Everything has a lifespan. Once an item has surpassed its expected lifespan, it typically outlives it’s intended use and can cause more problems than it solves. This principle especially applies to technology. When a piece of technology becomes obsolete, it can be slow, frustrating to work with and create potential risks. But every unit of tech has a window in which it operates its absolute best. Companies can take full advantage of this period through IT lifecycle management.
While business software and hardware ages quickly — even faster as new technologies come into play — it’s essential to know when it’s time to replace your old units and computers. With proper management, you can even save money and increase your employees’ productivity. This guide will introduce you to the concept of the lifecycle of IT devices, explain how these lifecycles affect IT management and show you why third-party management services may be the best option for your company.
What Is IT Life cycle?
All technology, including hardware and software, has a period within which it operates at its best before it becomes obsolete. The period begins for each piece of equipment once a company acquires and deploys it and it enters its usable stage.
The technology lifecycle of a particular piece of equipment depends on several factors besides how long a business has had it. It can be shorter or longer based on what kind of tech it is, how the company uses it, the parameters of your business’ IT system and how often you conduct maintenance. If you know how long a piece of equipment should last, you can often increase the IT lifecycle through routine maintenance and care, system updates and physical upgrades.
Why Does the IT Lifecycle Matter?
For businesses from large to small, the technologies you implement should help make your work easier. Your equipment should allow your employees more time and resources to handle non-automatable tasks, while the tech handles computational and organizational matters. These machines can also provide valuable services and give your company a distinct advantage over your competitors. With reliable and upgraded hardware, your customers may trust you more with their sensitive data.
However, in keeping your business modernized, you could be overlooking several issues. By replacing your equipment too soon, you can lose money and miss out on the advantage of an improved return on your investment. But if you wait to replace equipment until it’s outdated, it could negatively impact your business. Old tech can result in failures, downtime, lost data and other problems that can be costly for your budget and reputation.
By paying attention to the lifecycle of your technology, you can understand when the best times to make upgrades are and keep up to date with maintenance. Sticking to scheduled maintenance and replacement dates will help your company mitigate potential risks and keep uptime levels high. The benefits of remaining attentive to your IT hardware lifecycle are varied. Every business has to replace their tech at some point, and managing each unit’s duration will ensure you do so at the optimal time.
It’s also important to understand that there isn’t one single lifecycle, either. Each piece of tech has a different lifespan. You’ll have to keep track of each unit’s deployment date and where each device is in its lifespan. Once an asset reaches the end of its useful period, it’s best to have a replacement system ready.
The Disadvantages of Aging Hardware and Software
Over time, the usefulness of individual tech units wears thin. Manufacturers’ system updates are coming at a faster rate than ever before, and it’s getting progressively more challenging to keep up with the newest releases. As older models of equipment and software get on in years, they face unique sets of problems, which transfer over to your business.
Allowing your equipment and software to age past its determined lifespan without replacements can cause several disadvantages for companies, including:
In general, old equipment can impact the overall performance of your team. Working with the same or similar hardware for years means they’re likely comfortable with using it. However, it can limit their performance, whereas companies that update more frequently can expand their capabilities and continually increase productivity.
Also, struggling with the slower speeds and clunkier operations that often come with outdated equipment can eat away at your employees’ time when they could be working on other projects, reducing productivity across the board.
One of the most significant elements of your hardware and software that manufacturers update over time is security. Every piece of equipment or software has a particular type of safeguards. However, as your tech ages, those safeguards become less effective. The longer it’s been since your last upgrade, the more likely it is that hackers have found ways past your system’s safety nets.
In addition to that, your data will become more vulnerable. You can update the software frequently, but eventually, your hardware will either no longer support further upgrades, or the manufacturers will phase them out intentionally. If you want to ensure you haven’t left a hole for attackers or threats, maintain updates and know when it’s time to get rid of old hardware.
There’s no more significant inconvenience to a business than unexpected downtime and failures. Holding on to old equipment will increase your chances of experiencing major technical issues, which can take anywhere from hours to days to fix, especially if you’re unprepared.
It may force you to replace the hardware anyway, which means you still have to pay the replacement costs, but you’re also losing far more time and decreasing productivity. Failures also reflect poorly on a company’s reputation, and customers are more likely to choose businesses that continually upgrade rather than wait for a failure.
Increased Maintenance Costs
While aging units and computers may feel more familiar to your IT team, they will increasingly require more maintenance as they get older. Keeping them running without error will cost you more attention and time, which translates to losing money and increasing the potential for mistakes and failures. The same goes for software. The older it gets, the more susceptible it becomes to things like glitches and slowing performance, meaning a need for more frequent support and higher costs.
With so many downsides, there’s almost no reason to hold on to old units. They’re more likely to cause your employees headaches and avoidable stress than to save you money, and attempting to keep them running could result in far worse circumstances and expensive fixes. However, you can make the most of your equipment and know when it’s time to trade it out with IT lifecycle management.
What Are the Stages of the IT Lifecycle?
IT lifecycle management is an excellent solution to solve your updating needs. It can be a challenging task to monitor and track the lifespan of each piece of equipment your company runs, as well as the software. While it is necessary to stay on top of it for the sake of productivity, lower costs and reputation, you don’t have to do it all alone. Third-party companies can help you stay on top of your IT lifecycles, allowing your tech team more time to solve pressing matters from day to day.
When you choose to work with an IT lifecycle management team, they’ll help you take care of the full process from procurement to disposition. In IT asset management, it’s essential to have adequate procedures planned out for each stage. Here is a breakdown of the steps within the lifecycle process and what a management company can provide:
The procurement stage is the first step in successful lifecycle planning and management. It includesplanning, negotiating and acquisition:
- Planning:Before moving forward with any purchases, it’s best to have a plan in place. Management teams will help you create strategies for tech goals, business objectives and potential expansion, as well as weigh your options as far as outsourcing versus in-house services. You’ll also plan for asset disposal at the end of the lifecycle.
- Negotiating:Once you have an idea of how you want to progress, your team negotiates to find you the best possible fit for your company in terms of hardware and software.
- Acquisition:The team helps you settle on the best option and begins executing the objectives you laid out in the initial plan. You’ll also procure new tech assets, review purchase logistics and finalize any financing options.
The second stage of lifecycle management is deployment. Once you have your new hardware and software assets, you can begin installing and integrating them into your current systems. Your team will ensure the equipment fits in with the IT environment and prepare it to run alongside your existing setup. If it all looks correct, they’ll put it into production.
After your assets are successfully deployed, they’ll still require supervision and support. Your team will track the purpose of each unit, the owner of each element and the overall performance. If any unforeseen issues arise, they’ll diagnose the problem and help you handle it to avoid downtime or data loss. In addition to monitoring the elements after deployment and providing support, they’ll also make sure you remain in compliance with security standards and any other applicable regulations.
The management phase also includes insource and outsource, help desk and remote support services and data backups. Management lasts throughout the tenure of the equipment, as it requires monitoring and tech support throughout its lifecycle.
Decommission and Disposition
The final stage of the management cycle involves the responsible removal of technological assets once your company replaces them. Your team will remove them from the physical IT environment and your system as a whole. During the process, they’ll be responsible for protecting your company’s data and any information involved with the removed elements.
Once the retired units are off the premises, they’ll dispose of them responsibly or return them to the leasing company. If you own the assets, the management team can either resell the retired units or dispose of them in a manner that complies with EPA standards. Overall, it saves your company a lot of time and energy by turning the responsibility over to your management team.
Can Lifecycle Management Maximize Your IT?
Lifecycle management services are more than a convenience for your company. They can help you maximize your IT systems and utilize them to the fullest. If you work with a certified company with professional engineers, they can assist you in optimizing your network of software and hardware.
With the guidance of a management team, you can keep your tech running at peak performance. From choosing the best models to purchase, to setting them up in your IT environment, to performing regular maintenance until it’s time for replacements, they will guide you through what makes the most sense for your business. An essential part of IT management is creating a plan before integrating new assets.
Careful planning is the key to cost-efficiency. It leads to better budgeting and maintaining profitability through significant acquisitions. Through planning and scheduling your IT management, you can maximize your return on investment (ROI). Your expenses and the amount of time your equipment lasts are both significant parts of increasing ROI. Planning your capital expenses before procurement will help ensure you don’t over-invest too early, as you also need to consider maintenance costs later down the line.
The best route is to organize a multiple-year expansion with clear objectives and timelines. If you plan out your future, it’ll benefit you more than taking on short term IT projects. Lifecycle management services can help you put together a long term plan involving the procurement and replacement of technical assets, as well as the continued support and maintenance of the new units. Having skilled and experienced personnel guide you will help increase your equipment’s ROI and keep your company’s productivity high.
The Benefits of Systems and Infrastructure Lifecycle Management
Along with maximizing your IT, lifecycle management can provide your company with many advantages. Working with a professional company means you’ll have a team of experts ensuring you upgrade at the optimal time for your business. You won’t have to delegate management objectives and steps among your tech team members, allowing them more time to handle internal affairs and provide support for your other employees.
Some of the other benefits of employing IT management services include:
Continually Updated Assets
It can be challenging to know what time is right for replacing your assets. It may seem more comfortable to hold onto older models and continue to perform maintenance. Still, there’s a point where you can begin to lose money by continually investing in outdated computers and units.
When you work with a reliable partner, you can rest assured that your assets will be updated and compatible with modern systems. You’ll know precisely when the right time is to upgrade your equipment, and your team can help you stay on track with each element necessary to your business. As your hardware and software systems age, your lifecycle management team will monitor and provide support.
Many of the most significant issues that can negatively affect productivity are related to outdated tech. Old units can hold back your employess, either by posing problems with slow processing speeds, being general headaches or occasionally having a failure resulting in downtime. Slowed productivity caused by outdated systems can affect job quality and morale for your employess and cost your company time and money. With lifecycle management, you can focus on keeping productivity high.
With newer assets, your employees will face fewer support issues caused by old or incompatible elements, meaning more time for them to work. The latest equipment will also provide them with the best tools for success, such as heightened security measures and improved computational systems.
Effective Cost Management
While many businesses think they can get the most for their money by holding on to old units as long as possible, it can end up costing you more in the long run. As equipment ages, it requires more frequent support and maintenance, using your time and money. Those resources could be better spent elsewhere, advancing your company rather than fixing issues.
With a dedicated lifecycle management team, you’ll be able to save money and make the most of your resources. From procurement to disposition, your team will help you decide how long to keep your assets based on cost and ROI, as well as whether or not they serve the same purposes they did when you first purchased them. They will also assist you in making better-informed decisions in the future when it comes to buying new equipment.
Not every company has time to monitor their hardware and software consistently. The IT team typically has multiple responsibilities to handle, as do the individuals in upper management positions. Many companies only catch attacks or failures when one of their employees reports an issue or red flag, which can be too late to prevent damages entirely. This problem can be especially challenging when there is sensitive data on the line.
In between procuring new assets and disposing of old units, lifecycle management teams will monitor your systems closely. If they catch a potential issue, they’ll provide quick support and notify you as soon as possible. Early detection is the key to preventing downtime and data loss. They’ll also keep the tech backed up, so if you do experience any downtime, you can get back up and running shortly.
Not every company wants to delegate their entire IT management to a third-party service provider, but others welcome the idea. Some would prefer to outsource parts of the lifecycle management while still retaining some responsibility. Many companies that provide technology lifecycle management services offer custom tools to suit every business’s expectations and needs. You can get the support you require while still retaining control over your processes.
Access to Skilled Professionals
When you partner with a company that provides lifecycle management services, you’ll also have the benefit of working with trained IT professionals who are knowledgeable about the ins and outs of the network lifecycle. They can provide you with expert advice and speak from experience working with other companies similar to yours.
Work With an IT Expert at Worldwide Services
When it comes time to choose a company to handle your IT lifecycle management, it’s essential to find one that’s reliable and experienced. Worldwide Services offers you comprehensive management, helping you reduce your tech expenses, increase network efficiency and receive the maximum return on your investments. We also help you reduce risks and provide your customers with faster, more streamlined services.
At Worldwide Services, we understand the value of partnership. We do our best to serve your company and meet all your needs. With over $250 million worth of equipment in stock, immediate delivery services, teams of certified engineers in-house and 24/7 remote support, we can provide you with fast, reliable assistance.
Let Worldwide Services take care of your IT lifecycle management —browse our servicesorcontact uswith any questions.
IT system life-cycle management is the administration of a system from provisioning, through operations, to retirement. Every IT system, resource, and workload has a life cycle. Life-cycle management lets you: Reliably create systems in an automated and scalable manner.What is the information systems life cycle? ›
Definition(s): The phases through which an information system passes, typically characterized as initiation, development, operation, and termination (i.e., sanitization, disposal and/or destruction).WHY is it lifecycle management important? ›
Effective IT lifecycle management can help your business plan for the future. No purchase lasts forever—especially when it comes to IT. As technology continues to evolve, both the underlying hardware systems and the user-facing software applications need to be regularly upgraded if they are to keep up.What is information life cycle of IoT information cycle? ›
There are four stages to the IoT product life cycle. These are Design, Deployment, ongoing Management, and Decommissioning. Let us walk through each stage. Design is the first stage of the life cycle but likely the most important one.Who is responsible for life cycle management? ›
The Program Manager (PM) is the single point of accountability for accomplishing program objectives for TLCSM. Consequently, the PM is responsible for the implementation, management, and/or oversight of activities associated with the system's development, production, fielding, sustainment, and disposal.What are the stages of technology life cycle? ›
There are four phases of the Technology Life Cycle, including Research and Development, Growth, Maturity and Inevitable Decline. The key aspects of each phase are outlined below: Research and Development: During this stage costs far outweigh the return and the technology's future is still uncertain.Which is the first stage of the systems life cycle? ›
1. Planning. This is the first phase in the systems development process. It identifies whether or not there is the need for a new system to achieve a business"s strategic objectives.What is the first phase in the systems life cycle? ›
Phase 1 of the systems development life cycle involves a preliminary analysis, an initial phase at the start of a project that determines whether the concept is viable; any proposed alternative solutions; the cost benefit evaluation; and finally the submission of the preliminary plan for recommendations.What is system development life cycle with examples? ›
There are usually six stages in this cycle: requirement analysis, design, development and testing, implementation, documentation, and evaluation.What is the purpose of a life cycle? ›
A life cycle approach can help us make choices. It implies that everyone in the whole chain of a product's life cycle, from cradle to grave, has a responsibility and a role to play, taking into account all the relevant impacts on the economy, the environment and the society.
The benefit of information lifecycle management is that the process can help entities manage roles, responsibilities and obligations throughout the existence of any particular bit of data. Data privacy policies and procedures likely need to be updated and meshed with other pertinent policies.What are the challenges in information life cycle management? ›
- Finding difficulties with Compliance Issues. Federal compliance is mandatory for all businesses. ...
- Not performing optimally. ...
- Facing too many legal actions. ...
- Quick and Effective Customer Service. ...
- Data Collection. ...
- Data Creation. ...
- Data Classification. ...
- Data Archival.
The stages through which information passes, typically characterized as creation or collection, processing, dissemination, use, storage, and disposition, to include destruction and deletion.Which components are parts of the lifecycle data management? ›
Four recommended stages for DLM include: 1) Data acquisition and capture; 2) Data backup and recovery; 3) Data management and maintenance; 4) Data retention and secure destruction.What are the principles of life cycle management? ›
STAGE: Five Principles
This STAGE is an acronym standing for “Services”, “Traceability”, “Auditability”, “Governance”, and “Engineering”.
Beginning of life
- Identifying product requirements.
- Coordinating production.
- Testing the product in different markets.
- Strategizing to meet supply needs.
Life cycle analysis (LCA) is a method used to evaluate the environmental impact of a product through its life cycle encompassing extraction and processing of the raw materials, manufacturing, distribution, use, recycling, and final disposal. From: Journal of Environmental Management, 2010.Is product a life cycle? ›
A product life cycle is the length of time from a product first being introduced to consumers until it is removed from the market. A product's life cycle is usually broken down into four stages; introduction, growth, maturity, and decline.What is the technology adoption life cycle and what are the 5 stages? ›
The technology adoption lifecycle is a description of customer behavior related to the acceptance of a new product or feature, which is often broken into innovators, early adopters, early majority, late majority and laggards.What is the general shape of technology life cycle? ›
The phases of the technology life cycle have been given different labels by various researchers. However, most important is the economic explanation for the “S” shape of the life-cycle curve.
However, many software development experts suggest that the requirement collection and analysis stage is the most important aspect of SDLC. This is when the project team begins to understand what the stakeholders expect from the project.What is planning in SDLC? ›
The planning phase of the SDLC is also when the project plan is developed that identifies, prioritizes, and assigns the tasks and resources required to build the structure for a project. With that said, this step culminates in a detailed project plan.What is the System Development Life Cycle PDF? ›
A Systems Development Life Cycle (SDLC) contain six important phases that are essential for developers, such as requirement gathering and analysis, design, implementation or coding, testing, deployment and maintenance  .What is the ITIL service Lifecycle? ›
The ITIL service lifecycle is a process approach to the best practices laid out within the ITIL framework, and it is broken into five phases: service strategy, service design, service transition, service operation, and continual service improvement.What is S3 lifecycle management? ›
An S3 Lifecycle configuration is an XML file that consists of a set of rules with predefined actions that you want Amazon S3 to perform on objects during their lifetime. You can also configure the lifecycle by using the Amazon S3 console, REST API, AWS SDKs, and the AWS Command Line Interface (AWS CLI).What are the principles of life cycle management? ›
STAGE: Five Principles
This STAGE is an acronym standing for “Services”, “Traceability”, “Auditability”, “Governance”, and “Engineering”.
The product life cycle is the progression of a product through 5 distinct stages—development, introduction, growth, maturity, and decline. The concept was developed by German economist Theodore Levitt, who published his Product Life Cycle model in the Harvard Business Review in 1965. We still use this model today.What are the 5 stages of ITIL? ›
- Service Strategy.
- Service Design.
- Service Transition.
- Service Operation.
- Continual Service Improvement.
- Q1. What is ITIL®? ...
- Q2. What are the processes that constitute ITIL? ...
- Q3. What are the benefits of ITIL?
- Q4. What are the processes utilized by the Service Desk? ...
- Q5. What are the objectives of Incident Management? ...
- Q6. How does the Incident Management system work? ...
- Q7. What is an SLA? ...
ITIL 4 includes the Four Dimensions of Service Management (rather than the Four P's of Service Design in ITIL v3/2011.) These include: Organizations and People; Information and Technology; Partners and Suppliers; and Value Streams and Processes.
To create a lifecycle rule
Sign in to the AWS Management Console and open the Amazon S3 console at https://console.aws.amazon.com/s3/ . In the Buckets list, choose the name of the bucket that you want to create a lifecycle rule for. Choose the Management tab, and choose Create lifecycle rule.
Amazon Simple Storage Service (S3) Replication is an elastic, fully managed, low cost feature that replicates objects between buckets. S3 Replication offers the most flexibility and functionality in cloud storage, giving you the controls you need to meet your data sovereignty and other business needs.What is S3 bucket policy? ›
A bucket policy is a resource-based AWS Identity and Access Management (IAM) policy. You add a bucket policy to a bucket to grant other AWS accounts or IAM users access permissions for the bucket and the objects in it. Object permissions apply only to the objects that the bucket owner creates.What is product life cycle examples? ›
Here are a few product life cycle examples: The home entertainment industry is filled with examples at every stage of the product life cycle. For example, videocassettes are gone from the shelves. DVDs are in the decline stage, and flat-screen smart TVs are in the mature phase.What is life cycle analysis of a product? ›
Life cycle analysis (LCA) is a method used to evaluate the environmental impact of a product through its life cycle encompassing extraction and processing of the raw materials, manufacturing, distribution, use, recycling, and final disposal. From: Journal of Environmental Management, 2010.What is the first stage of product life cycle? ›
The development stage of the product life cycle is the research phase before a product is introduced to the marketplace. This is when companies bring in investors, develop prototypes, test product effectiveness, and strategize their launch.
Description: The introduction stage is the first stage in the product life cycle where a company tries to build awareness about the product or service in a market where there is less or no competition.