akita labs isn't a wrapper around one AI provider — it's an owned platform that speaks to every major LLM, so your business is never locked into a single vendor's roadmap, pricing, or limitations.
Different tasks need different models. Your platform routes each agent to the best model for the job — and lets you change your mind later without rebuilding anything.
Versatile, general-purpose reasoning and broad tool ecosystem support.
Careful reasoning, long context, and strong performance on complex, safety-sensitive tasks.
Native multimodal input and deep integration with Google Workspace & data tools.
Open-weight models you can self-host for maximum data control and cost efficiency.
Fast, efficient European-built models, ideal for latency-sensitive workflows.
Real-time knowledge and a distinct reasoning style for research-heavy agents.
DeepSeek, Mixtral, Qwen and other open models for fully self-hosted deployments.
Already fine-tuned something in-house? We connect it to the platform too.
Every layer is transparent, documented, and deployed into infrastructure you control — not a black box hosted on someone else's terms.
Your custom agents — support, sales, research, ops — each with defined tools, memory, and permissions.
A routing layer that connects agents to any LLM provider, with fallback, load balancing, and cost controls.
Vector databases, pipelines, and compute — hosted in your cloud, on-prem, or a hybrid setup you choose.
Every agent, every model, every workflow reports into a single console your team owns. See what's running, what it costs, and what it's doing — in real time.
Your data lives in your infrastructure and is never used to train third-party models. You control retention, access, and deletion.
Switch LLM providers, add new ones, or self-host open-source models — without rewriting your agents or losing your history.
We build it, deploy it, and hand you the keys. Keep us on for support and new development, or run it independently.
Book a walkthrough and we'll map your infrastructure, model strategy, and first agents together.