AurvikAI — AI that ships

SDTC Digital's Dedicated AI Practice

AI that works in production. Not just in the demo.

Because 70% of enterprise AI never reaches production — we exist to change that.

AurvikAI is SDTC Digital's dedicated AI practice. We build AI systems that survive production reality — RAG pipelines, autonomous agents, computer vision, NLP, and predictive analytics. 18 years of engineering discipline applied to the hardest problem in enterprise technology: making AI actually work.

150+AI systems in production
90-dayROI commitment
18 yrsengineering experience

Technologies powering our AI practice

OpenAI
Anthropic
LangChain
Pinecone
Weaviate
Hugging Face
PyTorch
TensorFlow
AWS SageMaker
Vertex AI
Azure OpenAI
Databricks
Snowflake
dbt
Airflow
MLflow
OpenAI
Anthropic
LangChain
Pinecone
Weaviate
Hugging Face
PyTorch
TensorFlow
AWS SageMaker
Vertex AI
Azure OpenAI
Databricks
Snowflake
dbt
Airflow
MLflow

We build with the tools that fit the problem — not the ones we have the most certifications in.

Engineering team collaborating on AI architecture in a modern office

The AurvikAI team during a RAG architecture design sprint.

The numbers behind our AI practice.

150+

AI systems deployed to production

90days

Maximum time to measurable ROI

4.2x

Average return on AI investment

70+

Countries running our AI systems

98%

Model accuracy across deployments

$50M+

Client value generated by our AI

0

Production AI failures in 3 years

30+

AI engineers on the team

What changes when AI actually works.

The difference between AI as a buzzword and AI as infrastructure.

Without AurvikAI

  • AI projects stuck in proof-of-concept for 12+ months
  • Models that work in notebooks but fail in production
  • No evaluation framework — quality measured by vibes
  • Data pipelines that break when real data arrives
  • Security and compliance bolted on as an afterthought
  • Vendor lock-in from choosing the trendy model, not the right one

With AurvikAI

  • Production AI in 90 days with measurable ROI
  • Systems designed for production from day one
  • Automated evaluation pipelines on every model change
  • Battle-tested data infrastructure that handles real-world messiness
  • AI governance and compliance built into the architecture
  • Model-agnostic design — swap providers without rewriting your system

Core AI capabilities.

Select a service to see what we deliver.

AI Development

We build production AI systems from architecture through deployment. RAG pipelines, recommendation engines, classification models, and autonomous workflows — designed for your data, your scale, and your compliance requirements. Every system includes monitoring, evaluation, and a clear path to model improvement.

RAGAgentsClassificationRecommendation
150+

AI systems in production

Engineers whiteboarding AI system architecture

The Aurvik Method

Every AI engagement starts with architecture — not a model.

Most AI failures aren't model failures. They're architecture failures. The retrieval layer was an afterthought. The evaluation framework didn't exist. The data pipeline was fragile. We start every engagement with a 2-week architecture sprint that defines success metrics, data requirements, and system design before a line of model code is written.

Our 5-phase AI Success Framework has delivered 150+ production AI systems across healthcare, finance, logistics, and SaaS.

The fastest-moving space in enterprise technology

Generative AI and autonomous agents. Built for your business, not for a demo.

LLMs, RAG pipelines, multi-agent systems, and AI-powered automation. We build generative AI that's grounded in your data, governed by your policies, and measured by your business metrics. Not chatbots that hallucinate — systems that deliver.

01

Generative AI

LLM-powered applications, copilots, and content engines built on OpenAI, Anthropic, or open-source models. Every deployment includes guardrails, cost controls, and evaluation.

02

RAG Development

Retrieval-augmented generation pipelines with hybrid search, re-ranking, and document-type-specific chunking. The architecture that separates production RAG from demo RAG.

03

AI Agents

Autonomous agents for procurement, compliance, customer service, and research workflows. Multi-agent orchestration with human-in-the-loop controls.

04

LLM Fine-tuning

Domain-specific model adaptation when RAG isn't enough. LoRA, QLoRA, and full fine-tuning with evaluation pipelines that measure actual task performance.

Data analytics dashboard showing real-time metrics and model performance

Real-time model monitoring — every prediction tracked, every anomaly flagged.

Machine Learning & Applied AI.

From predictive models to computer vision — ML that solves measurable business problems.

Predictive models, classification, recommendation systems, and anomaly detection — built on your data, validated against your metrics.

Predictive AnalyticsDefault

Demand forecasting, churn prediction, risk scoring, and time-series analysis.

Recommendation EnginesDefault

Collaborative filtering, content-based, and hybrid recommendation systems for e-commerce, media, and SaaS.

Classification & NERRecommended

Document classification, sentiment analysis, and named entity recognition for automated workflows.

Anomaly DetectionDefault

Real-time anomaly detection for fraud, infrastructure monitoring, and quality control.

From the founder

Why most enterprise AI fails — and how we prevent it.

Swarnendu De on the three things that determine whether an AI project reaches production: architecture discipline, data readiness, and the courage to kill projects that won't deliver ROI.

Swarnendu De discussing AI strategy
12 min

AI is only as good as its data

Data engineering and analytics — the foundation every AI system needs.

Before the first model is trained, the data infrastructure needs to be right. Pipelines, warehouses, quality frameworks, and governance — the invisible layer that determines whether your AI is brilliant or dangerous.

01

Data Analytics

01 / 04

Data Analytics

Strategy, stack design, KPI frameworks, and self-serve BI that lets your team answer questions without filing a ticket.

02

Data Engineering

02 / 04

Data Engineering

Pipelines, warehouses, ETL/ELT, and real-time streaming. The plumbing that makes everything else possible.

03

Business Intelligence

03 / 04

Business Intelligence

Dashboards, reporting, and embedded analytics that surface the insights your stakeholders actually need.

04

Predictive Analytics

04 / 04

Predictive Analytics

Forecasting, churn prediction, demand planning, and risk models trained on your data and validated against your metrics.

Who builds it

Senior AI engineers. Not handed off to juniors.

Every AurvikAI engagement is led by a senior engineer with 8+ years of production ML experience. The architect who designs your system in week one is in your sprint reviews in week eight. Swarnendu De is directly involved in every AI architecture review.

  • Average AI engineer experience: 8+ years
  • Swarnendu De — architecture review on every engagement
  • Dedicated team — no rotation, no handoffs
  • Direct Slack access to the engineering lead
SDTC Digital AI engineering team in a collaborative working session
Analytics dashboard showing AI model performance metrics and business KPIs

Production AI monitoring — model accuracy, latency, and business impact tracked in real time.

The Aurvik Method — 5 phases to production AI.

A structured framework that’s delivered 150+ production AI systems. No shortcuts, no hand-waving.

Phase 1

Discovery & Data Audit

Assess AI readiness, audit data quality, map use cases to business value, and define measurable success criteria. Every engagement starts here — because building the wrong thing fast is worse than building the right thing deliberately.

AI Readiness ReportData Quality AuditUse Case Prioritisation

1–2 weeks

01
Phase 2

Architecture & Design

System architecture, model selection, data pipeline design, and integration mapping. The architecture decision record explains every significant choice — model, infrastructure, and trade-offs.

Architecture Decision RecordSystem DesignIntegration Map

1–2 weeks

02
Phase 3

Build & Validate

Model development, training, evaluation, and system integration. Every model is validated against production-representative data with automated evaluation pipelines that run on every change.

Trained ModelsEvaluation ReportsAPI Integration

4–8 weeks

03
Phase 4

Deploy & Monitor

Production deployment with monitoring, alerting, and observability from day one. A/B testing, gradual rollout, and automated rollback triggers ensure the system is safe to run at scale.

Production DeploymentMonitoring DashboardRunbooks

1–2 weeks

04
Phase 5

Optimise & Scale

Post-deployment optimisation — model retraining, cost reduction, performance tuning, and feature expansion. The 30/60/90-day review cycle that ensures your AI investment keeps delivering.

Performance ReportOptimisation RoadmapKnowledge Transfer

Ongoing

05

Deep dive

Learn how the Aurvik Method works in detail.

5 phases, 90-day ROI commitment, and the engineering discipline that makes AI actually ship.

AurvikAI delivered a production RAG system in 8 weeks that our internal team had been trying to build for 6 months. The architecture they designed handled 10x the query volume we expected.

VP Engineering

What impressed us most was the honesty. They told us which of our five proposed AI projects would actually deliver ROI — and which ones were solutions looking for a problem. That saved us millions.

CTO

Modern tech office with engineers working on AI projects

SDTC Digital headquarters — where AI systems are designed, built, and shipped.

Ready to build AI that actually ships?

Tell us what you’re building. We’ll come back with a clear assessment of whether AI is the right approach, what it will take to build it, and whether we’re the right team to do it.

See our AI work →