When a data system grows, the degree of infrastructure complexity occurs with a much higher rate compared to the expected amount of effort within any given team.
Servers increase; racks begin to fill; power consumption increases; the need for cooling does not have an accurate estimate; fragmented monitoring.
The challenge now becomes critical for you, as the Data Engineering Lead, as you now have to manage data and the infrastructure that provides it.
This is where the deployment of Data Centre Infrastructure Management (DCIM) is crucial.
DCIM is not just about monitoring hardware, but providing full visibility and control, as well as optimising, the overall operation of the data centre.
This guide will cover all aspects of Data Centre Infrastructure Management or DCIM, from the basic principles of DCIM, through to tools to use with DCIM, the benefits associated with using, and how you would implement DCIM tools within your organisation.
What is Data Centre Infrastructure Management (DCIM)?
Perhaps the most common question when inquiring about data centre infrastructure management is "What is Data Centre Infrastructure Management?"
Data centre infrastructure management (DCIM) is the monitoring, management and optimisation of a physical or logical component within a Data Centre facility using tools, processes and systems.
The definition of a physical or logical component of the data centre will include;
- Power systems
- Cooling systems
- Servers and storage devices
- Networking equipment (e.g., routers, switches, cabinets, wiring, etc.)
- Rack space or available capacity
In its most basic terms, you will have real-time, up to date visibility and control over the entire infrastructure of the data centre through DCIM.
What Is DCIM in “Real-Life”?
The second most common question about data centre infrastructure management (DCIM) is "What is Data Centre Infrastructure Management?", where you, as a user of DCIM, will be interacting with it in real life? This means:
- Monitoring energy consumption across racks
- Monitoring temperature and cooling performance
- Managing the life cycle and capacity of your assets
- Identifying problem areas (bottlenecks) before they fail
Key Insight – DCIM Converts Infrastructure from a Reactive To a Proactive System.
Why DCIM Matters Today
Considering all the stress that modern data environments are under right now.
- AI workloads require increased compute density
- Increasing energy costs
- Increasingly expensive downtime
Uptime Institute estimates that on average, a data center outage costs over $100,000.
If you do not have enough data center infrastructure management, your teams will have the following issues:
- Limited visibility into system performance
- Inefficient use of resources
- Increased risk of downtime
- Higher operating costs
Core Building Blocks of Data Center Infrastructure Management
Understanding DCIM requires understanding its core building blocks.
Asset Management
Tracking:
- Servers
- Storage devices
- Networking equipment
Visibility of:
- Location
- Status
- Life cycle
Power Management
Monitoring:
- Energy Consumption
- Load Distribution
- Energy Efficiency
Preventing overloads, and optimizing energy consumption.
Environmental Monitoring
Tracking:
- Temperature
- Humidity
- Air Flow
Ensuring optimal operating conditions.
Capacity Planning
Answering:
- How much space is available?
- Where to deploy new equipment
Preventing over-provisioning and under-utilization.
Monitoring and Analytics
Providing:
- Real time dashboards
- Alerts and anomaly detection
- Average performance insight
Key Takeaway – DCIM integrates your physical infrastructure along with data-driven decision making.
Benefits of Implementing a DCIM Solution
Key Leadership Question – What benefits will I gain for implementing a DCIM Solution?
- Better visibility
All of your infrastructure in one place - Less downtime
Finding an issue before it becomes a problem - More effective resource utilization
Improved power, cooling, and space usage - Cost Reduction
Eliminating waste and operational inefficiencies in energy consumption - Improved Planning
Make intelligent decisions for expansion and scaling
According to Gartner, organizations implementing dcim solutions can reduce their energy costs by as much as 20%.
Top DCIM Software Solutions
Another big question:
What's the best dcim software out there?
Here are just a few of the most frequently used dcim platforms:
Enterprise dcim software
- Schneider electric ecoStruxure
- Vertiv trellis
- Nlyte dcim
IT-specific tools
- Manage engine op manager
- Sunbird dcim
Open source software options
Another area of increased interest:
Is there open source dcim software?
Yes, but it's limited in comparison with commercial software. Open source dcim solutions generally offer more flexibility, but require more customization and maintenance.
Key takeaway: The best dcim software for you will depend upon your unique requirements or needs with respect to size and scope, as well as integration requirements.
Key Attributes of dcim Tools
A common evaluative question:
What key attributes/characteristics should I look for when evaluating dcim software?
- Real-time Monitoring: Ability to monitor infrastructure's health on an ongoing basis
- Data Visualization: Visual representations of data — typically in dashboard format — that allow users to quickly access significant information
- Integration Capabilities: Ability to connect to it service management (itsm), cloud-based systems etc.
- Automation: Ability to automate manual activities
- Scalability: Ability to grow along with infrastructure needs
How to Determine the Best dcim Tools for Your Organization
Another important question:
How do I determine which dcim tools would serve my organization?
Step One: define your requirements
- Infrastructure size
- Complexity
- Compliance
Step Two: review features
The most important feature characteristics your dcim systems must provide are:
- Monitoring functionality
- Reporting capability
- Integration availability
Step three: consider scalable solutions
Ensure that the solution will keep pace with your organization’s expanding infrastructure.
Step Four: Evaluate Total costs
The total costs to account for are Licensing, Implementation, and Maintenance.
Step Five : Conduct a Test Run
Testing all systems before deployments is a significant consideration.
Trends in the Data Center Infrastructure Management (DCIM) Market
The DCIM marketplace is rapidly developing.
Some major trends include:
- AI-Driven Monitoring
Predict when a failure will occur before it happens - Integration with Cloud Systems
Ability to see your hybrid environment - Sustainability Focus
Energy savings and Carbon Tracking - Automated Processes
Automatically heal and have automated processes
Importance of Real-Time Monitoring with DCIM
Real-time monitoring is no longer an optional feature but foundational.
The next major question is What DCIM software solutions can monitor in real-time?
Most modern solutions include:
- Live Dashboards
- Automated Alerts
- Predictive Analytics
Conclusion: Real-time monitoring is just about all that is left for potential future development.
What is the Cost of DCIM Software?
The question of how much a DCIM software package will cost is a common one. What factors are involved, including;
- Data Center Size
- Feature Set
- Deployment Model
Typical Costs Include:
- Licenses
- Implementation
- Ongoing Maintenance
Enterprise Solutions can costs between tens of thousands to hundreds of thousands of dollars each year.
Obstacles to the Implementation of a DCIM System
While there are numerous advantages associated with using a DCIM system; there are also challenges associated with a DCIM implementation;
- Integration Complexity or Difficulty to integrate into Existing Environments
- High Initial Costs or Difficulty for Enterprises to absorb into their Capital plans
- Enterprise SDL Change Management Process Requires Employees to Modify Current Processes to the New DCIM System
- Inaccurate data, or data that are not of good quality, will diminish the ability of a new DCIM system to improve upon Existing Systems – It will hinder it
Case Study on Data Center Infrastructure Management (DCIM)
A large enterprise data centre team faced numerous challenges:
- Limited visibility into the company's infrastructure
- A constant struggle with cooling of their equipment
- Rising energy costs
The customer engaged Logiciel to help them:
- Implement an overall DCIM solution
- Integrate their monitoring systems
- Optimize resource utilisation
The impact of the solution was:
- Reduced energy costs by 25%
- Greatly improved uptime of systems
- Enhanced capacity planning
The Future of DCIM
DCIM continues to evolve beyond just monitoring.
The future of DCIM will include:
- Artificial intelligence- driven optimisation
- Autonomous management of infrastructure
- Integration with cloud and edge systems
The insight regarding DCIM is that it is evolving into a strategic layer (not just an operational tool).
Frequently Asked Questions
What does data center infrastructure management mean?
Who are the main DCIM software providers?
What are the benefits of using DCIM solutions?
Greater visibility;
Reduced downtime;
Optimised resource utilisation;
Cost savings;
Improved planning for future infrastructure growth.
How do I choose the best DCIM Tool?
Size of your infrastructure;
Desired features of the tool;
Scalability of the tool;
Integration with existing systems;
Total cost (including long-term) to run the tool;
Pilot the tool prior to full deployment.
Are there any Open Source DCIM Software Programs?
Conclusion: Everything Must Be Monitored and Optimised
As the data centre infrastructure becomes more complex, visibility throughout your organisation will become essential.
The goal of monitoring your systems is not to only monitor the systems.
Instead, it should be:
To optimise operational performance; To reduce cost; To prevent equipment failure; To enable scalable capabilities.
Point of View of Logiciel Solutions
Logiciel Solutions is a consulting firm that provides consulting and technical support to clients in designing and implementing infrastructure systems that are intelligent, scalable, and resilient.
Logiciel's AI-first Engineering Teams utilise their extensive experience with infrastructure to provide real operational efficiencies through automated processes and analytical capabilities.
Logiciel does not just support you in implementing DCIM tools; logiciel assists you in developing an infrastructure that will grow with your organisation.
Contact Logiciel to discuss how you can modernise your data centre's infrastructure management strategy.
