CelesTech Infra

Capabilities

Seven lifecycle capabilities — from planning and process through deployment, operations, observability, automation, and management.

Plan

Planning & Architecture

Problem

Infrastructure programs fail when architecture, capacity, and failure domains are unclear before procurement and deployment begin.

What CelesTech does

CelesTech develops HLD/LLD documentation, topology designs, and capacity models aligned to workload requirements and operational constraints.

Deliverables

Architecture assessments and HLD/LLD deliverables
Capacity planning and BOM guidance
Failure-domain and redundancy analysis
Migration and expansion roadmaps

Outcome

Build the right infrastructure before deployment begins.

Process

Process & Production Readiness

Problem

Teams rely on tribal knowledge for changes — increasing risk, inconsistency, and failed cutovers.

What CelesTech does

CelesTech turns operational knowledge into repeatable SOPs, MOPs, readiness gates, and handoff criteria that engineering and operations teams can execute.

Deliverables

SOP and MOP development
Change-management and rollback workflows
Readiness gates and acceptance criteria
Production-readiness reviews and RACI models

Outcome

Turn engineering knowledge into repeatable production systems.

Deploy

Deployment & Integration

Problem

Complex builds and migrations stall when execution lacks validation, rollback planning, and cross-team coordination.

What CelesTech does

CelesTech supports turn-ups, fabric deployments, backbone migrations, and multi-vendor integration with structured validation at each stage.

Deliverables

Implementation and migration planning
Hardware and multi-vendor integration
Commissioning and acceptance testing
Rollback design and production validation

Outcome

Move infrastructure safely from architecture to production.

Operate

Operations & Reliability

Problem

Infrastructure at scale requires more than deployment — it needs lifecycle discipline, incident readiness, and structured remediation.

What CelesTech does

CelesTech helps teams design operational models for capacity management, upgrade strategy, failure analysis, and fleet lifecycle management.

Deliverables

Incident-management and change workflows
Capacity and upgrade planning
Failure analysis and remediation programs
Operational readiness assessments

Outcome

Operate infrastructure reliably at scale.

Observe

Telemetry & Observability

Problem

Operations teams discover problems after user impact because telemetry, alerting, and capacity visibility are incomplete — and operational data is not accessible to the tools teams use for triage and automation.

What CelesTech does

CelesTech designs streaming telemetry pipelines, operational dashboards, and health signals — including MCP (Model Context Protocol) server integrations that expose monitoring, metrics, and inventory to governed operational workflows and AI-assisted analysis.

Deliverables

Telemetry architecture and data collection design
Streaming telemetry and infrastructure metrics integration
MCP server integration for telemetry, monitoring, and inventory access
Dashboards, alerting, and SLO/SLI frameworks
Capacity, congestion, and incident visibility
Operational analytics connected to runbooks and escalation

Outcome

Know what the infrastructure is doing before users report a problem.

Automate

Automation, AIOps & AI Governance

Problem

Manual procedures create toil and inconsistency, while ad-hoc AI tooling in operations introduces risk without governance, auditability, or integration into validated workflows.

What CelesTech does

CelesTech automates mature operational procedures and layers AIOps where appropriate — event correlation, assisted triage, and operational analytics — with AI governance controls and MCP-based integration to telemetry, monitoring, and source-of-truth systems. Process → MOP → Automation remains the foundation.

Deliverables

Python, Ansible, and API-driven workflow automation
Automated pre-checks, post-checks, and validation gates
MCP server design for operational tool and telemetry integration
AIOps use cases: event correlation, incident assistance, operational Q&A
AI governance for operations: access boundaries, audit trails, approval gates
Deployment and remediation workflow automation

Outcome

Reduce repetitive work and operational risk with governed, observable automation.

Manage

Infrastructure Management

Problem

Infrastructure changes lack the controls, inventory accuracy, and auditability that software engineering teams expect.

What CelesTech does

CelesTech implements source-of-truth integration, git-based workflows, validation gates, and governance models for infrastructure change.

Deliverables

Infrastructure inventory and source-of-truth integration
Git-based change workflows and approval gates
Automated policy and validation checks
AI governance and audit controls for operational change tooling
Audit trails and deployment controls

Outcome

Treat infrastructure changes with software-engineering discipline.

Start with a readiness assessment

Identify gaps across architecture, operations, observability, and automation before your next major program.

Request an Infrastructure Assessment