[ A no is a valuable result ]
Most failed AI programmes were approved on a vendor demo and a slide. A proper proof of concept does the opposite — it defines what success looks like in numbers first, then tests honestly against your real data, and sometimes concludes the answer is no. Techtaru Digital is an AI PoC development company delivering four-to-six-week proofs of concept with measurable criteria and a defensible go/no-go recommendation at the end.
Most failed AI programmes were approved on a vendor demo and a slide. A proper proof of concept does the opposite — it defines what success looks like in numbers first, then tests honestly against your real data, and sometimes concludes the answer is no. Techtaru Digital is an AI PoC development company delivering four-to-six-week proofs of concept with measurable criteria and a defensible go/no-go recommendation at the end.
Bring us the use case you keep discussing without deciding ona working system on your data, evaluated against criteria agreed before we start.
desk-based analysis of data readiness, technical viability and expected accuracy, where even a PoC would be premature.
a usable interface on top of the PoC for stakeholder testing and internal buy-in.
benchmarking approaches, models or vendors against each other on your data.
use-case prioritisation, success criteria definition and business case construction.
PoCs run inside your security boundary, on real data, under your governance.
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What is the refund window on a bulk order?
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Bulk orders over ₹50,000 can be returned
within 21 days of delivery, against the
standard 7 days. The goods must be unopened
and in original packaging.
The model arranged the sentence. Every fact in it — the amount, the window, the condition — came from a document you own, and the source is attached so a wrong answer can be traced rather than argued about.
RAG quality on your document set, answer accuracy against a golden question set, cost per query at projected volume, and latency under realistic load.
Model accuracy, precision and recall against your labelled data, baseline comparison against current rules or human performance, and an honest read on whether your data volume supports the target accuracy.
Detection and classification accuracy on your actual images — your lighting, your camera angles, your defect types — rather than on a public benchmark that flatters every vendor.
Entity extraction, classification, sentiment and summarisation quality on your domain language, which is usually where generic benchmarks stop predicting anything useful.
Task completion rate on a bounded process, trajectory review, tool reliability and cost per completed task.
Two or three candidate approaches — build versus buy, model A versus model B, RAG versus fine-tuning — benchmarked on identical data with identical criteria.
scoping. Use case defined, success criteria agreed in numbers, data access arranged, baseline established.
data assessment. Quality, volume and coverage reviewed. If the data cannot support the goal, you hear that in week one, not week six.
build and iterate. Working system on your data, evaluated continuously against the agreed criteria.
evaluation and cost modelling. Measured results, running cost at projected volume, risk register.
recommendation. Go or no-go with reasoning, and a costed production roadmap if the answer is go.
Everything — code, prompts, evaluation datasets and documentation — is yours regardless of outcome, and usable by any vendor you choose afterwards.
| Deliverable | What you get |
| Success criteria document | Numeric thresholds agreed before work starts |
| Working system | Running on your real data, not a public dataset |
| Evaluation results | Measured performance against each criterion |
| Cost model | Projected running cost at your real volume |
| Risk register | Technical, data and compliance risks identified |
| Go/no-go recommendation | With reasoning, including when the answer is no |
| Production roadmap | If go: scope, sequence, timeline and cost for the build |
Define numeric success criteria before starting. "See if AI can help with support tickets" is not a criterion. "Correctly categorise 85% of tickets into our existing 12 categories, measured on 500 held-out tickets" is. Without a number agreed in advance, every result becomes negotiable and the PoC concludes with everyone reading their own preference into it.
Use your real data, including the messy parts. Clean curated samples make every approach look viable. Real data has missing fields, inconsistent formats, edge cases and the fifteen-year-old records nobody wants to discuss. A PoC on sanitised data tells you nothing about production.
Establish the baseline first. How accurate is your current process — the rules engine, the human team, the existing vendor? An AI system at 82% accuracy is excellent against a 60% baseline and a downgrade against 95%. Surprisingly many PoCs skip this and are unable to interpret their own result.
Data readiness usually decides the outcome. For machine learning, whether enough labelled examples exist. For RAG, whether the documents contain the answers at all. For computer vision, whether images are consistent enough. We assess this in the first few days, and if the data is not there we tell you immediately rather than spending your budget confirming it slowly.
A no is a valuable result. A PoC that concludes the use case is not viable has saved you a build. We say this plainly because the incentive in this industry runs the other way, and vendors whose PoCs always succeed are not testing anything.
Keep it time-boxed. Four to six weeks. PoCs that run longer stop being experiments and become unmanaged projects, and the cost of learning rises past the value of the answer.
Fixed price, fixed timebox, defined deliverables. No open-ended discovery.
Indicative cost: a focused AI PoC runs $8,000–$20,000 depending on data complexity and the number of approaches benchmarked. A desk-based feasibility assessment without a build typically runs $3,000–$6,000 and takes one to two weeks. Multi-use-case PoC programmes are priced per use case with a shared setup cost.
If the PoC proceeds to a production build with us, we credit a meaningful portion of the PoC fee against it — but the PoC stands alone and its outputs are yours either way.
Bring us the use case you keep discussing without deciding on. We will tell you within a call whether a PoC is the right next step, or whether a shorter feasibility assessment would answer it more cheaply.
Typically $8,000–$20,000 for a build-based PoC, or $3,000–$6,000 for a desk-based feasibility assessment. Fixed price, fixed scope.
Let’s talk about your ai proof of concept project. No obligation, just a conversation.
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