Key facts
| Access control | Scoped API keys with rotation; enterprise SSO and RBAC options |
| Deployment | Cloud, VPC, on-prem or air-gapped across network regions |
| Resilience | Multi-model fallback and multi-region failover guidance |
| Auditability | Request, model and response logging for network operations review |
| Data grounding | Embeddings and RAG are live for network docs and support knowledge |
| Models | 30+ models behind one OpenAI-compatible API |
| Pricing model | Flat monthly self-serve plans; no per-token billing on self-serve |
| Endpoint roadmap | Audio, moderation, files and fine-tuning are coming soon |
TL;DR
- Separate subscriber, network and commercial data before automating.
- Scope partner and roaming integrations with their own keys and expiry.
- Design multi-model fallback so an outage degrades instead of stops.
- Log routing decisions so network and billing incidents are traceable.
- Keep fraud, billing and suspension decisions with named humans.
How it works, step by step
- Inventory AI use cases across support, network operations, billing and marketing.
- Classify data by subscriber sensitivity and network-security relevance.
- Choose deployment per class: region cloud, VPC, on-prem or air-gapped.
- Issue per-partner, per-region and per-application keys with rotation.
- Define log fields and retention: request ID, model, sources, output, region, operator.
- Configure model fallback and failover for every production workflow.
- Require human approval for fraud, billing and service-suspension actions.
Try it yourself
Open the AI workload router simulator →
Subscriber, network and regulatory data
Telecom content spans public plan information, internal network documentation, subscriber records, usage data and commercial agreements. Subscriber and usage data carry strict handling rules, and network details have security value beyond privacy.
Start with public plan content and internal documentation, then extend to subscriber workflows only on deployments that keep prompts, documents and embeddings inside the carrier boundary.
Keys, partners and least privilege
Issue a distinct API key per partner, region, application and environment, with expiry dates that match commercial agreements. Roaming and interconnect partners should never share credentials, and revocation must be fast because partnership terms change often. Store keys in a secrets manager, rotate on a schedule, and connect enterprise SSO and RBAC options so console access follows personnel records.
Never place subscriber identifiers in prompts where retrieval can supply only the fields a task requires.
Residency, retention and network audit trails
Decide where processing happens per region and how long records live. Region selection covers many needs; VPC, on-prem and air-gapped deployment covers markets that require in-country processing. Retention applies to prompts, outputs, logs and retrieval indexes, and network and billing records follow their own schedules.
Log enough to reconstruct an operation: request ID, model and version, retrieved source identifiers, output, region and operator. See AI audit logs for a schema.
Model governance and multi-model routing
Keep an approved model list per workload, with evaluation evidence for latency and quality, and re-test when versions change. Configure fallback models and multi-region failover so a provider issue degrades service instead of stopping it. Ground customer-facing answers in current plan and policy content with citations, and keep fraud, billing and suspension decisions with named human teams.
Honest comparison
| Control area | Plugsky capability | Common gap | Owner |
|---|---|---|---|
| Identity | Scoped keys per region and partner, SSO and RBAC options | Shared operations credentials | Security engineering |
| Resilience | Model fallback and multi-region failover guidance | Single-provider dependency | Network operations |
| Data boundary | Cloud, VPC, on-prem or air-gapped deployment | Subscriber path undocumented | Regulatory affairs |
| Retention | Configurable logging of requests and responses | No defined schedule | Records management |
| Routing | Multi-model routing behind one API | Model choice hard-coded | Platform engineering |
| Review | Citations and structured output for operators | Automated fraud actions | Revenue assurance |
Frequently asked questions
Does using Plugsky make us compliant?
No. Compliance is your program. Plugsky provides deployable controls - scoped keys, private deployment, logging - that you document and audit against your own regulatory and customer obligations.
Can subscriber data stay in country?
Yes for supported regions, and by construction with VPC, on-prem or air-gapped deployment. Confirm the specific data flow during procurement.
How do we avoid provider outages?
Configure a fallback model and multi-region deployment options so traffic routes around failures, and test the fallback path on a schedule.
What should we log?
Request IDs, model names and versions, retrieved sources, outputs, region and operator, retained under your policy so network and billing incidents can be reconstructed.
Can we route different workloads to different models?
Yes. 30+ models sit behind one OpenAI-compatible API, so you can route by workload and keep the same SDK and integration code.
Are voice and moderation features available?
Audio and moderation endpoints are coming soon. Chat, streaming, JSON mode, function calling, embeddings, RAG and agents are live today.
Where should a pilot start?
Pilot on public plan content and internal network documentation with the free plan, validate quality and logging, then extend to subscriber workflows on private deployment.