Required pre-reading: This article assumes that you have read the LHTS AB fictitious company description. That description defines the company’s business, organisation, procurement model, governance and strategic priorities. From this point, the reader is expected to understand the general LHTS AB context.
Laptops may appear to be a straightforward purchasing category. The products are standardised, several global manufacturers compete for corporate customers, and prices are easy to compare. However, the purchase price is only one part of the business decision.
Laptop choices affect employee productivity, cybersecurity, software compatibility, support cost, working capital, environmental impact and the ability to recover value when equipment is replaced. This worked example shows how the LHTS AB category manager moves from a fragmented purchasing model to a controlled lifecycle strategy.
Training note: This is a fictitious LHTS AB case created for procurement training. It uses real public information about the relevant external market, combined with invented internal company data, stakeholders and supplier situations.
External data retrieved: 29 July 2026.
The LHTS AB business context
LHTS AB has approximately 10,850 employees working across engineering, manufacturing, sales, service and corporate functions. Its operations cover Europe, North America, China and other selected markets.
Not every employee needs an individual laptop. Production employees may use shared workstations, while office employees, engineers, salespeople, managers and field-service technicians depend heavily on mobile computers.
Laptop performance is particularly important for:
- engineers using computer-aided design and simulation applications;
- field technicians accessing customer and equipment information;
- sales employees travelling between customer locations;
- employees working in hybrid office environments; and
- managers handling commercially sensitive or personal information.
The category supports all three LHTS divisions and is owned globally because technical platforms, security requirements and the major supplier market are substantially shared. Regional procurement and local information technology teams remain essential for implementation, local-language keyboards, logistics and support.
Category scope and baseline: where LHTS AB is today
The category includes enterprise laptops, mobile workstations, rugged laptops, docks, chargers, standard accessories, warranty services, deployment, repair, collection, secure data deletion and end-of-life recovery.
It excludes desktop computers, monitors, mobile phones, software licences and telecommunications subscriptions.
The following figures are fictitious training data created for this case.
| Baseline measure | Current LHTS AB position |
|---|---|
| Active laptop estate | Approximately 8,700 devices |
| Annual acquisition volume | Approximately 2,300 devices |
| Annual category spend | SEK 55.8 million |
| Laptop hardware spend | SEK 44.0 million |
| Docks and accessories | SEK 5.2 million |
| Warranty and repair | SEK 3.6 million |
| Deployment and logistics | SEK 2.0 million |
| Recovery and data destruction | SEK 1.0 million |
| Geographic demand | Europe 71%, North America 18%, other regions 11% |
| Current suppliers | Four regional suppliers plus occasional local purchases |
| Spend under an active agreement | 63% |
| Models purchased during the last 12 months | 28 |
| On-time, in-full delivery | 90% |
| Devices returned through approved recovery channels | 74% |
| Current replacement policy | Nominally 36 months, inconsistently applied |
Current user profiles
LHTS currently describes three broad laptop types: travel, stationary office and engineering. In practice, local organisations have added their own variants and specifications.
The category team finds that four profiles better represent the real demand.
| Profile | Approximate share | Main requirements |
|---|---|---|
| Standard mobile office | 61% | Office applications, video meetings, portability and standard security |
| High-mobility sales and leadership | 14% | Lower weight, longer battery life and global warranty |
| Engineering and computer-aided design | 20% | Higher processing, memory and graphics performance |
| Field-service and rugged use | 5% | Durability, connectivity, serviceability and outdoor usability |
The organisation purchased 28 models during the previous year. Some differences were justified, but others resulted from local preference, short-term promotions or purchases made outside the approved process.
The official replacement period is 36 months. Nevertheless, some laptops are replaced after two years because users change roles or experience battery problems. Other laptops remain in use for more than four years because replacement budgets or suitable models are unavailable.
This creates three problems:
- LHTS does not receive full leverage from its aggregated demand.
- Information technology teams support too many configurations.
- The fixed replacement rule does not distinguish between a healthy device and one that can no longer support the user’s work.
The current model therefore combines unnecessary early replacements with unmanaged lifecycle extensions.
The external supply market
A concentrated but competitive market
The global personal-computer market is concentrated among a limited number of large manufacturers. In the second quarter of 2026, Lenovo, HP, Dell, Apple and ASUS represented approximately 74.4% of worldwide traditional personal-computer shipments.
This gives large customers several credible alternatives, but it also means that supply capability, enterprise support and global coverage are concentrated among a relatively small group. A buyer should distinguish between the original equipment manufacturer, the authorised reseller and the service provider. They may perform different roles in the commercial and delivery model.
IDC reported that worldwide shipments fell by 4.9% year on year in the second quarter of 2026. It attributed much of the decline to memory and storage shortages. IDC also noted that the largest manufacturers were better positioned to secure components because of their purchasing scale and supplier relationships. IDC’s July 2026 market update therefore supports treating supply capability as an evaluation factor rather than assuming every bidder has equal access to equipment.
Memory and storage costs create commercial uncertainty
Memory and solid-state storage are important laptop cost drivers. During 2026, competition for memory capacity created both price and availability pressure.
IDC forecast that the personal-computer market would remain affected by memory shortages beyond 2026 and that average selling prices would increase materially. Gartner similarly expected higher memory and storage costs to increase computer prices and encourage business customers to retain devices for longer. IDC’s PC-market outlook and Gartner’s February 2026 forecast both point to a more difficult commercial environment for fixed, long-term model pricing.
For LHTS, this means that a three-year agreement should not depend on one fixed laptop model or an unrealistic fixed unit price. The agreement needs a controlled method for model changes, component substitutions and price reviews.
Operating-system compatibility is a lifecycle requirement
Microsoft ended standard support for Windows 10 on 14 October 2025. Unsupported devices may continue to operate, but they no longer receive normal technical assistance, feature updates or security fixes unless an applicable extended-support arrangement is used.
Laptop procurement must therefore consider the supported operating-system lifecycle, hardware compatibility and security architecture before extending device life. A low annual hardware cost is not attractive if it creates an unsupported endpoint environment. Microsoft’s Windows 10 lifecycle information explains the available transition options.
Artificial-intelligence capability should follow the use case
Manufacturers are adding neural processing units and other capabilities intended for artificial-intelligence workloads. Interest in local, on-device processing is increasing, but applications, compatibility and security controls are still developing.
LHTS should not specify premium artificial-intelligence hardware for every employee merely because it is available. The category team should identify applications that create measurable productivity, security or operating benefits and then specify the required performance.
This prevents a market trend from becoming an expensive standard before the business requirement has been demonstrated.
Regulation and sustainability affect specifications
The European Union’s common-charger requirements have applied to laptops since 28 April 2026. USB-C is the harmonised charging port, and the rules also address charging information and the possibility of selling equipment without an additional charger. This supports greater charger and dock compatibility within the European fleet. The European Commission’s common-charger guidance provides the regulatory background.
From 18 February 2027, the European Union Batteries Regulation introduces requirements concerning the removability and replaceability of portable batteries incorporated into products, subject to the regulation’s detailed provisions and exceptions. Regulation (EU) 2023/1542 strengthens the case for making battery serviceability part of the sourcing decision.
EPEAT provides independently verified environmental criteria for electronics, covering areas such as climate, resources, chemicals and responsible supply chains. Its registry can therefore be used as evidence in supplier and product evaluation rather than relying only on manufacturer declarations. The EPEAT Registry is updated as products and criteria change.
European green-procurement guidance also demonstrates how tenders can address extended service agreements, battery coverage, secure data deletion, standardised ports, battery health and equipment recovery. It notes that computer production can contribute more lifecycle greenhouse-gas impact than the equipment’s use phase. The European Commission’s sustainable-computer procurement example provides practical criteria.
Stakeholders and business requirements
The category manager cannot decide the strategy alone. Procurement owns the commercial strategy and sourcing process, while technical, security and business stakeholders retain their respective decision rights.
| Stakeholder | Main requirement and decision role |
|---|---|
| Chief Digital Officer | Business sponsor and escalation owner |
| Workplace IT | Defines endpoint architecture, support model and technical profiles |
| Information Security | Approves security, device-management and data-deletion requirements |
| Engineering application owners | Validate engineering and computer-aided-design performance |
| Automation and Lifecycle Services | Defines field-service durability and connectivity needs |
| Sustainability | Defines environmental evidence, recovery and reporting requirements |
| Finance | Validates lifecycle cost, benefits and budget effects |
| Legal and Compliance | Reviews contractual, data, audit and regulatory provisions |
| Global Procurement | Owns category strategy, competition, negotiation and supplier governance |
| Regional procurement and IT | Implement agreements and manage local exceptions |
The main stakeholder tension concerns standardisation. Information technology and procurement want fewer models, while engineers, field-service teams and local organisations want equipment adapted to their work.
The category manager should not try to eliminate every difference. The objective is to distinguish justified business requirements from preferences.
Each exception should therefore identify:
- the application or working condition that creates the need;
- why an approved profile cannot meet it;
- the financial and support effect;
- the person authorised to approve it; and
- the date on which the exception will be reviewed.
Category assessment
Kraljic position
The Kraljic portfolio matrix assesses categories according to profit impact and supply risk.
Standard enterprise laptops are primarily a leverage category for LHTS. Spend is material, demand can be aggregated, specifications can be standardised and several established manufacturers compete.
However, parts of the category have higher supply or technical risk:
- engineering workstations require application validation;
- rugged equipment has fewer qualified alternatives;
- component shortages can affect availability;
- a platform change can disrupt docks, drivers and support processes; and
- security or compatibility failures can affect thousands of users.
The correct conclusion is not to classify the entire category as strategic. LHTS should use leverage for standard demand while applying stronger qualification and continuity controls to specialist profiles.
Main risks and responses
| Risk | Assessment | Strategic response |
|---|---|---|
| Memory and storage price increases | High | Forecast visibility, two qualified platforms and controlled price-review rules |
| Excessive model variation | High | Four global profiles and formal exception governance |
| Engineering application incompatibility | High | Benchmark testing and application-owner approval before rollout |
| Dependence on one manufacturer | Medium–high | Primary and challenger platforms with planned volume allocation |
| Unsupported operating systems | High | Lifecycle gates linked to supported software and security requirements |
| Untracked end-of-life equipment | Medium–high | Contracted collection, secure deletion and auditable disposition records |
| Early replacement caused by battery failure | Medium | Extended warranty and battery-replacement service |
| Over-specification for artificial intelligence | Medium | Business-case approval for premium capability |
The target position and category strategy
LHTS will move from repeated regional laptop purchases to a global lifecycle strategy with controlled regional execution.
The target is not simply to buy laptops at the lowest auction price. It is to provide each employee with a suitable, secure and supportable device at the lowest total cost per productive year.
1. Establish four outcome-based profiles
Workplace IT will maintain four global profiles: standard mobile, high-mobility, engineering and field service.
The specifications will describe required outcomes rather than unnecessary brand-specific details. They will cover processing capability, memory, storage, graphics, battery performance, weight, connectivity, security, manageability, repairability and warranty.
Each profile should normally have no more than two approved model families in a region. Local keyboard, power and regulatory differences are permitted without creating a new profile.
Premium artificial-intelligence capability will only be mandatory where an approved application requires it.
2. Replace the automatic 36-month cycle
The standard planning life will increase from 36 to 48 months for office and high-mobility laptops.
Engineering devices may be replaced between 36 and 48 months, depending on application benchmarks and user productivity. Field-service devices will have a 48-month target supported by repair and battery-replacement services.
Replacement will be triggered by defined conditions:
- the device cannot operate a supported security configuration;
- required applications no longer perform adequately;
- repair is not economically reasonable;
- battery or hardware condition cannot be restored; or
- the user moves to a role requiring another approved profile.
Age alone will not automatically trigger replacement.
3. Use a dual-platform supplier model
LHTS will competitively select two qualified manufacturer platforms for standard and mobile demand.
The primary platform will receive approximately 70% of forecast volume and the challenger approximately 30%. The allocation can change according to delivery, quality, support, price and innovation performance.
Specialist engineering and rugged equipment may use a separate qualified supplier where the business case supports it.
Regional authorised resellers or service providers will manage local delivery, configuration, warranty coordination and recovery. Their role and margin must be transparent so that LHTS can distinguish product cost from service cost.
4. Apply a controlled commercial model
The agreement will run for three years with an optional one-year extension.
Bidders will compete on a complete evaluated bundle, including:
- laptop and standard accessories;
- deployment and enrolment;
- warranty and battery service;
- delivery and local support;
- collection and secure data deletion;
- residual-value sharing; and
- agreed reporting.
Prices will be refreshed quarterly. The contract will define how model replacements, memory changes and other significant cost movements are handled.
A reverse e-auction may be used when the approved offers are technically equivalent and the commercial comparison is genuinely clear. It is a negotiation tactic, not the category strategy itself.
5. Introduce total-cost evaluation
The category team will evaluate total cost per device-year rather than only acquisition price.
The model will include:
- hardware and accessories;
- deployment;
- warranty and repair;
- internal support effort;
- expected service life;
- failure-related user downtime;
- logistics;
- residual value; and
- secure end-of-life treatment.
A more expensive laptop may provide better value if it remains productive for an additional year, requires fewer repairs or returns a higher residual value.
6. Strengthen sustainability and circularity requirements
For relevant markets, LHTS will require EPEAT Gold, Climate+ or equivalent independently verified evidence where suitable products are available.
The sourcing requirements will also address:
- a minimum four-year warranty;
- battery health reporting and replacement;
- spare-parts availability;
- USB-C charging and dock compatibility;
- product carbon-footprint information;
- repair and failure statistics;
- secure collection and data deletion;
- reuse before recycling where technically and legally appropriate; and
- auditable reporting of the final equipment destination.
Chargers will not automatically be included with every replacement device when compatible equipment is already available.
7. Protect continuity without excessive inventory
LHTS will provide suppliers with a rolling 12-month forecast and a firm short-term call-off plan.
The service provider will maintain an agreed deployment buffer for standard profiles. Where commercially possible, the supplier will own the buffer until LHTS calls off the equipment. This protects responsiveness without unnecessarily increasing LHTS inventory.
Engineering and rugged models will have separate continuity plans because their demand is lower and substitutions take longer to approve.
8. Govern the category after contract signature
Operational supplier performance will be reviewed monthly. Formal business reviews will take place quarterly, and the cross-functional category team will review the strategy annually.
The review will cover cost, delivery, device performance, security, sustainability, user experience, future applications and market changes.
Action plan and implementation
| Phase | Main activities | Accountable owner | Key dependencies |
|---|---|---|---|
| Months 0–2 | Confirm scope, clean spend data, map device estate and identify contracts | Global Category Manager | ERP, asset and service-desk data |
| Months 1–3 | Approve four user profiles and exception process | Head of Workplace IT | Engineering, field service and security input |
| Months 2–4 | Build total-cost model and baseline | Procurement and Finance | Repair, support and residual-value data |
| Months 3–5 | Conduct supplier market engagement and request information | Global Category Manager | Approved requirements and forecast |
| Months 5–7 | Run competitive sourcing process and technical tests | Procurement and Workplace IT | Test users, application benchmarks and security review |
| Months 7–8 | Complete evaluation, recommendation and approvals | Business sponsor and Procurement | Finance, Legal, Sustainability and delegated authority |
| Months 8–10 | Contract suppliers and complete onboarding | Procurement and Legal | Supplier due diligence and data-security review |
| Months 9–12 | Pilot deployment in Sweden, Germany and the United States | Workplace IT | Device enrolment, local support and user communication |
| Months 12–18 | Roll out regional agreements and retire non-approved buying channels | Regional Procurement | Catalogue, ERP and asset-master changes |
| Months 12–24 | Extend lifecycle, activate recovery process and track realised value | Category Manager and Workplace IT | Warranty, battery service and recovery reporting |
The implementation must include phase-in and phase-out rules. Existing working devices should not be replaced merely to create immediate contract compliance. They should transition when they reach a valid lifecycle decision point.
Measures and review
| KPI | Definition | Owner | Management purpose |
|---|---|---|---|
| Approved-profile compliance | Percentage of new devices purchased from an approved profile | Global Category Manager | Control variation and contract leakage |
| Total cost per device-year | Total category cost divided by productive device-years | Finance and Procurement | Measure lifecycle value |
| Average productive service life | Average months in supported business use | Workplace IT | Track lifecycle extension |
| On-time, in-full delivery | Devices delivered complete by the confirmed date | Supplier and Regional Procurement | Protect employee onboarding and replacement plans |
| First-24-month incident rate | Percentage of devices requiring hardware repair in 24 months | Workplace IT | Compare product quality |
| Security compliance | Percentage enrolled, encrypted and operating an approved configuration | Information Security | Control endpoint risk |
| Recovery traceability | Percentage of collected devices with validated disposition records | Sustainability | Control data and environmental risk |
| Residual value recovered | Net resale or reuse value returned to LHTS | Finance and Procurement | Improve lifecycle economics |
Finance will validate savings and other benefits.
A reduction in annual purchases caused by extending useful life may create a real budget effect. However, the same benefit must not also be reported as a purchase-price saving. Residual value, cost avoidance, working-capital effects and risk reduction should be reported separately.
What future buyers should learn from this example
- A category strategy is broader than a tender or reverse auction.
- Demand and specification management can create more value than price negotiation.
- Standardisation should control preferences without ignoring legitimate specialist requirements.
- Device life should reflect performance, security, repairability and total cost—not age alone.
- Implementation, asset recovery and supplier governance are part of the strategy.
Conclusion
The LHTS AB laptop strategy replaces fragmented regional purchasing and a rigid 36-month replacement rule with four global profiles, lifecycle-based replacement, dual qualified platforms and controlled regional services.
The strategy uses competition where products are comparable, but it does not assume that the lowest purchase price creates the best result. Its purpose is to provide secure and productive equipment, reduce unnecessary variation, manage volatile market conditions, extend useful life and recover value at the end of use.
That is the difference between buying laptops and managing the laptop category.
Sources
- IDC – PC Market Runs Low on RAM to Grow, July 2026
- IDC – PC Market Enters Volatile Territory, June 2026
- Gartner – Memory Costs and the 2026 PC Market
- Microsoft – Windows 10 Support Ended on 14 October 2025
- European Commission – The EU Common Charger
- EUR-Lex – Regulation (EU) 2023/1542 on Batteries and Waste Batteries
- EPEAT Registry
- European Commission – Procuring Sustainable Computers and Related Services
