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Table of Contents
In brief
The right managed IT services for software companies take operational work off your engineers without taking control away from them. Choose a provider that runs your cloud, monitoring, endpoints, and after-hours response under an agreed split of responsibilities, commits to SLAs that fit inside the promises you make to customers, and hands back everything it builds if you leave. For most growing software companies, a co-managed model, where engineering keeps architecture and code while the provider runs day-to-day operations, is the strongest starting point.
The essentials
- Start with ownership, not vendors: Decide what engineering keeps and what a provider runs before you compare anyone. The shared responsibility map in this guide gives you a ready-made draft.
- Count the engineering time tax: The hours your engineers spend on IT and operations are the real cost of doing it yourself, and the formula below puts a number on it.
- Match the model to your stage: Founder-run IT, co-managed IT services, and fully managed IT each fit a different point in a software company’s growth.
- Layer your SLAs: A managed IT services SLA only protects you if it fits inside your customer SLA and accounts for your cloud provider’s terms.
- Keep your infrastructure as code: Contracts that leave Terraform, credentials, or runbooks with the provider are the most common trap for software companies.
When should a software company outsource IT operations?
A software company should outsource IT operations when the skills it needs are hard to hire, operational work is eating into engineering time, or enterprise customers start asking for controls the team cannot evidence. Three trends are pushing that point earlier than many teams expect.
Specialist skills are scarce: The 2025 ISC2 Cybersecurity Workforce Study, which surveyed 16,029 professionals, found that 59% face critical or significant skills needs, up from 44% a year earlier, and 88% have experienced at least one significant security consequence because of a skills shortage. Cloud security is the second most-cited gap at 36%, behind AI at 41%, according to Infosecurity Magazine’s coverage of the study. Those gaps surface as operational failures too: 24% of respondents linked skills shortages to misconfigurations, and the same share to unsecured systems.
Cloud spend needs active governance: Respondents to Flexera’s 2026 State of the Cloud Report estimate that 29% of their IaaS and PaaS spend is wasted, the first increase in five years, and 85% call managing cloud spend a top challenge. Flexera’s announcement of the report also notes that MSPs remain critical for managing cloud complexity while customers keep greater ownership of governance and cost accountability. That is the co-managed pattern in a single sentence.
Vendor access is under scrutiny: Verizon’s 2025 Data Breach Investigations Report found that third-party involvement in breaches doubled to 30%. Enterprise buyers know this, so they will ask how you control any provider with privileged access, and your MSP has to meet your security bar, not its own.
What are managed IT services for software companies?
Managed IT services for software companies are ongoing IT operations run by a Managed Services Provider (MSP) under a contract with a defined scope and measurable service levels. In a software business, that work spans two very different environments: the corporate IT your employees use every day, and the production infrastructure your customers depend on.
Corporate IT vs production: two different jobs
| Corporate IT | Production infrastructure |
Who depends on it | Your employees | Your customers |
Typical scope | Laptops, identity, SaaS apps, help desk, onboarding and offboarding | Cloud accounts, Kubernetes clusters, databases, networking, monitoring, backups |
What failure looks like | Slower teams, security gaps, audit findings | Outages, exposed customer data, missed SLAs |
Common tools | Microsoft Intune, Jamf, Okta, Microsoft Entra ID, Google Workspace | AWS, Azure, Google Cloud, Terraform, Datadog, PagerDuty |
Many generic providers only cover the corporate IT column. IT managed services for software development companies need to cover both environments, or state clearly which one they leave alone. A complete engagement usually includes cloud infrastructure management, 24/7 IT monitoring and support, patching, backup and disaster recovery testing, identity and endpoint management, help desk support, and the control evidence your SOC 2 or ISO 27001 auditor will ask for.
One term to keep straight: an MSP runs IT operations, while a managed security services provider (MSSP) focuses on security monitoring and threat response. A strong MSP builds security controls into everything it operates, but a security-only service is a different contract.
Signs it is time to bring in a provider
If two or more of these sound familiar, it is time to evaluate managed IT services for software companies seriously:
- Your most senior engineers are the default on-call for anything that is not application code.
- An enterprise prospect’s security questionnaire, or your first SOC 2 audit, reveals controls you have but cannot evidence.
- You run more cloud accounts or clusters than anyone can name from memory, and nobody clearly owns the bill.
- Access reviews, offboarding, and laptop setup happen whenever someone remembers.
- Incidents outside business hours depend on who happens to see the alert.
How much engineering time does IT operations cost you?
The biggest cost of running IT operations yourself rarely shows up as a budget line: it is engineering time diverted from the product. You can estimate this engineering time tax in a few minutes using numbers from your own team.
Annual engineering time tax = engineers involved x weekly hours on IT and operations work x working weeks per year x fully loaded hourly cost
How to fill in each input
- Engineers involved: everyone who handles infrastructure tickets, access requests, laptop issues, non-application incidents, or audit evidence, not just the people with “DevOps” in their title.
- Weekly hours: pull two to four weeks of tickets, on-call logs, and calendar time instead of guessing. Self-estimates tend to miss the small interruptions that add up.
- Working weeks per year: your own figure after holidays and leave.
- Fully loaded hourly cost: salary plus benefits, payroll taxes, equity, and tooling, divided by annual working hours. Your finance team will already have this number.
A worked example in hours
Say three engineers each spend six hours a week on operational work across 46 working weeks. That is 3 x 6 x 46 = 828 hours a year. At 40 hours a week, a working year is 1,840 hours, so those 828 hours equal 45% of one engineer’s year spent on work that ships nothing to customers.
Multiply the hours by your fully loaded rate, add the cost of the after-hours coverage you are not providing today, and you have the baseline to compare against quotes for managed IT services for software companies scoped to the same work. The opportunity cost, meaning the features that hours like these would have delivered, usually matters even more than the direct figure.
Who owns what? A shared responsibility model for software companies
The clearest way to scope an MSP is a shared responsibility map: each operational area marked as owned by engineering, run by the provider, or shared between them. For managed IT services for software companies, it is the most useful document you can write before talking to any provider, because it defines exactly what you are buying.
The table below shows a typical co-managed split for a cloud-first software company. Treat it as a draft and adjust it to your own team.
Operational area | Typical owner | How the split works |
Application code and releases | Engineering | The provider alerts on failed deployments but does not change code |
Architecture and platform decisions | Engineering | The provider advises and flags operational risks |
CI/CD pipelines | Engineering | The provider may maintain runners or rotate secrets by agreement |
Infrastructure as code (Terraform, Pulumi) | Shared | Engineering owns the repository; the provider contributes through pull requests you approve |
Cloud monitoring and alert triage | MSP | The provider escalates application-level faults to your on-call |
After-hours incident response | Shared | The provider responds first and restores what it can; engineering handles code issues |
Patching of operating systems and managed services | MSP | Runs inside maintenance windows you approve |
Backups and disaster recovery testing | MSP | Engineering signs off each restore test |
Identity, access, and offboarding | Shared | Engineering defines roles; the provider executes and logs every change |
Laptops, endpoints, and help desk | MSP | The provider handles employee IT end to end |
Cloud cost governance | Shared | The provider reports and recommends; engineering approves changes |
Compliance evidence for SOC 2 or ISO 27001 | Shared | The provider evidences the controls it runs; you own the policies and the report |
Attach the final version to the contract as an appendix. It becomes the reference point for every “is that in scope?” conversation, and it is the first thing to update when your team or stack changes.
Is in-house IT or managed IT better for a SaaS company?
It depends on your stage. Early teams can run IT themselves with good defaults, growth-stage companies usually get the most from co-managed IT services, and fully managed IT suits lean teams without dedicated operations staff. Only large companies with deep, stable needs typically justify a complete in-house operations function.
Stage | What it looks like | Model that usually fits | What to hand over first |
Early | Founders and engineers handle IT, one or two cloud accounts, no formal compliance yet | In-house, with strong defaults | Nothing yet; set up single sign-on, multi-factor authentication, device management, and infrastructure as code from day one |
First enterprise deals | Security questionnaires, a first SOC 2 audit, growing headcount, uptime commitments in contracts | Fully managed or co-managed | Endpoints, identity, help desk, monitoring, patching, and audit evidence |
Scale | Multiple cloud accounts or regions, 24/7 obligations, a platform or SRE team in place | Co-managed | After-hours response, routine operations, cost reporting, and compliance evidence, so the platform team can focus on reliability engineering |
Large and stable | Dedicated IT and operations departments | In-house, with specialists for gaps | Overflow work and niche expertise only |
The in-house IT vs managed IT services decision is rarely permanent. Deloitte’s 2024 Global Outsourcing Survey found that 80% of executives plan to maintain or increase investment in third-party outsourcing, yet the same survey found that 70% had brought selected work back in-house over the previous five years. Build your contract and documentation so scope can move in either direction as you grow.
What should a software company look for in a managed IT services provider?
Look for a managed IT services provider for software companies that works fluently in your stack, accepts a shared responsibility model, writes SLAs around your customer commitments, and leaves you owning everything it builds. These seven MSP selection criteria separate an operations partner from a generic help desk.
The bar is higher than for most businesses. Managed IT services for SaaS companies protect a customer-facing product, while many managed IT services for tech companies focus on office IT and leave production out of scope entirely.
1. Fluency in your stack
The provider should already work with what you run: AWS, Azure, or Google Cloud; Kubernetes; Terraform or Pulumi; GitHub Actions or GitLab CI; and observability tools such as Datadog, Grafana, or Amazon CloudWatch. Ask for engineers certified on your platforms and a reference client whose stack resembles yours.
2. Comfort with shared ownership
Strong providers make infrastructure changes through pull requests to your repository, follow your change approval process, and escalate application issues to your on-call instead of patching around them. A provider that insists on its own way of working will fight your engineering culture.
3. Coverage that matches your exposure
Confirm who is awake at 3 a.m., whether they have production access, and what they are authorized to do before escalating to your team. Round-the-clock coverage only counts if the person responding can actually act.
4. Security and compliance maturity of its own
Expect named, individually logged, least-privilege access with multi-factor authentication; alignment with the NIST Cybersecurity Framework 2.0 or the CIS Critical Security Controls; and the provider’s own SOC 2 Type II report or ISO 27001 certificate. It will hold privileged access to your environment, so its controls become part of yours.
5. Detection that catches problems early
Early detection pays. IBM’s 2025 Cost of a Data Breach research found that organizations that detected a breach themselves saved about $900,000 compared with breaches disclosed by an attacker. Ask what the provider monitors, what it alerts on, and how quickly an alert reaches a human.
6. Work inside your tools
Tickets should land in your service desk, alerts in your PagerDuty or Opsgenie rotations, and conversations in Slack or Microsoft Teams. Parallel portals create blind spots.
7. Reporting leadership can read
A monthly report should cover SLA attainment, incidents and root causes, cost findings, and open risks, in plain language your leadership team can act on.
How do SLAs work when you run on AWS, Azure, or Google Cloud?
Your customers experience one level of service, but it is built from several commitments stacked together: the SLA you give customers, your managed IT services SLA, your cloud provider’s SLA, and your own engineering on-call. For managed IT services for software companies, the stack only holds when each layer fits inside the one above it.
The four layers of the SLA stack
Layer | Who commits | What it covers | What it does not cover |
Customer SLA | You, to your customers | Availability and support response for your product | Anything outside your contract’s definition of “available” |
MSP SLA | Your managed IT provider | Response and resolution for the systems in its scope | Your application code unless agreed, and outages at the cloud provider |
Cloud provider SLA | AWS, Microsoft, or Google | Availability of individual cloud services | Your architecture choices; remedies are typically service credits, not your lost revenue |
Internal on-call | Your engineering team | Application-level incidents and escalations from the MSP | Infrastructure tasks the provider owns |
How to make the stack hold
- Turn your customer SLA into a downtime budget: Convert your uptime commitment into the minutes of downtime it allows. This breakdown of uptime targets and the downtime each one allows shows the conversion.
- Set MSP targets by priority: Make sure a critical incident is acknowledged, worked, and escalated well inside that budget, with time left for diagnosis and fixes.
- Design for cloud failures instead of relying on cloud SLAs: Plan for zone or region outages in your architecture, because service credits do not restore service.
- Define the handoff: Write down when the MSP escalates to your on-call, through which channel, and how quickly your team must respond.
- Report against the customer SLA: Measure the provider against the outcome your customers actually feel, not just its own internal targets.
How much do managed IT services cost?
The cost of managed IT services for software companies depends on scope, environment complexity, coverage hours, SLA targets, and compliance requirements, so credible providers quote after a discovery assessment rather than from a price list. What you can compare up front is the pricing model, because it decides how your costs move as you grow.
Common managed IT services pricing models
Model | How it works | Fits software companies when | Watch for |
Per user | Flat monthly fee per employee supported | The scope is mostly corporate IT | Production infrastructure often excluded |
Per device or endpoint | Fee per laptop, server, or managed asset | The estate is stable and countable | Cloud resources that scale up and down daily |
Environment-based | Priced on cloud accounts, clusters, or workloads managed | Production is cloud-native | Fees tied to spend rather than effort |
Co-managed retainer | A fixed block of services or hours beside your team | You have a platform or DevOps team | Unused hours that do not roll over |
All-inclusive | One fixed fee for a clearly defined scope | You want budget certainty | Vague scope boundaries |
Project-based | Priced per migration, audit preparation, or one-off build | You need a defined outcome | No ongoing accountability afterward |
To compare quotes fairly, normalize each one to the same shared responsibility map, coverage hours, and SLA, then weigh the result against the engineering time tax you calculated earlier. Ask every provider to list, in writing, what is excluded.
What contract red flags should software companies watch for?
The riskiest MSP contracts for software companies are the ones that quietly move ownership of your infrastructure to the provider. Check for these eight red flags before you sign:
- The provider owns what it builds: Infrastructure as code, scripts, and runbooks created for your environment should belong to you and live in your repositories.
- Shared or generic admin accounts: Every provider engineer should have named, individually logged access that you can revoke at any time.
- Tools licensed in the provider’s name: If monitoring, backup, or endpoint tools run in the provider’s tenant, leaving means losing history and configuration. Prefer your own tenants with delegated provider access.
- Production changes without your approval: Changes should follow your change process, not the provider’s convenience.
- “24/7” with no targets: Round-the-clock coverage means little without response and resolution times by priority, plus service credits.
- No exit plan: The contract should specify the handover of credentials, documentation, and configuration, with a defined transition period.
- Long auto-renewals with no performance exit: Repeated SLA misses should give you a way out.
- Blurry security scope: If security-only monitoring is sold as managed IT, or security is excluded entirely, get the boundary in writing.
How do you evaluate and compare MSPs before signing?
Score every shortlisted provider against the same weighted criteria, test its answers against your shared responsibility map, and check its claims with documents and references. That is how to choose a managed IT services provider on evidence rather than on the strength of a sales presentation.
The weighted MSP scorecard
Score each provider from 1 to 5 per criterion, multiply by the weight, and add the results for a total out of 5. The weights below suit a cloud-first software company; adjust them to your priorities.
Criterion | Weight | What a 5 looks like |
Stack fit | 25% | Certified engineers on your cloud, hands-on Kubernetes and Terraform work, a reference with a similar stack |
SLA strength | 20% | Targets by priority, production coverage around the clock, service credits, reporting against your customer SLA |
Security and compliance | 20% | Own SOC 2 Type II report or ISO 27001 certificate, named and logged access, support for your audit evidence |
Shared ownership and exit terms | 15% | Works through your repositories and change process, tools in your tenants, documented handover |
Detection and reporting | 10% | Clear monitoring coverage, fast alert-to-human time, readable monthly reports |
Commercial terms | 10% | Transparent pricing, written exclusions, fair renewal terms |
For example, a provider scoring 4 on stack fit, 5 on SLAs, 4 on security, 4 on shared ownership, 3 on detection, and 3 on commercial terms earns (0.25 x 4) + (0.20 x 5) + (0.20 x 4) + (0.15 x 4) + (0.10 x 3) + (0.10 x 3) = 4.0 out of 5. Treat a score below 3 on security or shared ownership as a deal-breaker, whatever the total.
MSP evaluation checklist
Run every shortlisted provider of managed IT services for software companies through this MSP evaluation checklist before you sign:
- Shared responsibility map agreed and attached to the contract
- Ownership of infrastructure as code, scripts, and runbooks confirmed as yours
- Named, individually logged provider access with multi-factor authentication
- Monitoring, backup, and endpoint tools running in your own tenants
- SLA targets set by priority and checked against your customer SLA
- Provider’s own SOC 2 Type II report or ISO 27001 certificate reviewed
- Sample monthly report and post-incident review examined
- At least two references from software or SaaS clients contacted
- Onboarding plan with milestones and an SLA start date agreed
- Exit, handover, and renewal terms documented
What questions should you ask an MSP before signing a contract?
- Which parts of our shared responsibility map would you change, and why?
- How do you make changes to our infrastructure as code, and who approves them?
- Who responds to a critical incident at 3 a.m., and what can they do before escalating to us?
- Which tools would run in our accounts, and which in yours?
- Can we see a redacted monthly report and post-incident review from a software client?
- Which SOC 2 or ISO 27001 controls would you operate, and what evidence would you produce?
- If we leave, what do we get back, and how long does the handover take?
Hand over the operations, keep the engineering
The best managed IT services for software companies make your engineering team faster, not smaller. Engineers keep the architecture, the code, and the decisions that shape the product. The provider takes the operational load that pulls them away from it, under SLAs that protect what you promise customers and a contract that leaves you owning everything built along the way.
That only works when ownership is explicit. The shared responsibility map, the engineering time tax, and the SLA stack in this guide are the three things to settle before you talk to any provider, because they turn a vague outsourcing conversation into a precise scope.
One thing to do this week: list every operational task your engineers handled in the past month, from access requests to 2 a.m. alerts, and mark each one engineering, provider, or shared. That single page tells you how much to hand over, what belongs in the contract, and which questions to ask first.
Give your engineers their roadmap back. Zazz’s managed IT services team runs cloud operations, monitoring, and support for software and SaaS companies, working inside your tools and alongside your engineering team. Talk to a Zazz managed IT specialist about which operations to hand over first.
Frequently asked questions
What do managed IT services for software companies include?
Managed IT services for software companies usually cover corporate IT, such as endpoints, identity, and help desk, plus production operations, such as cloud infrastructure management, monitoring, patching, backups, and incident response. The contract should state which environments are in scope and how responsibilities split between the provider and your engineers.
Are outsourced IT services for software companies secure?
They can be, when the provider meets your own security bar. Require named, logged, least-privilege access with multi-factor authentication, keep tools in your own accounts, and ask for the provider’s SOC 2 Type II report. Verizon’s 2025 DBIR found third-party involvement in breaches doubled to 30%, so vendor access deserves real scrutiny.
Does an MSP replace a DevOps or SRE team?
No. An MSP takes on routine operations such as monitoring, patching, backups, and after-hours response, which frees DevOps and SRE engineers to focus on reliability engineering, automation, and platform improvements. Most software companies with a platform team use a co-managed model, where engineering owns architecture and code while the provider runs day-to-day operations.
Who should own infrastructure as code in an MSP engagement?
You should. Keep Terraform or any other infrastructure as code in your own repositories, with the provider contributing through pull requests your engineers review. That keeps a single source of truth, preserves the change history, and means nothing has to be rebuilt or handed back if you change providers later.
Should a startup use an MSP before its first SOC 2 audit?
Often, yes. A first SOC 2 audit needs controls such as access reviews, device management, change management, backups, and monitoring to run consistently and leave evidence. An MSP can operate many of those controls and produce the evidence, while your company still owns the policies, the auditor relationship, and the final report.
What is the difference between an MSP and an MSSP?
An MSP, or Managed Services Provider, runs IT operations such as monitoring, infrastructure, cloud operations, support, and incident response. An MSSP, or managed security services provider, focuses specifically on security monitoring and threat response. Many software companies use an MSP for operations and add an MSSP when they need dedicated security operations.
How much should managed IT support for software companies cost?
There is no reliable universal price, because cost depends on scope, coverage hours, environment complexity, and compliance needs. Compare quotes normalized to the same scope and SLA, then weigh them against your engineering time tax: the hours your engineers currently spend on operational work multiplied by their fully loaded cost.
