Transform IT Operations with Unified Infrastructure Automation
Reduce complexity, enforce standards, and drive operational scale, from deployment to remediation, with a platform engineered for results.
Why Infrastructure Automation Needs a Rethink
Modern IT teams are stretched thin. Siloed tools, inconsistent deployments, and reactive firefighting burn time and increase risk. It’s time for a smarter approach.
Consistency Without Manual Effort
Automate config enforcement across platforms and teams. Stop drift before it starts.
Speed Without Sacrificing Control
Deploy changes faster with pre-tested templates and pipelines, not late-night patches.
Scale Without Hiring Headcount
Achieve operational scale with event-driven automation and self-healing workflows.
Operational Excellence Starts Here
Automate what matters — and scale what works — across your entire infrastructure footprint.
Empowered Engineers, Safe Systems
Enforce standards without slowing innovation — policies are embedded in every workflow.
Audit-Ready by Design
very action is logged, versioned, and traceable.- no more scrambling during audits or incident reviews.
Empowered Engineers, Safe Systems
Enforce standards without slowing innovation — policies are embedded in every workflow.
Confidence in Every Change
Use reusable, validated automation blueprints to avoid weekend fire drills and eliminate human error.
Trigger-Based Automation
Respond to system changes or alerts in real time — no need to wait for manual input or cron jobs.
Predictable Deployments
Schedule and coordinate deployments with confidence using CI/CD integration and rollback safeguards.
Repeatable by Default
Design once, deploy consistently across environments, clouds, or teams — no copy/paste chaos.
Fix Problems Before Users Notice
Automate detection and remediation of known issues to minimize MTTR and avoid service disruptions.
Repeatable by Default
Design once, deploy consistently across environments, clouds, or teams — no copy/paste chaos.
Real Results. Proven Impact.
See how enterprise IT teams across industries are modernizing operations, reducing risk, and scaling faster with Intelligent Visibility’s tailored automation and network solutions.
Fortune 100 Industrial Manufacturer
Automated Subnet Failover Between ACI Data Centers
Deployed multi-site automation to simplify disaster recovery workflows and reduce manual risk across critical data center infrastructure.
This enterprise relied on Cisco ACI at two sites but needed a fast, reliable way to shift network subnets during failover scenarios. Using our automation framework, we automated subnet migration and validation, leveraging nightly ACI backups as a dynamic source of truth. The result: repeatable, low-risk failover processes that no longer require CLI gymnastics or senior engineer intervention.
Leisure & Hospitality
NetDevOps in Action: Automation at Scale
Built and manage a full GitOps pipeline and NetDevOps model to transform network operations across 500+ edge devices.
The client standardized operations across hundreds of Cisco and Aruba switches by adopting a GitOps-driven automation pipeline. iVi designed and deployed a fully managed CI/CD framework that enables version-controlled configuration, out-of-band change detection, and automated remediation. Through ongoing NetDevOps transformation sprints, the client continuously enhances their infrastructure automation strategy—gaining agility, auditability, and operational scale.
Global Building Materials Manufacturer
Network Automation Pipeline & GitOps Transition
Transitioned to a modern, GitOps-based network automation workflow with remediation, CI/CD pipelines, and managed lifecycle support.
To reduce drift and accelerate infrastructure agility, this enterprise deployed a CI/CD pipeline for their network devices using Git, Jenkins, and Ansible. The Aegis team designed and implemented the automation framework, remediated over 900 network devices to best practices, and continues to provide 24/7 monitoring and lifecycle support — enabling safe, scalable network operations through automation.
See Automation In Action - Or Map It To Your Environment
Infrastructure Automation in Practice
What Is Infrastructure Automation?
Infrastructure automation replaces manual provisioning and config tasks with code-driven processes. Tools like Ansible, Terraform, and Python enable repeatable, scalable workflows for deploying and managing IT systems across cloud and on-prem environments.This reduces human error, eliminates drift, and accelerates rollout times. Whether you’re managing data centers or distributed networks, automation brings consistency, efficiency, and control to infrastructure operations.
Learn moreHow Event-Driven Automation Improves Uptime
Event-driven automation reacts instantly to system triggers — like down interfaces or threshold breaches — by logging, alerting, or auto-remediating. This drastically reduces MTTR (mean time to resolve) and keeps operations out of fire-fighting mode. Integrated with observability and AIOps, it forms the backbone of self-healing infrastructure.
Learn moreConfig Automation vs. NetDevOps
Config automation pushes standardized configs to reduce drift. NetDevOps takes it further — combining version control (Git), CI/CD pipelines, and code review to modernize network operations. This approach boosts agility, auditability, and collaboration by turning your infrastructure into software-managed code.
Learn moreHow Automation Supports Compliance
Automation logs every config change, enforces policy, and detects drift, making it easier to meet compliance standards like PCI-DSS, NIST, or HIPAA. Audit trails, version history, and automated remediation help prove control and reduce the risk of violations before audits even happen.
Learn moreOur Unified Approach to Infrastructure Automation
Modern IT environments are complex — multivendor, hybrid, and spread across cloud, data center, and edge. But automation doesn’t have to be fragmented.
Our unified approach to infrastructure automation brings consistency to how you deploy, manage, and troubleshoot across your entire IT estate. Instead of starting from scratch or adopting rigid platforms, we work with the tools and systems you already use — tying them together through a shared interface, standardized pipelines, and a strategic automation roadmap.
By aligning infrastructure, networking, and security efforts under one vision, we help teams enforce standards, eliminate drift, and reduce time spent on repetitive work — without sacrificing flexibility or control.
The outcome: streamlined operations, fewer silos, and an automation approach that scales with your environment, not against it.
| Feature / Capability | Traditional / Siloed Automation | Intelligent Visibility Approach |
| Tooling Strategy | On-off scripts and disconnected vendor tools | Integrated toolchains built around your environment and goals |
| Scope of Automation | Narrow focus | Single Silo (compute, cloud, network, etc) | Fill lifecycle: deployment, config, remediation, and reporting |
| Change Management | Manual changes or brittle templates | GitOps-enabled pipelines with approvals, versioning, and rollback |
| Visibility & Monitoring | Fragmented, post-deployment at best | Event-driven triggers and closed-loop observability baked in |
| Drift Detection | Periodic manual audits or multiple tools for different platforms | Automated drift detection and auto-remediation with guardrails |
| Compliance Support | Bolt-on scripts for audit tasks | Native logging, RBAC, and audit-friendly workflows |
| Scaling Strategy | Rebuild per team or site | Shared patterns, modular pipelines, and reusable building blocks |
| Onboarding & Adoption | Steep learning curve, low reusability | Training, knowledge transfer, and co-management |
| Outcome | Limited value, high effort, hard to sustain | Continuous value with less manual toil - and a roadmap |
Your Infrastructure Automation Journey: From Manual to Mastery
Discovery & Design
What happens:
We assess your current tools, operational workflows, team capabilities, and business goals. This includes identifying sources of config drift, manual hotspots, and compliance pain.
Outcome:
A custom automation roadmap aligned with your environment and outcomes, not a one-size-fits-all tool dump.
Toolchain Integration
What happens:
We connect your existing infrastructure (e.g., switches, firewalls, cloud environments) to open toolchains like Git, Ansible, Terraform, Jenkins, and your ticketing systems.
Outcome:
Unified workflows across multi-vendor systems — without ripping and replacing what already works.
Pipeline & GitOps Enablement
What happens:
We build and deploy your first CI/CD pipelines for infrastructure, enabling GitOps practices like version-controlled changes, pull requests, and automated validation.
Outcome:
Faster changes, fewer mistakes, and built-in documentation and rollback.
Drift Detection & Policy Enforcement
What happens:
We implement scheduled audits and event-driven checks to detect config drift, unauthorized changes, and misalignments with source of truth.
Outcome:
You shift from reactive cleanup to proactive enforcement — before issues hit production.
Ongoing Optimization & Expansion
What happens:
We work alongside your team through a structured backlog to improve, extend, and evolve your automation over time (e.g., Zero Touch Provisioning, cross-domain automation, compliance controls).
Outcome:
Your automation practice matures quarter by quarter — driving measurable impact at scale.
Resources
Blog: Automation is Foundational
Read More
Whitepaper: The Unified Infrastructure Management Fabric
Download
Services for IT Automation
Read More
Blog: Why API-First Is Important
Modern IT demands automation and integration. An API-first approach ensures your infrastructure is ready—flexible, observable, and built for scale.
Read MoreFrequently Asked Questions
What is infrastructure automation?
Infrastructure automation is the process of using code and tools to manage, configure, and operate IT infrastructure — from networks and servers to cloud platforms and storage — with minimal human intervention.
How is automation different from orchestration?
Automation handles specific tasks (like configuring a switch), while orchestration coordinates many tasks across systems to achieve a broader workflow, such as provisioning an entire environment.
What infrastructure components can be automated?
Everything from network devices and firewalls to virtual machines, cloud services (AWS, Azure), containers, storage systems, and user access policies can be automated.
What are the biggest benefits?
Key benefits include faster deployment, reduced human error, consistent configurations, lower operational overhead, improved uptime, and easier compliance.
How does infrastructure automation support security and compliance?
By enforcing standardized configurations, role-based access, and audit-ready logging, automation helps maintain continuous compliance and reduces exposure to misconfigurations.
What skills do I need to adopt automation?
Foundational knowledge in scripting (e.g., Python), version control (e.g., Git), and automation tools like Ansible or Terraform is helpful, but co-managed services can reduce the barrier to entry.
Will automation replace my team?
No. Automation augments your team by handling repetitive tasks, freeing up engineers to focus on strategic, high-value initiatives.
How do I get started with infrastructure automation?
Start by identifying high-friction, repetitive tasks — like config backups, patching, or VLAN changes — and assess which parts of your infrastructure are most ready for automation. From there, consider piloting a small automation workflow using tools like Ansible, Terraform, or a Git-based pipeline. If you’re looking to accelerate results, co-managed services like Aegis can help you build momentum while reducing risk.