LLMPods compute network TR-IST-01 online

Spin up
intelligence.

We handle the metal.

MetaLlama
QwenQwen
DeepSeekDeepSeek
MistralMistral

Run production AI workloads on high-performance GPU infrastructure with familiar APIs, scalable capacity and regional control.

  • OpenAI compatible
  • Regional compute
  • Dedicated GPU
  • Autoscaling
  • No infrastructure setup
API gateway
Router · auto
Inspect pod
POD IDPOD-018
MODELLLAMA 70B
GPUPRO 6000
REGIONTR-IST
LOAD67%
STATEACTIVE
Inspect pod
POD IDPOD-024
MODELQWEN CODER
GPUPRO 6000
REGIONTR-IST
LOAD22%
STATEWARM
Inspect pod
POD IDPOD-031
MODELCUSTOM
GPUPRO 6000
REGIONTR-IST
LOAD41%
STATEDEDICATED
Inspect pod
POD IDPOD-041
MODELEMBEDDING
GPUPRO 6000
REGIONTR-IST
LOAD4%
STATESTANDBY
Inspect pod
POD IDPOD-007
MODELDEEPSEEK
GPUPRO 6000
REGIONTR-IST
LOAD0%
STATESTANDBY
Inspect pod
POD IDPOD-012
MODELWHISPER
GPUPRO 6000
REGIONTR-IST
LOAD0%
STATESTANDBY
Request traceDemo data
RequestPOST /v1/chat/completions
RegionTR-IST-01
RouterAUTO
PodPOD-018
ModelLLAMA-70B
First tokenDEMO 24ms
StreamACTIVE

LLMPods at a glance

LLMPods provides regional GPU infrastructure for open-model inference. Choose deployment capacity around your model, workload and data requirements.

Operator
Disket Teknoloji Limited Sirketi · Istanbul/Türkiye
Current compute location
Istanbul / Türkiye
Model families
Llama · Qwen · DeepSeek · Mistral
Planned regions; not available today
Frankfurt / Germany · Canada

Explore models, deployment options and pricing

Built around your market

Your AI runs closer to home.

Latency, data location and invoice currency are infrastructure decisions. Make them part of your deployment, not an afterthought.

01

Latency you can feel.

Shorter network paths can help a chat response start sooner. Türkiye-based compute keeps local workloads close; model size, queueing and prompt length still shape first-token time.

Measure first token, P50 and P95 from your application.

02

Know your KVKK exposure.

Know where prompts, outputs, logs and support data travel. Processing model workloads in Türkiye can help limit cross-border transfers, while lawful processing, retention and access controls remain essential.

Local hosting alone does not establish KVKK compliance.

03

FX risk on every invoice.

If usage is priced in a foreign currency, the same workload can cost more in TRY when exchange rates move. Ask for the billing currency and conversion rule before you commit.

TRY billing is available where applicable; USD-indexed rates may still carry FX exposure.

Company, privacy & terms →

Türkiye today. More regions planned.

Compute is hosted in Türkiye today. Frankfurt and Canada are planned locations, not currently available deployment regions.

  1. Live

    Istanbul / Türkiye

    Current compute location · TR-IST-01

  2. Planned

    Frankfurt / Germany

    Planned · no launch date announced

  3. Planned

    Canada

    Planned · no launch date announced

Questions before your first deployment.

Where does my model run?

Current compute is in Türkiye. Frankfurt and Canada are planned; requests from other markets can be served from Türkiye without moving the GPUs.

Is local compute always faster?

A shorter network route can reduce transport delay, but first-token time also depends on the model, queue and input size. Compare the same model and prompt from your actual users' location.

Does Türkiye hosting automatically mean KVKK compliance?

No. You still need to assess processing grounds, notices, retention, access and any transfers through integrations or support. Regional compute is one part of that assessment.

Does a TRY invoice remove all currency risk?

Not if the agreed price is indexed to USD or another currency. Confirm whether rates are fixed in TRY, which conversion date applies and whether taxes are included.

Company, privacy & terms →
01/System

API in.
Tokens out.

Every request crosses the same seven layers. Each layer reports what it did, so the path is never a black box.

01
Application
REQUEST7F39A21
METHODPOST
02
LLMPods API
AUTHOK
SCHEMAOPENAI
03
Regional router
REGIONTR-IST
ROUTINGAUTO
04
Model scheduler
MODELQWEN
QUEUE0
05
Compute Pod
POD018
STATEACTIVE
06
GPU
CLASSPRO 6000
ALLOCRESERVED
07
Token stream
STATUSSTREAMING
FIRST TOKENDEMO 24ms
LAYER 03 Developer control
LAYER 02 System intelligence
LAYER 01 Physical compute
LAYER 03 Developer

Illustrative telemetry · demonstration data

02/Developer experience

Change the endpoint.
Keep your stack.

LLMPods speaks the OpenAI schema. Point your existing SDK at a new base URL and keep the code around it.

api.llmpods.com/v1
1from openai import OpenAI
2import os
3
4client = OpenAI(
5 base_url="https://api.llmpods.com/v1",ONE LINE MIGRATION →
6 api_key=os.environ["LLMPODS_API_KEY"],
7)
8
9stream = client.chat.completions.create(
10 model="llama-70b-instruct",
11 messages=[{"role": "user", "content": "Hello, Pod."}],
12 stream=True,
13)
14
15for chunk in stream:
16 print(chunk.choices[0].delta.content or "", end="")
  • 01OpenAI-compatible schema
  • 02Streaming responses
  • 03Tool calling
  • 04Embeddings
  • 05Familiar SDK support
  • 06Developer-first migration
03/Pods

A Pod for
every workload.

Four deployment topologies on one runtime. The difference between them is how much of the machine is yours.

Topology 01
SHARED GPU POOL

Shared Pod

For elastic inference.

  • Usage-based
  • Autoscaling
  • Managed infrastructure
  • Shared GPU pool
Topology 02
RESERVED PARTITION

Performance Pod

For predictable production workloads.

  • Reserved capacity
  • Priority scheduling
  • Consistent performance
  • Predictable availability
Topology 03
ISOLATED

Dedicated Pod

For isolated workloads.

  • Dedicated GPU
  • Custom models
  • Private endpoint
  • Isolated resources
Topology 04

Enterprise Pod

For strategic infrastructure requirements.

  • Multi-GPU
  • Dedicated cluster
  • Private networking
  • Regional control
  • SLA
  • Custom architecture
04/Scale

Capacity follows traffic.

Scale capacity around demand instead of provisioning infrastructure for peak traffic.

Incoming traffic
Requests / s
120
Active Pods
1
GPU utilization
58%
Queue
0
Tokens / s
9.6K
Router · TR-IST-01 Baseline · 1 Pod
001 ACTIVE
002 STANDBY
003 STANDBY
004 STANDBY
005 STANDBY
006 STANDBY
007 STANDBY
008 STANDBY
009 STANDBY
010 STANDBY
011 STANDBY
012 STANDBY
013 STANDBY
014 STANDBY
015 STANDBY
016 STANDBY
Active Warm Standby
Illustrative simulation
End of Home 1 · Hero and system Next — 05 / Models →