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Custom AI agents that think, learn, and act — built to solve real business problems.

We design, build, and evaluate AI agents — the reasoning, tool integration, and evaluation work that turn a model into something that can understand a task, decide what to do, and act on it, not just talk about it.

Format
Scoped engagement
Infrastructure
CloudService API
Output
Working build + docs
Start
Via support
The AI agent development process: discover, plan, design, develop, integrate, test and optimise, deploy and support — with agent attributes, benefits, and business outcomes.

Five things every agent we build has to be.

  • Intelligent. Understands context and gets better through use, not a fixed decision tree.
  • Autonomous. Takes action and makes routine decisions within limits you set, instead of waiting on a person for every step.
  • Scalable. Built to take on more volume and more use cases as the business grows, without a rebuild.
  • Secure. Enterprise-grade access control and data handling — the standard we'd expect from infrastructure we run ourselves.
  • Integrated. Works with the tools you already run, not a separate system your team has to context-switch into.

An agent is more than a model with a prompt.

Input comes in as text, voice, or a file. The agent at the centre understands and reasons over it, drawing on knowledge — documents, a database, the web, an API — and acting through the tools it has access to, from APIs to CRM to the apps your team already uses. An evaluation loop checks the result before a response goes out, all running inside an environment you control.

Diagram of an agent's parts: user input in text, voice, or file form reaches an agent that understands and reasons, drawing on knowledge sources and acting through tools, checked by an evaluation loop, the whole assembly running inside a deployment environment that a response leaves.DEPLOYMENT ENVIRONMENTREQUESTtext · voice · fileRESPONSEEVALUATIONchecked against taskTOOLSapis, crm, appsKNOWLEDGEdocs, db, web, apisAGENTunderstand & reason
Fig. 1 — Agent architecturePipeline · static

What changes once an agent is doing the work.

Save time

Automates repetitive work around the clock, not just during business hours.

Increase productivity

Frees the team to focus on the work that needs judgement, not the busywork around it.

Reduce cost

Lowers the operational cost of work that used to be done by hand, one ticket or task at a time.

Better decisions

Grounds decisions in data pulled and summarized on demand, instead of a gut call.

Happier customers

Faster responses, because the first answer doesn't have to wait for a person to be free.

The outcomes teams report back are consistent: faster operations, higher productivity, better customer experience, smarter decisions, and automation that scales with the business rather than being rebuilt for it.

The path from problem to production, in seven steps.

  1. 01

    Discover

    Understand the business, the goals behind the request, and the concrete use cases an agent needs to cover.

  2. 02

    Plan

    Turn that understanding into an agent strategy and a roadmap for how the solution gets built.

  3. 03

    Design

    Design the agent's architecture and how a conversation or task actually flows from start to finish.

  4. 04

    Develop

    Build against current models and established practice, not a one-off experiment.

  5. 05

    Integrate

    Connect the agent to the tools, APIs, and systems it needs to read from and act on.

  6. 06

    Test & optimise

    Check accuracy and speed against scenarios drawn from your real use case, and tune before anything reaches production.

  7. 07

    Deploy & support

    Ship the agent into the environment it needs to run in, monitor how it behaves, and keep improving it from there.

Read as a cycle rather than a straight line: deploy and support is not the last step. What we see in production feeds monitoring, and monitoring feeds the next round of discovery and build work.

Cycle diagram: build leads to evaluate, evaluate leads to deploy, and a dashed return path shows monitoring after deployment feeding back into the next round of build work.MONITORfeeds the next build01DEVELOP02EVALUATE03DEPLOY
Fig. 2 — Build, evaluate, deployCycle · static

What an agent can do for the business.

General patterns we build against. The concrete shape of a project — which tools, which systems, which model — depends on your task and is worked out during scoping.

Use caseWhat it typically involves
Customer supportAnswering routine questions, resolving common issues, and knowing when to hand a conversation to a person.
Lead generationQualifying inbound interest and following up, so a rep isn't the first response to every inquiry.
Sales assistanceDrafting outreach, prepping account context, and handling the repetitive parts of a sales workflow.
Data analysisPulling structured signal out of reports, tickets, or logs and surfacing what actually needs attention.
Task automationCarrying out a defined multi-step process against internal tools or APIs, instead of answering a single prompt.
HR & recruitment supportScreening applications, scheduling, and handling first-pass candidate questions.

Agents connect through infrastructure we already operate.

Every agent needs a way to call a model. Agents we build can route through CloudService's own OpenAI-compatible and Claude-compatible API gateway, or through provider keys you already hold — the integration path is a project decision, not a lock-in.

We build with the current generation of tools for the job: OpenAI and Claude models, LangChain and Llama where they fit, Pinecone and other vector databases for retrieval, and orchestration platforms like n8n for wiring steps together. The specific stack is chosen per project, matched to the task.

LLM integration · RAG · memory & context · multi-step reasoning · tool use · human in the loop

Diagram of two integration paths from an agent to a model: the CloudService gateway, using its OpenAI-compatible and Claude-compatible routes, or provider keys the team already holds used directly. Either path is a project decision; both reach the same model call.AGENTCLOUDSERVICE GATEWAYOpenAI- + Claude-compatibleYOUR PROVIDER KEYSheld directly, used as-isMODELeither pathPROJECT DECISION
Fig. 3 — Integration pathChoice · static

CloudService API gateway

The same prepaid, OpenAI- and Claude-compatible routes an agent we build can call directly.

See the API gateway

API documentation

Authentication, base URLs, models, and request formats an integrating agent depends on.

Read the documentation

What this page does not say.

  • We name the categories of tools we build with — models, retrieval, orchestration — but the exact combination for your agent is decided during scoping, not fixed by this page.
  • We do not publish benchmark results, accuracy figures, or uptime guarantees for agents we build. Evaluation is built around your task, not a generic leaderboard.
  • Pricing and timelines are scoped per project — they depend on what the agent needs to do, which systems it touches, and how much of the seven-step process is already covered. Use WhatsApp, the community, or a support ticket below to start that conversation.
  • We do not publish client names or case studies on this page.

Tell us what the agent needs to do.

Every engagement starts with a scoping conversation about the task, the systems involved, and what success looks like. Reach out through support to start one.

Contact support

Talk to us before you commit.

Reach CloudService directly, or raise a ticket if you’d rather keep a written record.