Delivered from our Chennai and Bengaluru studios — to clients across India and overseas.
// The problem
A custom GPT that cannot see your data gives confident general answers.
Setting up a custom GPT with instructions and uploaded documents takes an afternoon and is genuinely useful. The limit appears quickly: it cannot look up an order, check current stock, or file anything in your systems. It reasons well about information that is already stale.
The gap between that and something business-useful is not configuration — it is engineering. Authenticated access, operations scoped so the assistant can do exactly what you intend, and a record of what it did.
Does any of this sound familiar?
Answers from stale uploaded filesDocuments uploaded once, now out of date, answered from confidently.
Cannot take any actionIt can describe what to do; someone still has to do it.
No permission awarenessEveryone gets the same answers regardless of what they should see.
No visibility into usage or costNo record of what was asked, answered, or spent.
What it costs to leave this alone
A GPT that answers from stale data is worse than no GPT, because people trust it. Confident answers from last quarter's pricing reach customers, and the error is discovered downstream.
// How we fix it
Our approach to ChatGPT Plugin Development
We build custom GPTs with actions against your real systems — authenticated, narrowly scoped, and validated. The assistant requests operations; a layer you control checks permissions and executes them. Credentials never reach the model.
Grounding comes from your live data with citations rather than uploaded snapshots, refusal behaviour handles what it does not know, and logging shows what it did and what it cost.
A custom GPT lives in the ChatGPT interface and suits people already working there. An API integration embeds the capability in your own product. Same underlying model, different distribution — and the right choice depends on where your users are.
Yes, through authenticated actions against your systems, with per-user permission mapping. It should never hold broad credentials — the pattern is that it requests operations from a layer you control.
You control distribution — private to yourself, shared within your workspace, or published more widely. Business use is normally workspace-scoped so access follows your organisation.
Where your users already are. Many organisations use both, which is why we build the underlying capability as a service with thin adapters — so supporting a second assistant is a small addition rather than a second project.
// Read before you commit
Guides that answer the next question
Honest, detailed writing on costs, trade-offs and how to choose — including when not to hire us.
Scoped access, permission mapping, audit trails and prompt-injection defence — the architecture that makes AI access to internal systems defensible to your security team.
What function calling and tool use mean in practice, how tools should be scoped and validated, and why bad tool design is the most common cause of unreliable agents.