LLM features in your app
Natural-language search, summaries, extraction and classification, added to the screens and APIs your users already use.
We wire LLMs and agents into your existing app, backend and workflows — on AWS Bedrock or on open-source models you host yourself. Your code stays your code; the AI layer gets the guardrails, evals and cost limits production needs.
Natural-language search, summaries, extraction and classification, added to the screens and APIs your users already use.
Agents that call your APIs and databases through defined tools, ask a person before risky steps and log every action.
The runtime around the model: tools, permissions, memory, retries, cost limits and an audit trail. We build it for your stack; running our own internal harness taught us what it needs.
Open-source models (Llama, Qwen, Mistral) served with Ollama or vLLM on your infrastructure, for data that must not leave it.
An integration touches real users, real data and a real bill. These are the parts we build in from the start.
The AI sits behind one interface in your code, so the model or provider can change without touching the product — as ParsePrime moved from a local Qwen model to Gemini.
Agents reach only the actions you allow. Anything that writes, sends or pays waits for a person to approve it.
A test set built from your data, rerun on every prompt or model change, so quality is measured, not felt.
Documents, emails and user input are treated as data, never as instructions.
Token budgets, caching, timeouts and retries per feature, so the bill stays predictable.
Every model call and agent action is recorded, so you can explain what the AI did and why.
AI drafts the code inside our internal agent harness. Senior engineers design the integration, review every change and own every release.
Where AI helps, which data and systems it needs, and what could go wrong.
Models and providers compared against real cases before anything is built around them.
APIs, tools and UI in your codebase, with weekly demos you can touch.
Permissions, injection tests and cost limits, reviewed by a senior engineer.
Monitoring, model upgrades and new tools, driven by real usage.
| AWS Bedrock | Self-hosted open models | |
|---|---|---|
| Best for | Fast start, top-tier model quality, variable load | Sensitive data, steady high volume, full control |
| Models | Managed foundation models through one API | Llama, Qwen, Mistral via Ollama or vLLM |
| Data | Stays in your AWS account and region | Never leaves your infrastructure |
| Cost | Pay per token | Pay for GPUs; cheaper at steady scale |
| Typical setup | A Lambda function or ECS service calling Bedrock | Ollama to prototype, vLLM for production throughput |
ParsePrime, our own product: documents in, CSV tables out, with strict schemas, injection defenses and per-tier cost budgets.
Read the ParsePrime story →Agents on Claude for the tenders, civil works and hydro departments, plus training so the team builds its own.
Read the case →In the WeReload app, users type what they want and Groq returns matching results in under a second. We published the Dart SDK we built for it.
groq on pub.dev →Yes. The AI layer goes next to your existing code, usually as a service and a few endpoints. We work in Flutter, React, Go, Node.js and PHP codebases.
By where your data may go, how much traffic you expect and the quality the task needs. We run candidate models against your own cases and decide with the results.
The software around a model that turns it into an agent: the tools it may call, permissions, memory, retries, limits and logs. Without it, an agent is a demo.
Not with the setups we build. On AWS Bedrock, prompts and outputs are not used to train the models and stay in your AWS account and region; with self-hosted models nothing leaves your infrastructure.
Only as far as you allow. Read-only steps can run automatically; anything that writes, sends or pays waits for a person to approve it.
You do. Code, prompts, tools, evaluation sets and documentation belong to you and stay with you after the engagement ends.
Describe the workflow or the feature. We come back with an approach, a timeline and a cost.