by law as secret.

Telecom External Data Transmission Rule (2023)

Telecom carriers and covered service providers must tell users what terminal information is sent outward, and to whom, by notice or published statement. Consent or an opt-out route are the alternatives.

APPI Article 28 (PPC)

Cross-border transfer of personal data requires consent or an adequacy or safeguard basis.

Personal-data requirements depend on the information, purpose, recipient and transfer arrangements. Confirm the applicable APPI provisions and any EU-Japan supplementary rules for the specific deployment.

Additional controls for AI applications

// Partners