Cloud & Infrastructure AI

AI-native cloud products, built on your own infrastructure.

We build the models and sovereign agents that operate the infrastructure layer — storage, compute, data, networking — using the latest open-weight models running on your cloud. For infrastructure and cloud providers launching AI products of their own.

For GPU clouds, storage vendors and sovereign cloud providers.

Open-weight models Runs on your GPUs 100% IP & source ownership
Works with
LlamaQwenMistralDeepSeekvLLMSGLangRayKubernetesQdrantS3-compatibleNVIDIA / AMD GPUs
100%
Open-weight models, running on your infrastructure
Sovereign
No customer data leaves your cloud
Weeks
From engagement to first sellable AI product
The thesis

You can’t resell an API you don’t control.

A product you can sell means owning the model, the cost curve and the data path.

Generic approach

A wrapper on someone else’s API

Your "AI product" is a proxy to a model you rent. Every feature is gated by another company’s rate limits, pricing and roadmap.

How we build it

Models that run on your metal

Fine-tuned open-weight models served on your own GPUs. You set the SLAs, the versions and the price.

Generic approach

Per-token costs you can’t reprice

Margins evaporate the moment usage scales, and a vendor price change rewrites your unit economics overnight.

How we build it

Fixed GPU cost, your margin

Inference cost is your hardware cost. Metering and margin instrumentation are built in from day one.

Generic approach

Customer data through a third party

Every request leaves your cloud. For regulated and sovereign customers, that is a dealbreaker before the demo starts.

How we build it

Nothing leaves your cloud

Models and agents run inside your VPC or region. No audio, prompts or documents transit an external service.

Capabilities

Models, agents, and a product to sell.

AI that operates the infra, agents that run on it, and the wrapper that turns it into a product.

01

Models in the Infra Layer

AI that operates storage, compute and data

  • Intelligent storage: tiering, dedup, integrity and anomaly detection
  • Retrieval and query optimisation models
  • Capacity forecasting and workload prediction
  • Data classification, PII detection and governance at the storage layer
  • Model serving tuned for your hardware — quantisation, batching, KV-cache
02

Sovereign Agents on the Cloud

Autonomous systems that run on your infra

  • Agentic ops: provisioning, scaling, incident triage and auto-remediation
  • Customer-facing copilots for your console and documentation
  • RAG and knowledge agents over customer workloads
  • Open-weight LLMs fine-tuned and served on your GPUs — no third-party API
  • Guardrails, audit logging and human-in-the-loop control
03

AI Cloud Products

Turn the capability into something you sell

  • Inference, embeddings or vector search as a managed product
  • Agent platform or RAG-as-a-service for your customers
  • Multi-tenant isolation, usage metering and billing hooks
  • Cost attribution and margin instrumentation
  • White-label console, API surface and SDKs
Architecture

How it fits your stack.

Our work is the middle band — fine-tuned models and sovereign agents — bolted onto the infra you already run and exposed as a product surface your customers consume.

Nothing in the first two stages calls an external API. Data never leaves your infrastructure’s boundary.

Process

How an engagement runs.

Four stages, fast, with working software at every one.

01

Assess

We map your infra layer, your customers, and where AI creates a product — not a science project. Feasibility and hardware sizing before a line of code.

02

Build models & agents

Models tuned for your storage and compute layer, plus agents that run autonomously on your cloud. Latest open-weight models, fine-tuned, served on your GPUs.

03

Productise

Multi-tenant isolation, usage metering, billing hooks, a white-label console and API — the capability becomes something you can sell.

04

Hand off

Full source, IaC, fine-tuned model weights and runbooks. Your team operates and extends it; nothing licensed back.

Use cases

How cloud providers use it.

GPU cloud provider

Launches an inference-plus-agent platform product on its own fleet — customers deploy fine-tuned open-weight models and agentic workflows without leaving the provider’s cloud.

New revenue line, higher fleet utilisation, stickier customers
Storage vendor

Embeds anomaly detection and intelligent tiering models directly in the storage layer, sold as a premium data-management tier.

A differentiated product, lower customer egress and cost
Sovereign / regional cloud

Ships an AI copilot for its console and a compliant, in-country inference product built entirely on open-weight models.

An AI offering with zero data leaving the jurisdiction
Deliverables

What you get at the end.

Working software, documented systems, and a team that can extend them.

Model serving stack

Open-weight models fine-tuned and optimised for your hardware, with throughput and latency SLAs.

Sovereign agent framework

Autonomous and customer-facing agents running inside your cloud, with guardrails and audit trails.

Launch-ready AI product

Multi-tenant, metered, white-label — console, API and SDKs your customers can consume.

Observability & cost attribution

Per-tenant usage, GPU cost, latency and error dashboards, wired for billing and margin.

Technical detail

How it holds up in production.

The parts that decide whether an AI product survives real scale.

Model serving

Open-weight base models fine-tuned on your data and served for throughput: tensor and pipeline parallelism, continuous batching, paged KV-cache, speculative decoding, and quantisation (FP8 / INT4) sized to your GPUs. Autoscaling tied to queue depth, not guesswork.

vLLM / SGLangFP8 & INT4Continuous batchingSpeculative decoding
Sovereign agents

Agent runtimes with deterministic tool schemas, retry and compensation logic, and hard guardrails on actions that touch infrastructure. Every step is logged with inputs, outputs and the model version that produced it, so operations stays auditable.

Tool schemasAction guardrailsFull step loggingHuman-in-the-loop
Multi-tenancy

Per-tenant isolation at the namespace, model and data layer. Noisy-neighbour protection through fair-share scheduling, per-tenant rate limits and quota, and signed API keys scoped to a single tenant’s resources.

Namespace isolationFair-share schedulingPer-tenant quotaScoped keys
Observability & billing

Token, request and GPU-second metering per tenant, exported to your billing system. Dashboards for latency percentiles, error budgets, cache hit rates and — the one that matters — gross margin per tenant and per product.

GPU-second meteringBilling exportLatency percentilesMargin per tenant
Engagement models

Two ways to start.

01

Greenfield AI product build

Best for

A cloud or infra company with no AI product yet, that wants one built to sell.

Scope

Model selection and fine-tuning, serving stack, agent framework, multi-tenant product wrapper, console and API, deployed on your fleet.

Outcome

A launch-ready, metered AI product in weeks — with the source, weights and IaC handed to your team.

Start a greenfield build
02

Add AI to existing infra

Best for

An established platform that wants models and agents inside its current storage, compute or console layer.

Scope

Non-invasive integration: models embedded in the existing data path, agents wired to your control plane, no disruption to live customers.

Outcome

A new premium tier or capability on a product you already run, instrumented for margin from the start.

Scope an integration
In their words

What infrastructure teams say.

“Superteams brought clarity to an extremely complex distributed architecture problem. They designed and shipped a production system that cut our latency and infrastructure overhead in half.”
David Myriel David Myriel
Partner Manager, Qdrant
“Superteams actually understands the technology. They come in, read the room, and produce work that holds up to scrutiny from our engineering team.”
Dan Shalev Dan Shalev
Co-founder, FalkorDB
FAQ

Common questions.

Ask us anything
Does this run on our own hardware?

Yes. Models are served on your GPUs (NVIDIA or AMD), agents run in your cloud, and nothing calls a third-party API. That is the point — a product you can operate and resell without a dependency you do not control.

Why open-weight models instead of GPT or Claude?

You cannot build a resellable product on a per-token API you do not own — the margins, the data residency and the roadmap all sit with the vendor. Open-weight models fine-tuned on your data give you the economics and the IP.

How is this different from just deploying vLLM?

vLLM serves a model. We build the models that operate your infra layer, the agents around them, and the multi-tenant product wrapper — isolation, metering, billing, console — that makes it something customers can buy.

How do multi-tenancy and billing work?

Tenant isolation, usage metering and billing hooks are part of the build. You plug in your billing system; we instrument usage, GPU cost and per-tenant margin.

What happens when a new open-weight model is released?

The serving stack is built to swap base models. You move from one open-weight release to the next by re-running the fine-tune and evaluation pipeline, not by rebuilding the product.

Who owns what you build?

You do — source, IaC, fine-tuned weights and runbooks, handed over with no licence-back. Pre-built modules that speed the build stay our IP and are licensed to you; your custom code and data stay entirely yours.

Reading

More on building AI on infrastructure.

Ready to build?

Ship your AI cloud product
on your own infrastructure.

Book a 30-minute strategy session. We’ll map where AI creates a product on your platform, size the hardware, and tell you exactly what an engagement looks like.

No commitment · direct discussion with a Principal AI Solutions Architect