At AKAT Technologies, we focus on one core principle: complex infrastructure operations should not depend on manual coordination, fragile scripts, or disconnected tools.
Instead, they should be designed as controlled, repeatable, and safe automation workflows, where orchestration, validation, and recovery are built into the process from the start.
Modern enterprise environments are inherently fragmented spanning systems such as Microsoft SCCM, VMware vCenter, identity and security platforms like CyberArk, and various internal services. While each of these tools is powerful on its own, real operational risk emerges at the integration layer: where coordination is manual, timing is inconsistent, and failure handling is reactive rather than designed.
This is where automation must evolve beyond task execution.
From Automation to Orchestration
Traditional automation typically focuses on executing predefined scripts or jobs. However, in enterprise-scale operations, this approach is insufficient.
What is required instead is end-to-end orchestration, where:
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Dependencies between systems are explicitly managed
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Execution is controlled across multiple platforms
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Validation steps prevent unsafe operations
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Timing and sequencing are dynamically adjusted
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Failures are handled deterministically, not manually
To achieve this level of control, we use Broadcom Automic Automation as a central orchestration platform.
Automic allows us to coordinate complex workflows across heterogeneous environments while maintaining governance, visibility, and control over every execution step.
Example: Enterprise Windows Server Patching Workflow
One of our recent implementations demonstrates this approach in practice: a fully orchestrated Windows Server patching workflow integrating Microsoft SCCM, VMware vCenter, and Broadcom Automic Automation.
The objective was not simply to automate patch deployment, but to design a controlled operational process around it.
Key stages of the workflow include:
1. Environment selection and validation
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Selection of approved SCCM device collections
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Validation of SCCM connectivity and collection membership
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Verification of update readiness and system state
2. Update lifecycle orchestration
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Execution of SCCM Automatic Deployment Rules (ADR)
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Identification and validation of Software Update Groups
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Assessment of update impact and content readiness
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3. Pre-deployment protection mechanisms
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Creation of VMware vCenter snapshots near the deployment window
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Dynamic adjustment of deployment timing if snapshot operations are delayed
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Safety checks before execution begins
4. Controlled deployment execution
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Creation of SCCM deployments with defined availability and deadline windows
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Triggering of SCCM client policy updates, scan cycles, and evaluation cycles
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Continuous monitoring of deployment progress and compliance status
5. Recovery and post-processing
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Verification of patch compliance across all target systems
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Detection of reboot requirements and system availability
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Post-patching health checks
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Automated rollback of failed hosts using vCenter snapshots when required
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Safe cleanup of snapshots with dependency protection
6. Reporting and auditability
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Generation of full HTML and ZIP reports
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Automated notifications to responsible teams
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Complete execution trace for audit and compliance requirements
What Makes This Approach Different
The key value of this implementation is not in any single automation step, but in the orchestration layer that governs the entire lifecycle.
Using Broadcom Automic Automation, the workflow is not simply executing tasks, it is coordinating multiple systems, enforcing control logic, and ensuring operational safety through:
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Approval and validation gates
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Retry and timeout mechanisms
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Cross-system dependency management
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Environment-aware execution logic
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Built-in rollback strategies
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End-to-end observability and reporting
This transforms automation from a set of scripts into a governed operational model.
Business Impact
For infrastructure and operations teams, this approach delivers measurable improvements in how critical maintenance processes are executed:
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Reduced manual intervention in complex workflows
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Lower operational risk during maintenance windows
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Increased consistency and repeatability of execution
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Faster recovery in failure scenarios
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Improved audit readiness and compliance visibility
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Better predictability for infrastructure operations
