Modern Infrastructure & AI Operations for Enterprise

Infradelta Solutions helps organizations migrate to the cloud, modernize applications, build AI-ready platforms, and operate secure infrastructure at enterprise scale.

Start Your Cloud & AI Transformation
Platforms

We provision and run wherever your workloads live

Public cloud, private cloud, or the racks in your own building. Our engineers build landing zones, Kubernetes platforms and AI infrastructure on whichever you have standardised on — or across several at once.

Amazon Web Services

Landing zones, EKS, GPU instances, migration tooling, and cost governance across accounts and organizations.

Microsoft Azure

Enterprise-scale landing zones, AKS, Azure OpenAI integration, hybrid identity, and Arc-managed on-premises estate.

Google Cloud

GKE platforms, Vertex AI workloads, data pipelines, and multi-region architectures for analytics-heavy estates.

Private Cloud

OpenStack, VMware and Nutanix estates run as a proper self-service platform, with the same automation and guardrails as public cloud.

In-House Datacenter

Your own racks and GPU fleet: capacity planning, hardware refresh, networking, and Kubernetes on bare metal — for workloads and data that stay on site.

Amazon Web Services, Microsoft Azure and Google Cloud are trademarks of their respective owners. Infradelta Solutions is an independent technology services provider and references these platforms only to describe the services we deliver.

The Challenge

Enterprise infrastructure challenges

Organizations are under pressure to modernize legacy systems, control cloud costs, accelerate software delivery, and adopt AI while maintaining security and reliability.

Cloud Complexity

Multi-cloud environments, increasing operational costs, and a shortage of cloud engineering expertise slow innovation.

Legacy Modernization

Monolithic applications and traditional infrastructure prevent organizations from moving faster.

AI Infrastructure Gap

Enterprises need secure platforms for LLMs, AI agents, GPU workloads, and intelligent automation.

What We Deliver

Our services

Four practices covering the full infrastructure lifecycle — from the first migration wave through to round-the-clock operations.

Cloud Transformation

  • AWS, Azure & Google Cloud migration
  • Application modernization
  • Cloud landing zones
  • Infrastructure automation

Platform Engineering

  • Kubernetes platforms
  • DevOps & CI/CD automation
  • Infrastructure as code
  • Developer platforms

AI Infrastructure

  • GPU infrastructure
  • LLM deployment platforms
  • RAG architecture
  • AI agent infrastructure

Managed Operations

  • 24x7 cloud operations
  • Reliability engineering
  • Monitoring & observability
  • Cloud cost optimization
Reference Architecture

AI-native enterprise infrastructure

As organizations adopt AI agents, they need a secure operating platform to manage identity, tools, workflows, governance, and AI workloads.

AI Applications
Copilots · assistants · automated workflows
AI Agent Control Plane
One governed layer between your applications and your systems
Identity & Security Agent Management MCP Tool Gateway Workflow Automation Memory & Knowledge Observability Evaluation Cost Management
Enterprise Systems
SAP Salesforce ServiceNow Databases Cloud
How We Engage

Cloud modernization journey

Three stages, run in order. Each ends with something you can review before the next begins.

1Assess

Application discovery, dependency mapping, cloud readiness analysis, and a modernization roadmap.

2Modernize

Containers, Kubernetes, managed databases, automation, and cloud-native architecture.

3Operate

Continuous monitoring, optimization, security, and reliability engineering.

Pilot To Production

Most AI pilots stall before they earn their keep

A pilot proves an idea can work. Production means it works every day, for every user, under audit, at a cost you can defend. Those are different engineering problems — and the gap between them is where we do most of our work.

What a pilot proves

  • The model gives useful answers on sample data
  • One team can run it, usually by hand
  • Access is a shared key and a laptop
  • Cost is a line on someone's card statement
  • Failure means someone re-runs the notebook

What production demands

  • Consistent answers on live data, measured against a test set that runs on every change
  • Deployment anyone can repeat, roll forward, and roll back
  • Identity, permissions and audit trails that satisfy your security review
  • Cost attributed per team, per model, with limits that hold
  • Monitoring, on-call, and a tested path back when something breaks

1 · Prove it

Short pilot on your real data, with success criteria agreed in writing before we start.

2 · Harden it

Guardrails, evaluation suite, identity, logging and cost controls wrapped around the working pilot.

3 · Ship it

Staged rollout behind flags, starting with a small group, with automatic rollback on regression.

4 · Run it

Monitoring, retraining, model upgrades and 24x7 support once it is carrying real traffic.

Results

Business outcomes

30–40%

Infrastructure cost optimization

99.9%+

Platform availability

50–70%

Faster incident resolution

AI Ready

Enterprise AI adoption

Use Cases

Work we deliver, and what it changes

A sample of the engagements we take on, the problem each one starts from, and the measure we hold ourselves to.

Manufacturing

Maintenance knowledge on the shop floor

Starting point
Fault diagnosis depended on a handful of long-serving engineers; manuals and repair history sat in four disconnected systems.
What we built
A retrieval layer over manuals, maintenance logs and past tickets, served by a private model running on-site so the line keeps working when the link drops.
Faster triage
Measured as time from fault raised to correct part identified
Retail & E-commerce

Order enquiries answered from live systems

Starting point
Peak-season contact volume overwhelmed the support desk, and canned replies drove repeat contacts.
What we built
An assistant wired into the warehouse and order systems, with hard limits on what it can promise and handover to a person for anything involving money.
Deflected contacts
Measured against baseline ticket volume for the same trading period
Financial Services

Data centre exit without a change freeze

Starting point
An expiring colocation contract, undocumented dependencies, and a regulator who needed evidence for every change.
What we built
Dependency-mapped migration waves to a governed landing zone, each cutover rehearsed, evidenced and reversible.
Zero unplanned downtime
Across all migration waves, with rollback tested before each
Logistics

GPU capacity shared across teams

Starting point
Each data science team owned its own GPUs; most sat idle overnight while others queued for capacity.
What we built
A single scheduled pool on Kubernetes with quotas and priority, so live inference always pre-empts background training.
Higher utilization
Same hardware budget, more training and inference throughput
Built On

Technology ecosystem

Cloud
AWSAzureGoogle Cloud
Containers
KubernetesOpenShiftAKSEKS
Automation
TerraformAnsibleGitHub Actions
AI
LLMsRAGAI AgentsMCPVector Databases
Observability
PrometheusGrafanaOpenTelemetryDatadog
Get In Touch

Tell us what you're trying to modernize

Whether it's a migration, a Kubernetes platform, or an AI workload that needs somewhere secure to run — send us a note and we'll come back with a practical next step.

Go to the contact form

Coverage
24x7 operations across cloud, hybrid and on-premises