Service

Cloud Platforms & AI Engineering

Take AI from pilot to production on Amazon EKS.

An AI pilot shows that the idea works. Running it for paying customers takes a platform: a reliable way to release changes, separation between customers, capacity for models, and limits on what AI agents can do. ConnectSync builds that platform on Amazon Elastic Kubernetes Service (Amazon EKS), AWS’s managed Kubernetes service.

What we can help you build

Each part works on its own, and all four share one foundation. You can start with one and add the others later.

A developer platform for your team

Give developers one standard route from code to production. They request a new service or environment through a self-service portal and receive it set up the approved way, without waiting for an infrastructure ticket. Every change is recorded in Git and rolled out automatically. A new version goes to a small share of users first and continues only if its health checks pass. You can see how often you release, how long a change takes to reach production, how often a release fails and how fast you recover.

AI is part of the route. We draft infrastructure code and service templates with AI coding tools, and an engineer reviews each change. Models are trained and released through the same steps as any other service.

A SaaS platform built for AI workloads

Serve many customers from one platform and keep each customer’s data separate, including the information your AI draws on for that customer. AI agents use computing power in bursts, so we set limits that keep one customer’s heavy use from slowing the others. Customers who need stricter separation can have dedicated resources. Adding a customer follows the same automated steps, whether it is your first or your hundredth. You see health and cost for each customer, which shows what each one costs to serve.

Your own AI models, hosted and customized

Run open-source language models on GPU servers inside your own AWS account. Capacity follows demand, which limits what you spend on idle GPUs, and you can see response times and GPU use. To make a model fit your business, we first connect it to your approved documents, so answers use current company information and can point to their source. When a model needs a specialized skill or a consistent style, we fine-tune it on your examples and compare its answers with the original’s before you switch.

Not every product needs its own model. The platform can also call models through Amazon Bedrock, AWS’s managed model service.

AI agents with production controls

A promising agent demo leaves three questions open. What is the agent allowed to do? Who is it acting for? Where does the code it writes run? We build the answers into the platform.

Agents reach AI models through a gateway, so they never hold the access keys. They reach tools through a second gateway, which checks each request against what the current user is permitted to do. Every prompt, tool call and cost is traced, so you can review what an agent did and what it spent. Code that an agent writes runs in an isolated sandbox with no network access, away from your other systems and data. Coding agents your developers use can run on the same platform.

Built on Amazon EKS

Kubernetes is a widely used open-source system for running software in containers. With Amazon EKS, AWS operates Kubernetes for you. All four parts run on it, for these reasons:

  • One platform.

    Applications, models and agents are deployed, scaled and monitored the same way.

  • Open tools.

    We use open-source projects and open standards alongside AWS services, so your team can read, run and change what we set up.

  • Less to maintain.

    AWS can manage the servers, their security updates and the core deployment tools. We use the managed option where it fits.

  • GPUs on demand.

    GPU servers are added when a model needs them and removed when it doesn’t.

From planning to launch

  1. Assess

    Review your AI pilot or product plans, what you run today, and who will operate the platform. Agree which parts to build first.

  2. Build

    Set up the agreed parts and validate them with a representative workload, such as one service, one model or one agent.

  3. Prepare for launch

    Check how releases, alerts and cost reports work in practice, and document the setup. Agree who handles Kubernetes upgrades and incidents after launch.

Discuss your project

Tell us what you’re building, what runs today, and what needs to be ready for launch. We’ll use that to scope the first step together.