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Can an AI cloud serve The Hague teams without leaving your residency boundary?

Plugsky brings enterprise AI cloud to teams in The Hague: one OpenAI-compatible API with 30+ models, flat monthly plans, and region-locked data planes so requests and logs stay in the region you select. There is no announced Plugsky data centre in The Hague — residency is delivered through deployment topology: Plugsky cloud regions, your VPC, on-prem or air-gapped. See /data-residency.

Key facts

API compatibilityOpenAI-compatible /v1/chat/completions; change the base URL
Models30+ models, from free chat tiers to frontier reasoning
PricingFlat monthly self-serve plans with unlimited fair-use usage; no per-token billing
Free planplugsky-micro and plugsky-lite; no card required
Trial14-day full-access trial for higher tiers
DeploymentPlugsky cloud, your VPC, on-prem and air-gapped
Data residencyRegion-locked data planes; EU (Frankfurt) is the closest published plane for The Hague
Local presenceNo The Hague office or data-centre claim; residency is region-based

TL;DR

  • OpenAI-compatible API: change the base URL and keep your SDK.
  • 30+ models behind one endpoint, from free chat tiers to frontier reasoning.
  • Flat monthly plans with no per-token billing on self-serve.
  • Region-locked data planes plus VPC, on-prem and air-gapped options.
  • Free plan with plugsky-micro and plugsky-lite; 14-day full-access trial.

How it works, step by step

  1. Create a Plugsky account and issue an API key on the free plan — no card required.
  2. Point your OpenAI SDK at api.plugsky.com and map your model names.
  3. Pick the deployment topology that satisfies your residency requirement: Plugsky cloud region, your VPC, on-prem or air-gapped.
  4. Replay your existing prompts and evaluations against the same test set.
  5. Measure latency from your The Hague network against candidate regions before cut-over.
  6. Review the DPA, the SLA and the /data-residency documentation with security and legal.
  7. Cut production over behind a flag and keep the one-line rollback ready.
1Create a Plugskyaccount and issuean API key on the2Point your OpenAISDK atapi.plugsky.com and3Pick the deploymenttopology thatsatisfies your4Replay yourexisting promptsand evaluations5Measure latencyfrom your The Haguenetwork against6Review the DPA, theSLA and the/data-residency

Original data

OpenAI-compatiAPI compatibility30+ models, frModels14-day full-acTrialSource: Plugsky facts table · updated 2026-09-26

Try it yourself

Open the data residency checker →

The The Hague context for enterprise AI

The Netherlands' seat of government and a global centre for international law, The Hague hosts public institutions, legal bodies and NGOs. Teams here run public-sector document workflows, legal research assistance and multilingual citizen services, and the pattern is familiar: builders reach for frontier reasoning on hard tasks, while high-volume traffic runs on compact models for classification, extraction and chat. Both sit behind one OpenAI-compatible endpoint with 30+ models, so a plugsky-micro or plugsky-lite prototype can move up a tier without changing SDKs.

Existing code, prompts and evaluations keep working; the docs list endpoints and model names.

Data residency and region choice for The Hague

Plugsky supports region-locked data planes in the EU (Frankfurt), GCC (UAE and KSA), APAC (Singapore) and US (Virginia and Oregon). Requests, logs and stored artefacts stay in the plane you choose instead of being routed globally by default, and data does not leave it. For The Hague, the closest published plane is the EU plane (Frankfurt). There is no Plugsky office or data centre in The Hague; residency is a property of the region and deployment model, not of local premises.

EU workloads can map to GDPR-aligned processing, and the EU plane is the natural starting point for Netherlands teams. Validate the current list and the contractual wording in the data-residency overview, the DPA and the SLA before you sign.

Cloud, VPC, on-prem or air-gapped: choosing for The Hague

Four paths cover most The Hague scenarios: a managed Plugsky cloud region, a private endpoint inside your own AWS, Azure or GCP account, on-prem for infrastructure you own, and air-gapped for classified or critical workloads with no internet egress, a local model registry and offline update channels. Residency and latency pull against each other: a plane close to your users shortens the network path, while a hard boundary can add round-trip time compared with a globally distributed endpoint.

Measure first: replay production prompts from your own The Hague network against each candidate region, compare p50 and p95, then decide. Switching regions or deployment models is configuration, not a rewrite.

From pilot to production: migration and cost

Migration is one line: point the OpenAI SDK base URL at Plugsky and map model names, then replay your evaluations and cut over behind a flag so rollback stays trivial. Chat, streaming, JSON mode, function calling, embeddings, RAG and agents are live; audio, images, moderation, files, batch, fine-tuning, assistants and responses are coming soon.

Cost control is flat-rate on self-serve plans — unlimited fair-use usage with no per-token billing — so The Hague teams can forecast a monthly line item instead of token spend. Start free with plugsky-micro and plugsky-lite, and use the 14-day full-access trial to evaluate larger models. Current plans are listed on the pricing page.

Honest comparison

CapabilityPlugskyTypical global API providerBuilding in-house
API compatibilityOpenAI-compatible — change the base URLUsually compatible, varies by modelFull rewrite and integration work
Models30+ models behind one endpointMainly the provider's own catalogueYou host and maintain each model
PricingFlat monthly self-serve plans, no per-token billingPer-token billing, harder to forecastGPU, operations and staffing costs
Data residencyRegion-locked data planes; VPC, on-prem, air-gapped optionsLimited region choicesYou own the responsibility
Local presence in The HagueNo office or data-centre claim; residency is region-basedVaries; few publish local commitmentsDepends on your own facilities
Migration effortBase URL plus model mappingDepends on compatibility gapsLong integration cycle

Frequently asked questions

Does Plugsky have a data centre or office in The Hague?

No. Plugsky does not claim a local office or data centre in The Hague; residency is delivered through region-locked data planes, or through deployments in your own VPC, on-prem or air-gapped. See /data-residency for the current region list.

How does data residency work for The Hague teams?

You select a region and Plugsky keeps the data plane locked to it, so requests, logs and artefacts are not routed globally by default. Validate the region list and the contractual terms in the DPA and the SLA before you commit.

Which region should The Hague teams choose?

The closest published plane is the EU plane (Frankfurt), and the right choice depends on your jurisdiction and regulator rather than distance alone. Confirm the current region map at /data-residency.

Can we keep using the OpenAI SDK?

Yes. Plugsky exposes an OpenAI-compatible chat completions endpoint, so you change the base URL and model name and keep your existing SDK, prompts and evaluations.

Is there a free plan?

Yes — the free plan includes plugsky-micro and plugsky-lite with no credit card required. A 14-day full-access trial is available when you want to evaluate larger models.

How is pricing structured?

Self-serve plans are flat monthly with unlimited fair-use usage and no per-token billing. See the live pricing page for current plans and fair-use limits.

Which capabilities are live today?

Chat, streaming, JSON mode, function calling, embeddings, RAG and agents are live. Audio, images, moderation, files, batch, fine-tuning, assistants and responses are coming soon — check the docs before planning those workloads.

What about latency from The Hague?

It depends on the region you select and how your network routes to it. Measure candidate regions from your own environment, compare p50 and p95, and treat residency and latency as an explicit trade-off.