What Is a Reasonable Annual IT Budget for a Small Manufacturer?
A manufacturing company with 25–50 employees may reasonably budget approximately $75,000–$300,000 per year for technology, depending on its number of facilities, production systems, cybersecurity requirements, hardware replacement needs, and level of outsourced support.
A useful starting point is to divide the annual IT budget into six categories: managed support, software and cloud services, cybersecurity, hardware replacement, projects, and contingency reserves.
For a 40-employee manufacturer, a practical planning budget might include:
- $48,000–$132,000 for managed IT support
- $18,000–$60,000 for software and cloud subscriptions
- $15,000–$50,000 for cybersecurity and compliance
- $20,000–$60,000 for hardware replacement
- $15,000–$75,000 for projects and improvements
- 5%–10% as a contingency reserve
These figures are planning ranges rather than quotes. The correct budget should reflect the systems that support production, the cost of downtime, customer requirements, and the company's growth plans.
This guide provides a six-part framework for building a predictable manufacturing IT budget with an internal team or managed IT provider.
Annual IT Budget Examples by Company Size
| Company size | Foundational annual budget | Comprehensive annual budget | Advanced or compliance-focused budget |
|---|---|---|---|
| 25 employees | $75,000–$125,000 | $125,000–$200,000 | $200,000–$275,000+ |
| 35 employees | $95,000–$150,000 | $150,000–$240,000 | $240,000–$325,000+ |
| 50 employees | $125,000–$200,000 | $200,000–$300,000 | $300,000–$450,000+ |
A foundational budget may support one location, standard office systems, basic cybersecurity, and limited project activity. A comprehensive budget may include 24/7 support, advanced security, business continuity, lifecycle replacement, and strategic planning.
Compliance-focused manufacturers may require additional spending for CMMC, NIST 800-171, expanded logging, network segmentation, documentation, assessments, and remediation projects.
The Six-Part Manufacturing IT Budget Framework
1. Budget for Ongoing IT Support
Ongoing support is the foundation of the IT budget. It pays for the people, tools, monitoring, maintenance, and troubleshooting required to keep employees and systems productive.
A manufacturer may use:
- One or more internal IT employees
- A fully managed IT provider
- A co-managed arrangement
- Hourly or project-based consultants
- A combination of these models
Managed IT Budget Range
Comprehensive managed IT commonly costs approximately $100–$275 per user per month, depending on service scope, cybersecurity, onsite coverage, locations, and production schedules.
| Employees | Estimated monthly range | Estimated annual range |
|---|---|---|
| 25 employees | $2,500–$6,875 | $30,000–$82,500 |
| 35 employees | $3,500–$9,625 | $42,000–$115,500 |
| 50 employees | $5,000–$13,750 | $60,000–$165,000 |
The monthly agreement may include:
- Help desk support
- 24/7 monitoring
- Remote assistance
- Routine onsite support
- Server and network management
- Microsoft 365 administration
- Patch management
- Cybersecurity tools
- Backup monitoring
- Vendor coordination
- Employee onboarding and offboarding
- Technology planning
Ask the provider to identify which licenses, projects, onsite visits, and cybersecurity services are included or billed separately.
Internal IT Budget Range
An internal IT budget should include more than salary.
Potential costs include:
- Salary
- Payroll taxes
- Benefits
- Recruiting
- Training and certifications
- Computer and mobile equipment
- Monitoring and support platforms
- Cybersecurity tools
- Backup software
- After-hours coverage
- Outside consultants
- Temporary support during leave or turnover
A single internal employee may still require an MSP or specialist partner for cybersecurity, major projects, compliance, and backup coverage.
Co-Managed IT Budget
A co-managed IT arrangement allows internal staff and an MSP to divide responsibilities.
Examples include:
- The MSP handles the help desk while internal IT supports production systems.
- Internal IT supports employees while the MSP manages infrastructure and security.
- The MSP provides after-hours and vacation coverage.
- The MSP supports compliance, projects, and strategic planning.
Co-managed pricing depends on the exact responsibilities retained by each team. A written responsibility matrix should be created before the budget is approved.
2. Budget for Software and Cloud Subscriptions
Software subscriptions are often distributed across several departments, which makes the total cost easy to underestimate.
The technology budget may need to include:
- Microsoft 365
- ERP or MRP software
- MES platforms
- CAD and engineering applications
- Accounting software
- Customer relationship management
- Cloud file storage
- Backup services
- Remote-access tools
- Security awareness training
- Password management
- Electronic signature services
- Telephone and collaboration platforms
- Warehouse and shipping applications
Software Budget Example for a 40-Employee Manufacturer
| Software category | Illustrative annual range |
|---|---|
| Microsoft 365 and collaboration | $6,000–$15,000 |
| ERP or MRP licensing and support | $10,000–$60,000+ |
| Engineering and CAD applications | $8,000–$40,000+ |
| Backup and recovery subscriptions | $5,000–$20,000 |
| Security and identity tools | $8,000–$30,000 |
| Other cloud and business applications | $5,000–$20,000 |
Application costs vary significantly. ERP, CAD, and specialized manufacturing systems may exceed these ranges depending on modules, user counts, support agreements, and implementation requirements.
Review Software Renewals Before the Budget Year
For every application, document:
- Vendor
- Product and subscription level
- Number of licenses
- Annual cost
- Renewal date
- Contract term
- Business owner
- Cancellation deadline
- Expected price increase
- Alternative options
Review renewals at least 60–120 days in advance. This provides time to remove unused licenses, negotiate changes, or migrate to another platform.
3. Budget for Cybersecurity and Compliance
Cybersecurity should be a defined budget category rather than an emergency expense after an incident.
A manufacturer with 25–50 employees may spend approximately $40–$150 per user per month for managed cybersecurity, depending on the safeguards and monitoring included.
A cybersecurity budget may cover:
- Multi-factor authentication
- Endpoint detection and response
- Email filtering
- Managed security monitoring
- Firewall security subscriptions
- Security awareness training
- Password management
- Vulnerability assessments
- Penetration testing
- Incident-response planning
- Cyber-insurance requirements
- Backup protection
- Compliance consulting
Cybersecurity Budget Tiers
| Security level | Illustrative annual range for 40 employees | Typical scope |
|---|---|---|
| Foundational | $20,000–$35,000 | Endpoint security, email protection, patching, multi-factor authentication, and training |
| Managed protection | $35,000–$60,000 | Foundational controls plus managed monitoring, vulnerability management, and incident planning |
| Advanced or compliance-focused | $60,000–$120,000+ | Expanded logging, assessments, segmentation, compliance support, and advanced response services |
Some cybersecurity expenses may already be included in the managed IT agreement. Avoid double-counting by separating bundled services from additional tools and projects.
CMMC and NIST Budget Considerations
Manufacturers handling Federal Contract Information or Controlled Unclassified Information may require:
- Readiness assessments
- System Security Plan development
- Policy documentation
- Network segmentation
- Access-control improvements
- Expanded logging
- Multi-factor authentication
- Security awareness training
- Remediation projects
- Formal assessments
Compliance costs depend on the environment, contractual requirements, and number of unresolved gaps. Manufacturers can use CMMC compliance services to develop a phased readiness plan.
4. Budget for Hardware Replacement
Computers, servers, firewalls, switches, wireless equipment, and backup platforms should be replaced through a planned lifecycle rather than after failure.
Typical planning ranges include:
| Equipment type | Typical lifecycle | Illustrative replacement cost |
|---|---|---|
| Standard business computer | 3–5 years | $1,000–$2,000 |
| Engineering workstation | 3–5 years | $2,500–$6,000+ |
| Production workstation | 4–7 years when supported | $2,000–$8,000+ |
| Business server | 4–6 years | $8,000–$30,000+ |
| Firewall | 4–6 years | $2,000–$10,000+ |
| Managed network switch | 5–8 years | $1,000–$6,000+ |
| Wireless access point | 4–6 years | $500–$1,500+ |
| Backup appliance | 4–6 years | $5,000–$25,000+ |
Annual Hardware Reserve Formula
A simple reserve formula is:
Total equipment replacement value ÷ average useful life
If the company's technology would cost approximately $250,000 to replace and the average lifecycle is five years, it may reserve:
$250,000 ÷ 5 = $50,000 per year
The company may not spend exactly $50,000 every year, but the reserve makes large replacements more predictable.
Rolling Computer Replacement
A manufacturer can replace approximately 20%–33% of employee computers each year.
For 40 computers, that may mean replacing:
- Eight computers per year on a five-year cycle
- Ten computers per year on a four-year cycle
- Thirteen computers per year on a three-year cycle
Rolling replacement reduces emergency purchases and prevents many systems from reaching end of life at the same time.
5. Budget for Projects and Improvements
Recurring support keeps the current environment operating. Projects improve, replace, or expand it.
Common manufacturing technology projects include:
- Server replacement
- Cloud migration
- ERP implementation or upgrade
- Network redesign
- Wireless expansion
- Firewall replacement
- New facility setup
- Office relocation
- Production-network segmentation
- Backup and disaster-recovery improvements
- Microsoft 365 migration
- Security remediation
- Telephone-system replacement
- Acquisition integration
Project Budget Categories
Each project estimate should include:
- Hardware
- Software licenses
- Professional services
- Application-vendor assistance
- After-hours installation
- Employee training
- Data migration
- Testing
- Temporary equipment
- Contingency
A project can appear inexpensive when only the hardware is included. The complete budget should account for implementation and business disruption.
Three-Year Project Roadmap
Organize projects into three groups:
- Year 1: Immediate risk reduction and required replacements
- Year 2: Productivity and resilience improvements
- Year 3: Growth, modernization, and optimization
Every project should include a business reason, estimated cost, expected outcome, and risk of delay.
6. Maintain a Contingency Reserve
Even a well-planned budget cannot predict every failure, security incident, or business change.
Manufacturers may reserve approximately 5%–10% of the annual IT budget for unexpected costs.
The contingency reserve may be used for:
- Emergency hardware replacement
- Unexpected software increases
- Cybersecurity incident response
- Acquisition or hiring changes
- New customer requirements
- Production equipment connectivity
- Internet or telephone changes
- Unplanned data recovery
- Urgent compliance remediation
A $200,000 annual technology budget might therefore include a reserve of approximately $10,000–$20,000.
Example Annual IT Budget for a 40-Employee Manufacturer
Consider a manufacturing company with:
- 40 employees
- One facility
- Two production shifts
- 45 office and production computers
- Two servers
- Microsoft 365
- An ERP platform
- Engineering applications
- A warehouse and shipping department
- Customer cybersecurity requirements
| Budget category | Illustrative annual amount |
|---|---|
| Managed IT support | $84,000 |
| Microsoft 365 and cloud applications | $18,000 |
| ERP and engineering software | $35,000 |
| Cybersecurity services | $30,000 |
| Backup and business continuity | $12,000 |
| Computer replacement | $18,000 |
| Server, firewall, and network reserve | $22,000 |
| Planned projects | $30,000 |
| Training and compliance | $8,000 |
| Contingency reserve | $15,000 |
| Total annual budget | $272,000 |
This example equals approximately $6,800 per employee per year, or about $567 per employee per month when all support, software, security, hardware, and project costs are included.
The managed IT fee is only one part of the complete technology budget.
What Percentage of Revenue Should a Manufacturer Spend on IT?
Revenue percentage can provide a broad benchmark, but it should not replace a system-by-system budget.
A small manufacturer might spend approximately 2%–6% of annual revenue on technology, with higher percentages possible during major upgrades, rapid growth, acquisitions, or compliance initiatives.
For example:
| Annual revenue | 2% IT budget | 4% IT budget | 6% IT budget |
|---|---|---|---|
| $3 million | $60,000 | $120,000 | $180,000 |
| $5 million | $100,000 | $200,000 | $300,000 |
| $8 million | $160,000 | $320,000 | $480,000 |
| $10 million | $200,000 | $400,000 | $600,000 |
A revenue-based budget may be misleading when the company has unusually complex production systems, multiple facilities, or significant compliance obligations.
The budget should be tested against:
- Number of employees
- Number of devices
- Facilities and shifts
- Production dependencies
- Required applications
- Cybersecurity risk
- Hardware replacement needs
- Growth plans
Operating Expenses vs. Capital Expenses
The technology budget often includes both recurring operating expenses and larger capital purchases.
| Operating expense examples | Capital expense examples |
|---|---|
| Managed IT services | Servers |
| Cloud subscriptions | Network equipment |
| Cybersecurity monitoring | Large computer purchases |
| Software support | Backup appliances |
| Internet and telephone services | Infrastructure for a new facility |
| Backup storage | Major system implementations |
Accounting treatment depends on the purchase, contract, and applicable accounting rules. A qualified accounting professional should determine how each expense should be classified.
How Should the IT Budget Support Production?
The budget should prioritize systems according to operational impact.
Production-related expenses may include:
- ERP and MRP availability
- Production workstations
- Machine-network connectivity
- Warehouse wireless coverage
- Barcode scanners
- Label printers
- Secure vendor access
- Production-network segmentation
- Spare equipment
- Recovery images
- Redundant internet connections
Ask these questions before cutting a production-related expense:
- What process depends on this system?
- How many employees are affected if it fails?
- What does one hour of downtime cost?
- How quickly can the system be restored?
- Is there a manual alternative?
A low-cost system may deserve high budget priority when its failure can stop an entire production line.
How Should the Budget Address IT Downtime?
Manufacturing downtime can cost thousands of dollars per hour through idle labor, lost production, delayed shipments, overtime, and recovery expenses.
The budget should consider:
- 24/7 monitoring
- Emergency support coverage
- Redundant internet connections
- Spare firewall or switch equipment
- Server warranties
- Backup and recovery technology
- Restoration testing
- Production workstation images
- Business continuity exercises
A planned investment of $20,000 in resilience may be justified when one major outage could cost $50,000 or more.
Manufacturers can use business continuity services to establish recovery priorities and test restoration procedures.
How Much Should Be Budgeted for Backup and Disaster Recovery?
Backup and recovery may cost approximately $500–$3,000 or more per month for a 25–50 employee manufacturer, depending on the amount of data, number of servers, cloud services, retention requirements, and recovery speed.
The budget may include:
- Server backups
- Microsoft 365 backups
- Cloud storage
- Offsite replication
- Immutable backup protection
- Backup monitoring
- Restoration testing
- Disaster-recovery infrastructure
- Emergency recovery labor
Faster recovery usually requires greater investment. A system that must be restored in one hour needs a different design from an archive that can remain unavailable for two days.
How Much Should Be Budgeted for Employee Training?
Technology training may include cybersecurity, software adoption, new employee orientation, and application-specific instruction.
A practical annual training budget may include:
- Security awareness training for every employee
- Phishing simulations
- Microsoft 365 training
- ERP or application training
- Internal IT certifications
- Incident-response exercises
Manufacturers may plan approximately $100–$1,000 per employee annually, depending on the type and depth of training.
Application-specific training may cost more when it involves consultants, travel, or production downtime.
How Much Should Be Budgeted for a New Facility?
A new manufacturing or warehouse facility may require a separate technology budget covering:
- Internet circuits
- Firewalls
- Network switches
- Wireless access points
- Structured cabling
- Computers and printers
- Telephone systems
- Security cameras
- Access-control systems
- Production connectivity
- ERP access
- Backup and continuity
- Professional services
A small facility project may cost $25,000–$100,000+, while a larger production environment may require substantially more.
Begin planning at least 3–6 months before the facility is expected to open. Internet installation and specialized equipment can have long lead times.
How Should Growth Affect the IT Budget?
Employee growth affects more than computer purchases.
For every new employee, the budget may need to include:
- Computer and accessories
- Microsoft 365 license
- ERP or business application licenses
- Cybersecurity services
- Backup coverage
- Managed IT support
- Telephone service
- Employee setup labor
- Training
A new office employee might require an initial technology investment of approximately $1,500–$4,000, plus recurring monthly services.
An engineer or production employee using specialized equipment may require $4,000–$10,000+ in hardware, software, and implementation costs.
How Should IT Spending Be Prioritized?
Use a five-level priority system.
| Priority | Description | Example |
|---|---|---|
| 1. Required | Necessary for legal, contractual, security, or operational reasons | Replacing an unsupported firewall |
| 2. Critical risk reduction | Prevents significant downtime or data loss | Improving backups or replacing an aging ERP server |
| 3. Productivity improvement | Saves employee time or improves output | Replacing slow engineering workstations |
| 4. Strategic growth | Supports expansion or new capabilities | Preparing technology for a second facility |
| 5. Optional enhancement | Useful but can be delayed with limited risk | Upgrading noncritical conference-room equipment |
Fund required and risk-reduction items before cosmetic or convenience improvements.
How Do You Evaluate the Return on an IT Investment?
Technology may produce value by reducing risk, saving labor, supporting revenue, or improving customer service.
Use these calculations:
Labor Savings
Hours saved per employee × number of employees × burdened hourly rate
If a software improvement saves 15 employees 20 minutes per day at a burdened rate of $40 per hour:
15 × 0.33 hours × $40 × 250 workdays = approximately $49,500 annually
Downtime Reduction
Expected outage hours avoided × hourly downtime cost
If improved recovery prevents eight hours of downtime valued at $5,000 per hour:
8 × $5,000 = $40,000 in avoided loss
Risk Reduction
Estimated incident probability × estimated incident cost
If a security improvement reduces the estimated annual probability of a $200,000 incident from 20% to 10%, the expected annual risk reduction is:
($200,000 × 20%) − ($200,000 × 10%) = $20,000
Risk estimates are imperfect, but they help leadership compare preventive spending with potential financial exposure.
Questions Leadership Should Ask During IT Budget Review
- Which systems can stop production?
- What does one hour of downtime cost?
- Which equipment will become unsupported next year?
- Are all required cybersecurity controls funded?
- Are backups tested and recovery targets documented?
- Which software renewals are increasing?
- Are unused licenses being removed?
- Which projects are required by customers or contracts?
- What technology is needed for planned hiring or expansion?
- Which recurring support problems should be permanently resolved?
- Does the budget include employee training?
- Is there a contingency reserve?
- Which costs are included in the MSP agreement?
- Which projects will be billed separately?
- What risks are we accepting by delaying an expense?
Common Manufacturing IT Budgeting Mistakes
Budgeting Only for Monthly IT Support
The managed service fee does not cover every software license, hardware replacement, project, or compliance requirement.
Waiting for Hardware to Fail
Emergency replacement creates downtime, expedited shipping, after-hours labor, and limited purchasing options.
Failing to Include Software Renewals
ERP, CAD, Microsoft 365, security, and cloud subscriptions may increase annually.
Treating Cybersecurity as Optional
Security spending should be based on business risk, contracts, insurance requirements, and recovery costs.
Ignoring Production Technology
Office technology may be well managed while production workstations, vendor access, and equipment networks remain undocumented.
Approving Projects Without Implementation Costs
Hardware and software prices do not include migration, testing, training, downtime, and vendor coordination.
Cutting Training First
Employees may not use new systems effectively or recognize security threats without training.
Using Last Year's Budget Without Reviewing Changes
Hiring, new facilities, customer requirements, aging equipment, and software increases can make the previous budget inaccurate.
Failing to Reserve for Emergencies
Unexpected failures then compete with payroll, inventory, and other operating priorities.
Comparing MSP Proposals by Price Alone
A lower-priced proposal may exclude cybersecurity, onsite support, backup testing, vendor coordination, and strategic planning.
A 12-Month Manufacturing IT Budget Process
Months 1–2: Inventory and Baseline
- Document users, devices, applications, vendors, and facilities.
- Review current spending.
- Identify contract and renewal dates.
- Confirm hardware age and warranty status.
Months 3–4: Risk Assessment
- Identify production-critical systems.
- Review cybersecurity gaps.
- Verify backups and recovery procedures.
- Document unsupported equipment.
Months 5–6: Project Planning
- Create replacement recommendations.
- Estimate project costs.
- Review growth and hiring plans.
- Coordinate ERP and equipment-vendor requirements.
Months 7–8: Prioritization
- Rank required, risk-reduction, productivity, and growth initiatives.
- Estimate the cost of delaying each project.
- Adjust projects to match available capital.
Months 9–10: Proposal and Approval
- Present the budget to leadership.
- Explain operational and financial impact.
- Confirm operating and capital expense treatment.
- Approve the contingency reserve.
Months 11–12: Scheduling
- Assign target quarters.
- Order equipment with long lead times.
- Schedule work around production.
- Communicate expected downtime and training requirements.
The budget should then be reviewed quarterly as prices, risks, and business priorities change.
Quarterly IT Budget Review Checklist
- Actual spending compared with budget
- New employees, devices, or facilities
- Unexpected support or project costs
- Upcoming software renewals
- Hardware failures and warranty expirations
- Cybersecurity incidents and findings
- Backup and recovery test results
- Project progress
- Changes in customer or compliance requirements
- Unused licenses and services
- New operational risks
- Remaining contingency funds
Example: Reducing an Unpredictable IT Budget
A 35-employee manufacturer spends approximately $85,000 annually on IT, but the amount varies significantly because most purchases occur after failures.
The current budget includes:
- Hourly IT support
- Microsoft 365
- ERP support
- Basic antivirus
- Occasional computer replacement
An assessment identifies:
- A six-year-old server
- Eight computers older than five years
- No tested disaster-recovery plan
- Inconsistent multi-factor authentication
- An unsupported firewall
- No project reserve
The company creates a three-year plan.
Year 1
- Replace the firewall.
- Deploy managed cybersecurity.
- Test backups.
- Replace eight computers.
- Begin fixed-fee managed IT support.
Planned annual budget: $165,000
Year 2
- Replace the server or migrate the application.
- Add secondary internet service.
- Replace another group of computers.
- Improve production-network segmentation.
Planned annual budget: $195,000
Year 3
- Complete the computer refresh.
- Upgrade warehouse wireless coverage.
- Conduct a cybersecurity and recovery assessment.
- Prepare for expected hiring.
Planned annual budget: $160,000
The annual spend increases, but emergency costs and downtime become more predictable. Leadership can approve expenses before failures affect production.
Frequently Asked Questions About Manufacturing IT Budgets
How much should a 25–50 employee manufacturer spend on IT?
A practical annual planning range is approximately $75,000–$300,000, with higher budgets possible for multiple facilities, advanced cybersecurity, major projects, or compliance requirements.
How much should IT cost per employee?
When support, software, cybersecurity, hardware, and projects are included, a manufacturer may spend approximately $3,000–$8,000 or more per employee per year.
What percentage of revenue should be spent on IT?
A broad planning range may be approximately 2%–6% of revenue. The correct amount depends on operational complexity, risk, growth, and current replacement needs.
Is managed IT included in the full technology budget?
Yes, but it is only one category. The full budget should also include software, hardware, cybersecurity, backup, training, projects, and contingency funds.
How much should be reserved for computer replacement?
Estimate the total replacement value and divide it by the average lifecycle. Replacing 20%–33% of computers annually is a practical approach for many companies.
How much should be reserved for emergencies?
A contingency reserve of approximately 5%–10% of the annual IT budget may be appropriate.
Should cybersecurity have a separate budget?
Yes. Separating cybersecurity makes it easier to verify that required tools, monitoring, training, assessments, and incident-response planning are funded.
Are software subscriptions operating expenses?
They are commonly treated as operating expenses, but the correct accounting treatment depends on the agreement and applicable accounting standards. Consult a qualified accounting professional.
Should projects be included in the managed IT fee?
Routine changes may be included, while major migrations, replacements, new locations, and compliance projects are commonly billed separately.
How often should the IT budget be reviewed?
Review the budget quarterly and conduct a complete annual planning process before the next fiscal year.
How far in advance should hardware replacements be planned?
Maintain a three- to five-year lifecycle plan and begin detailed planning at least three to six months before a major replacement.
How do we know whether an IT expense is justified?
Compare the expense with labor savings, downtime reduction, security risk, contractual requirements, and expected business growth.
Should a manufacturer lease or buy equipment?
Either approach may work. Compare cash flow, total financing cost, lifecycle requirements, ownership, and contract terms.
What is the biggest IT budgeting mistake?
The most common mistake is budgeting only for recurring support while ignoring software increases, equipment replacement, cybersecurity, and projects.
Who should create the IT budget?
Leadership, finance, operations, internal IT, and the managed IT provider should collaborate. Production leaders should help identify operational priorities and downtime risks.
Why Manufacturers Use 911 IT for Technology Budgeting
911 IT provides manufacturing IT support for businesses across Utah, Wyoming, and Arizona. The team helps manufacturers convert technical risks and business plans into clear annual budgets and multi-year roadmaps.
Budget-planning capabilities include:
- Hardware and software inventories
- Managed IT cost planning
- Computer and server lifecycle schedules
- Cybersecurity budgeting
- Backup and recovery planning
- Software-renewal tracking
- Project estimates
- CMMC and NIST readiness planning
- Three-year technology roadmaps
- Quarterly business reviews
- vCIO guidance
- Fixed-fee service options
Manufacturers with internal technical staff can also use co-managed services for budgeting, project estimates, cybersecurity planning, and independent technical review.
Create a Predictable Manufacturing IT Budget
A useful IT budget does more than record last year's spending. It identifies the systems that support production, plans equipment replacement, funds cybersecurity, and prepares the company for growth and unexpected events.
911 IT can review your current expenses, users, equipment, software, security, and upcoming projects, then create a practical one-year budget and three-year technology roadmap.
Schedule a discovery call with 911 IT or contact our team to discuss an IT budget for your manufacturing company.
