Your product on Japan's carrier networks
Every second, Japan's carriers move enormous volumes of network and subscriber data, assure revenue in real time, and secure hardware at the network edge. Nothing touches their networks until it has proven it scales. StrategyCore makes that proof with you, then runs your Japanese deployment and support.
// The demand
What Japanese telecom buyers demand
Real-time network and subscriber data
Network telemetry and subscriber events arrive in enormous volume every second. A batch pipeline cannot support the decisions a carrier makes live.
Revenue assurance at stream speed
Billing leakage and fraud show up in the data stream, not the monthly close. Buyers need analytics that catch it as it happens.
Change data capture without downtime
The network never stops. Moving operational and billing data into analytics means streaming change data capture, not an overnight window.
Network device and firmware security
Base stations, routers, and edge hardware sit across a vast footprint. Buyers need agentless visibility into device and firmware risk.
AIOps under peak load
Traffic surges and outage response depend on infrastructure that scales on demand. Buyers need GPU and compute that hold under peak.
Email and brand protection
Carriers are heavily impersonated in phishing. DMARC enforcement keeps subscriber-facing domains from being spoofed.
// The solutioning
Vendors and open source, mapped to the demand
Real-time data platform
SingleStore holds network and subscriber state at stream speed, driving revenue assurance and analytics. Carriers that plan for portability get it in the same design: PostgreSQL and ClickHouse, both open.
Systems-of-record ingestion
SingleStore Flow, the no-code CDC and batch engine now part of SingleStore, pulls SAP, Oracle, and CRM data into the analytics store. It sits alongside Striim, which handles the real-time streams.
Streaming integration
Striim captures change from network and billing systems into the analytics platform with no downtime. Debezium and Kafka are the open-source path.
Device risk intelligence
DeviceTotal runs agentless discovery across network and edge hardware, ranked by firmware and end-of-life risk. 874 vendor sources feed the picture.
AIOps and GPU scaling
ProphetStor scales GPU and infrastructure under peak traffic, so analytics and operations hold when load spikes.
Email authentication
Valimail brings DMARC, DKIM, and BIMI to enforcement, so a carrier's subscriber-facing domains cannot be impersonated.
AI and model routing
Anomaly detection for revenue assurance and traffic forecasting run on models inside the carrier's network, where secrecy of communications applies. Lighter workloads can use a frontier API.
// 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
RAN / core network, call detail records, OSS / BSS, subscriber and CRM systems, and network probes.
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
Real-time CDR and network telemetry stream in with exactly-once guarantees at high volume; OSS / BSS and CRM arrive via no-code CDC and batch loads.
Real-time CDR / network telemetry
stream.cdr+telemetry · exactly-once
StriimOSS / BSS / CRM batch + CDC
flow.ossbss · no-code batch cdc
SingleStore FlowTransactional data plane
One HTAP store holds network time-series, vector indexes, and the live subscriber feature store on a single engine.
HTAP time-series store
db.htap · time-series
SingleStoreVector index
db.vector-index
SingleStoreSubscriber feature store
db.feature-store · subscriber
SingleStoreAI & real-time inference
Predict network faults and subscriber churn, optimize capacity and traffic, and ground answers with retrieval, served by a sovereign Japanese-language model.
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
ProphetStorSovereign LLM (JP)
llm.sovereign · self-hosted
Retrieval-augmented generation
rag.retrieval
SingleStoreReal-time AI-ready feed
embeddings · governed stream
StriimModel-independent intelligence
The layer that makes AI adoption durable: route each workload to the best model, hold decision state, learn from outcomes, and keep the intelligence portable across model vendors.
Any-model router
svc.model-router · any-llm
Decision state
intel.state-store
Closed learning loop
svc.learn-loop · closed
Decision provenance
svc.provenance · federated
Telecom Business Act & privacy governance
Enforce the Telecommunications Business Act and secrecy of communications, meet MIC and APPI obligations, verify device posture and email authentication, and keep a full decision audit trail.
Telecommunications Business Act & secrecy of communications
gov.telecom-act+secrecy
MIC oversight
gov.mic
APPI compliance
gov.appi
Device posture
sec.device-posture
DeviceTotalEmail authentication
sec.email-auth
ValimailDecision audit trail
gov.audit-trail
Region-contained delivery
Run on-premise inside the region, expose a service-orchestration and decision API, and embed analytics directly in operational tools.
Contained region / on-prem
deploy.onprem+region
Service-orchestration / decision API
api.orchestration+decision
Embedded analytics
app.embedded-analytics
// Data residency & compliance
The rules your product has to satisfy here
Buyers in this sector are bound by the instruments below. A product wins here only if it can deploy in a way that satisfies them, and that deployment is the part StrategyCore runs.
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 everywhere is governed by APPI Article 28 and the PPC, and EU-facing data falls under the EU-Japan mutual adequacy decision. This is an indicative procurement summary and does not constitute legal advice.
// Partners
The vendors we support for this industry
// Proof points
Global proof points our vendors have already delivered
// The market
Representative buyers in this market
Representative companies in this market, the prospects to target and sell to.
// Related solutions
The solution domains behind this industry
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Plan your telecom entry
One conversation covers the buyers who decide in this sector, the fit for your product, and how StrategyCore runs the Japan side from entry to support.
