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Up to 125M tokens, resets monthly
- Up to 125M tokens every month
- All models, one key
- Heavier models draw faster
- Up to 1M-token context
- 4 GB RAM · 2 vCPU VPS
- Full root on Windows or Ubuntu
Built for Speed and Performance. Dedicated AgentOS & Windows servers, a 24/7 Qwen 3.8 27B coding lane, and one OpenAI-compatible key for all 18 official frontier models.
One OpenAI-compatible /v1 key for the full model catalog: up to 1M-token context, a free 24/7 Qwen 3.8 27B coding lane, and an NVMe server included on every plan. Tokens reset every month.
Up to 125M tokens, resets monthly
Up to 250M tokens, resets monthly
Up to 500M tokens, resets monthly
Up to 1B tokens, resets monthly
Up to 2B tokens, resets monthly
Every plan includes an OpenAI-compatible key, monthly token reset, and a dedicated VPS.
Dedicated compute, fast NVMe storage, high-throughput networking, and a unified model-access layer arrive as one turnkey environment.
Choose Windows or Ubuntu with DeepSeek Harness, Hermes, and OpenClaw ready for your team.
Keep high-volume coding loops on the Qwen 3.8 27B lane without per-token charges.
Protect agent state with automatic environment snapshots designed for instant recovery.
Your operating environment and proprietary workflows stay isolated on dedicated resources.
100 Gbit Ashburn networking supports concurrent research and data-heavy workflows.
Keep the same OpenAI-compatible /v1 interface when your plan or model choice changes.
OpenAI-compatible, up to 1M-token context, with a server on every plan.
Your tokens reset every month. No surprise per-token invoice at the end of the month.
Qwen 3.8 27B runs all day on a dedicated lane that never draws down your monthly tokens.
Full root on Windows or Ubuntu with NVMe storage. Your own machine, not a shared container.
A single OpenAI-compatible /v1 endpoint with up to 1M-token context across the live catalog.
One OpenAI-compatible /v1 key reaches every model. Context up to 1M tokens, varies by model.
Dedicated Windows compute with full Administrator access, NVMe storage, and flexible billing.
A few Discord bots or cron scripts, without paying for idle capacity. Full Administrator access on NVMe.
One busy bot plus its database, panel and backups, online all day. Low latency network.
Several bots, a control panel and a queue worker on one machine. Enough headroom for traffic spikes.
High-traffic bots with headroom for spikes and restarts. NVMe keeps the database quick under load.
Parallel job runners and scraper fleets that cannot sit in a queue. Every core stays busy, all day.
Dense workloads: many bots and many workers on a single box. Memory to spare for each process.
Build runners and CI jobs alongside production bots. Compiles finish while the fleet keeps serving.
Serious concurrency for trading bots, crawlers and realtime services that cannot wait on a queue.
Sustained throughput for large bot fleets and streaming pipelines. Plenty of RAM for every worker.
Memory-hungry services, large caches and heavy databases. Room for the whole stack on one host.
Multi-tenant bot hosting, or a whole stack of services on one host. Isolated processes.
Scale-out automation with memory to spare for growth. Add workers without adding another invoice.
Enterprise bot operations with dozens of services and no contention. Cores for the busiest hours.
Flagship core counts for the heaviest automation stacks. Built to stay flat under sustained load.
Run an entire platform: frontend, workers, database and cache. One machine, no network hops between them.
Rack-scale compute shared across teams and environments. Split it into VMs or run it as one box.
Massive parallelism for data pipelines and simulation work. Every thread has memory behind it.
Top of the ladder: maximum cores and memory for anything you throw at it. No compromise tier.
From a legacy machine to a multi-GPU cluster, blade system, or full cabinet, talk directly with the team about capacity, networking, and deployment.