Ransomware Protection Plan Cost for a 100-Employee Company

Understanding Ransomware Risk for 100-Employee Companies #

For a 100-employee company, ransomware is one of the most financially damaging cyber risks you face. You’re big enough to be an attractive target with meaningful data and cash flow, but often not big enough to have a fully staffed security team.

Several trends drive risk for organizations in the 50–250 employee range:

• Automated attacks: Attackers use scanning tools and phishing kits that don’t care about your size. If your systems are exposed or your staff clicks a bad link, you’re in scope.
• Supply-chain and vendor risk: Even if you’re not directly targeted, a compromised IT provider, software vendor, or file-sharing service can become the entry point.
• Double and triple extortion: Modern ransomware gangs often:
  • Encrypt your data
  • Steal sensitive information and threaten to leak it
  • Disrupt your operations or attack your customers/partners

For a 100-employee firm, a serious ransomware event can mean:

• Days or weeks of downtime
• Lost revenue and contract penalties
• Emergency IT and forensics bills
• Regulatory notifications and legal costs
• Long-term reputational damage

That’s why budgeting for ransomware protection is less about “extra tools” and more about protecting your ability to operate. The cost of a solid protection plan is usually a fraction of even one serious incident.

Disclaimer: This article is for informational purposes only and is not legal, financial, or security advice. For decisions about ransomware, cyber insurance, or regulatory obligations, consult qualified cybersecurity professionals, legal counsel, and your insurance advisor.

Key Components of a Ransomware Protection Plan #

A realistic ransomware protection plan for a 100-employee company is “layered.” No single product will stop every attack, so you combine controls to reduce risk and limit damage.

Core components typically include:

1. Endpoint security #

Endpoints (laptops, desktops, servers) are where ransomware usually executes.

Modern endpoint protection should include:

• Next-generation antivirus (NGAV)
• Endpoint Detection and Response (EDR) with behavior-based detection
• Ransomware-specific protections (e.g., blocking mass file encryption, rollback features)
• Centralized management and reporting

2. Email and phishing protection #

Most ransomware starts with a phishing email.

You want:

• Advanced email security (spam, malware, and phishing filtering)
• Attachment and URL sandboxing
• Domain spoofing and impersonation protection
• Security awareness training and phishing simulations for staff

3. Identity and access controls #

Ransomware often spreads using stolen credentials or over-privileged accounts.

Key measures:

• Multi-factor authentication (MFA) everywhere feasible, especially VPN, email, and admin access
• Strong password policies and password managers
• Role-based access control (RBAC) and least-privilege configuration
• Conditional access rules for remote or risky logins

4. Backup and recovery #

Backups are your safety net when prevention fails.

Effective ransomware-resilient backups include:

• Regular, automated backups of servers, cloud apps, and critical endpoints
• Offsite or cloud copies isolated from your main network
• Immutable or versioned backups (cannot be easily altered or encrypted)
• Clearly documented and tested restore procedures

5. Network and perimeter security #

Network controls help limit spread if ransomware gets in.

Typical elements:

• Next-generation firewall (NGFW) with intrusion prevention and web filtering
• Network segmentation (e.g., separating servers, guest Wi-Fi, and OT/IoT devices)
• VPN with MFA for remote access
• DNS filtering to block known malicious domains

6. Monitoring, detection, and response #

Ransomware often shows warning signs before full encryption.

Options include:

• Security Information and Event Management (SIEM) system
• Managed Detection and Response (MDR) services
• 24/7 monitoring of endpoints, firewalls, and cloud services
• Incident response playbooks and escalation paths

7. Policies, training, and incident response planning #

Technology alone is not enough.

You also need:

• Written security policies (acceptable use, BYOD, remote work)
• Regular user training on phishing and safe behavior
• A ransomware-specific incident response plan:
  • Who to call
  • What systems to isolate
  • Decision-makers for downtime and communications
  • Coordination with legal, PR, and insurance

Together, these components form the basis of any serious ransomware protection plan and drive most of the cost.

Typical Cost Ranges for 100-Employee Ransomware Protection #

Costs vary widely by industry, compliance needs (e.g., HIPAA, PCI-DSS), and your current security maturity. Still, you can outline typical annual spend ranges for a 100-employee US-based company.

Think in terms of total security budget, then the portion focused on ransomware-related controls:

Baseline reference: Total cybersecurity budget #

Many small and mid-sized organizations allocate somewhere around 3–7% of IT budget to security, though risk-sensitive industries (healthcare, finance, SaaS) may spend more.

For a 100-employee firm with a modest IT budget (say $250,000–$500,000/year including staff, hardware, and software), a $25,000–$75,000/year security spend is common.

Ransomware-focused layers: Typical ranges #

Within that, a layered ransomware protection stack might look like:

• Endpoint security (NGAV/EDR):
  Roughly $3–$8 per endpoint per month
  For 100 endpoints: about $3,600–$9,600/year

• Email security and anti-phishing tools:
  About $1–$4 per user per month
  For 100 users: $1,200–$4,800/year

• Security awareness training & phishing simulations:
  Around $15–$40 per user per year
  For 100 users: $1,500–$4,000/year

• Backup and recovery (including offsite/immutable):
  Varies by data volume, but many 100-employee companies land in the $5,000–$20,000/year range for robust, ransomware-resilient backups.

• Network security (firewalls, DNS filtering, VPN):
  Hardware plus subscriptions and support might be $3,000–$10,000/year for a small multi-site environment.

• Monitoring / MDR / SOC-as-a-service:
  For 100 endpoints, MDR services often range $18,000–$60,000/year, depending on coverage (hours, scope, SLAs).

In total, a practical ransomware-focused stack for a 100-employee company commonly falls in the $30,000–$100,000/year range, depending on:

• Compliance requirements
• How much is managed vs in-house
• On-prem vs cloud workloads
• The value and sensitivity of your data

These numbers are not quotes, but realistic planning ranges to help you budget.

Endpoint Security Costs for Small and Mid-Sized Businesses #

Endpoint protection is one of the most visible line items in your ransomware protection budget.

Licensing models and pricing #

Vendors typically license per endpoint per month or per year. For 100-employee companies, you’ll usually see:

• Basic antivirus only:
  $1–$3 per device per month
  (Often not sufficient alone for modern ransomware)

• Next-Gen AV + EDR:
  $3–$8 per device per month, sometimes bundled with:

  • Device control (USB, external drives)
  • Ransomware rollback features
  • Application control / whitelisting

• EDR + MDR bundle:
  $8–$20 per device per month
  Includes monitoring by a security operations center (SOC).

If you protect 120–150 endpoints (laptops, desktops, a few servers, maybe some VMs), you might budget:

• $4,000–$12,000/year for NGAV/EDR alone, or
• $12,000–$30,000/year for EDR with MDR services included

Factors affecting endpoint security cost #

Costs vary based on:

• Coverage scope: Workstations only, or also servers and cloud workloads?
• Data center vs cloud: Some vendors charge differently for servers.
• Compliance and reporting: Advanced reporting, audit logs, and compliance features may be extra.
• Contract length and volume discounts: 3-year agreements and >100 endpoints usually improve pricing.

Where you can’t cut corners #

For ransomware, the key capabilities to insist on are:

• Behavioral detection, not just signature-based AV
• Ransomware-specific protections (e.g., blocking mass encryption behavior)
• Central management console with rapid isolation of compromised devices
• Integration with your monitoring/MDR provider

Endpoint security is often your first and last line of defense, so underfunding this layer can be a false economy.

Backup, Recovery, and Incident Response Pricing #

Backups and incident response are what limit damage when prevention fails. For ransomware, they’re non-negotiable.

Backup and recovery costs #

Backup pricing is usually based on:

• Total data volume (e.g., TB stored)
• Retention period (how long you keep copies)
• Features (immutability, air-gapping, geo-redundancy)
• Workloads protected (servers, SaaS apps, endpoints)

For a 100-employee company, typical annual ranges:

• Cloud backup for core servers and apps:
  About $300–$1,000 per TB per year, depending on features.
  If you’re backing up 5–10 TB of critical data: $1,500–$10,000/year.

• Endpoint backup (laptops/desktops):
  $3–$8 per device per month, if included.
  For 100 devices: $3,600–$9,600/year.

Many small businesses land between $5,000 and $20,000/year for solid, ransomware-resilient backup and recovery, including software, storage, and some management.

Testing and recovery exercises #

Budget a bit of time and money for:

• Quarterly or semi-annual restore tests
• Documentation updates
• Occasional consulting time to tune backup policies

This might add $2,000–$5,000/year in internal or external labor but dramatically increases your chance of fast recovery.

Incident response (IR) services #

You may not need a full-time IR retainer, but you should at least know who you will call.

IR cost models:

• Hourly consulting: $200–$500/hour for senior incident responders
• IR retainer: $10,000–$40,000/year for priority access, discounted rates, and predefined SLAs

Some MDR and managed security providers include limited IR hours in their service. For a 100-employee company, it’s common to:

• Rely on MDR provider’s IR capabilities, or
• Maintain a small retainer with a specialized IR firm

Either way, plan for at least $5,000–$20,000/year in IR-related capacity, whether bundled in MDR or as a separate retainer.

Managed Security Services vs In-House: Cost Comparison #

For a 100-employee business, the key budget decision is often: build in-house vs buy managed security services.

In-house security team costs #

To handle ransomware defense properly in-house, you’d ideally want:

• 1 security engineer/analyst (mid-level)
• Partial time from an IT manager or CIO-level decision-maker
• Tools: SIEM, EDR, email security, backup, etc.

In US salary terms (not including benefits, tools, training):

• Security analyst / engineer: $90,000–$140,000/year
• Security architect or senior IT lead (part-time allocation): equivalent of $30,000–$60,000/year of their time

Add:

• Tools and platforms: $30,000–$80,000/year depending on stack
• Training, certifications, and turnover costs

Total in-house security capability can easily reach $150,000–$250,000/year or more, and you still may not have 24/7 coverage.

Managed Security Services (MSSP/MDR) costs #

Managed services for a 100-employee firm might include:

• EDR + MDR (endpoint monitoring and response)
• Managed firewall and VPN
• Log collection and basic SIEM
• Alert triage and incident response guidance

Bundled pricing often comes in at:

• $25–$75 per user or endpoint per month, depending on scope

For 100 employees, that’s roughly $30,000–$90,000/year for strong managed security coverage, plus your other tool licenses.

Which is more cost-effective? #

For most 100-employee organizations:

• Managed security is usually cheaper than hiring even one full-time experienced security professional, especially when you factor 24/7 monitoring.
• In-house staff still matter. You typically need at least one IT lead who owns security internally, coordinates with the provider, and handles business decisions.

A common hybrid approach:

• Use managed services for monitoring, detection, and incident response.
• Keep internal IT staff for day-to-day admin, user support, and project work.

How to Build a Cybersecurity Budget for 100 Employees #

A practical budgeting process helps you avoid both overspending and risky gaps.

1. Start with your business risk and requirements #

List:

• Critical systems (ERP, CRM, EMR, file servers, production apps)
• Sensitive data (customer data, health data, financial info, IP)
• Regulatory drivers (HIPAA, PCI-DSS, GDPR, state privacy laws)
• Contractual obligations (customer security addendums, SOC 2, ISO 27001)

This will drive which controls are mandatory vs optional.

2. Map current controls and gaps #

Perform a quick gap analysis:

• What do you already have (AV, firewall, backups, MFA)?
• Are licenses current and properly configured?
• Which ransomware-critical areas are weak or missing (e.g., no immutable backups, no MFA, no monitoring)?

You can do this internally or with a short assessment from an MSP/MSSP.

3. Prioritize high-impact, high-value controls #

Focus first on:

1. MFA everywhere practical
2. Modern endpoint protection (NGAV/EDR)
3. Ransomware-resilient backups and recovery
4. Email protection and phishing training
5. Basic monitoring and incident response support

These five areas usually offer the best risk reduction per dollar.

4. Assign budget buckets #

For a 100-employee company, a common ransomware-focused allocation might look like:

• 25–35%: Endpoint security (tools + management/MDR)
• 20–30%: Backup and recovery (including testing)
• 15–25%: Email security and user training
• 10–20%: Network security (firewalls, VPN, DNS filtering)
• 10–20%: Monitoring, SIEM, and incident response

Adjust based on your existing strengths and weaknesses.

5. Plan for multi-year improvement #

You don’t need to buy everything in year one. Create a 2–3 year roadmap:

• Year 1: Close the biggest gaps (MFA, EDR, backups, email security)
• Year 2: Improve monitoring, segmentation, and response capabilities
• Year 3: Optimize, automate, and pursue certifications (if needed)

A phased approach spreads cost and makes changes easier to adopt.

Cost-Saving Strategies Without Sacrificing Protection #

You can reduce ransomware protection costs without exposing the business to unnecessary risk, if you’re strategic.

1. Consolidate vendors and platforms #

Look for:

• Security suites that bundle endpoint, email, and identity protection
• Cloud providers’ built-in security features (e.g., Microsoft 365 Defender, Google Workspace protections)
• MDR providers that include SIEM, not just EDR

Consolidation can reduce license overlap, simplify management, and often unlock volume discounts.

2. Use risk-based coverage #

Not every device needs the same level of protection:

• Prioritize EDR/MDR for:
  • Servers
  • Executive devices
  • Finance, HR, and engineering workstations
• Use standard NGAV for low-risk kiosk machines or lab devices (where appropriate).

This can trim endpoint costs while protecting your most valuable targets.

3. Right-size backup retention #

Long retention periods cost money. Work with stakeholders to define:

• What data must be retained long-term (for legal or business reasons)
• What can have shorter retention (e.g., 30–90 days)
• Archival vs hot backup requirements

Optimizing retention and storage tiers can significantly lower backup bills.

4. Leverage existing licenses #

Many companies under-use what they already pay for, such as:

• Security features in Microsoft 365 Business Premium or E3/E5 plans
• Built-in firewall and VPN features in existing hardware
• Cloud provider security tools (AWS, Azure, GCP)

Before buying new tools, inventory what you already have and ensure it’s configured correctly.

5. Invest in user training #

Well-designed security awareness training is relatively inexpensive and can sharply reduce phishing success rates. That, in turn, lowers the load on your tools and responders.

Annual plus quarterly micro-training and phishing simulations are often more cost-effective than buying another niche product.

How to Evaluate Ransomware Prevention Vendors and Quotes #

When you ask for quotes, you’ll see a wide range of prices and buzzwords. A structured evaluation process helps you compare options fairly.

1. Focus on outcomes and coverage, not just features #

Ask vendors to clearly state:

• What threats and scenarios their solution is designed to handle
• Which parts of the kill chain they cover (phishing, lateral movement, encryption, exfiltration)
• What they don’t cover, and what they expect you to provide

This avoids gaps where each vendor assumes someone else is responsible.

2. Clarify scope and pricing units #

For each quote, confirm:

• Is pricing per user, per endpoint, per server, or per data volume?
• Are there minimums or tiers (e.g., minimum 150 licenses)?
• What’s included vs add-ons:
  • Deployment and onboarding
  • 24/7 monitoring vs business hours only
  • Incident response hours
  • Support SLAs

Get all of this in writing to avoid surprise costs later.

3. Check integration and operational fit #

Good tools that don’t fit your environment create hidden costs.

Questions to ask:

• Does it integrate with your identity provider (e.g., Azure AD, Okta)?
• Can your IT team manage it day-to-day, or is it too complex?
• Does it support your OS mix (Windows, macOS, Linux, mobile)?
• How does it work with your existing firewalls, email, or backup solutions?

4. Validate vendor credibility #

Look for:

• Independent tests and reviews (e.g., AV-TEST, MITRE ATT&CK evaluations)
• References from similar-size customers in your industry
• Clear documentation and transparent security practices

For managed services:

• Where is the SOC located?
• What certifications do analysts hold?
• Do they have experience with real ransomware incidents?

5. Compare total cost of ownership (TCO), not just license price #

Include:

• Setup and migration costs
• Ongoing management time (internal staff hours)
• Training for your team
• Contract lock-in and exit costs

Sometimes a slightly more expensive solution with lower management overhead is cheaper overall.

Summary: What You Should Expect to Pay and Why #

For a 100-employee US-based company, a realistic ransomware protection plan is a layered mix of tools and services. While exact numbers depend on your industry and risk profile, typical annual spend patterns look like:

• Endpoint security (NGAV/EDR): $3,600–$12,000
• Email security & phishing defense: $1,200–$8,800 (including training)
• Backup and recovery: $5,000–$20,000
• Network security (firewall, VPN, DNS): $3,000–$10,000
• Monitoring / MDR / IR capacity: $18,000–$60,000+

In total, many 100-employee organizations invest $30,000–$100,000 per year on ransomware-focused protection, often as part of a broader security budget in the $25,000–$75,000+ range.

The right level for you depends on:

• The value and sensitivity of your data
• Regulatory and contractual requirements
• Your tolerance for downtime and disruption

Ransomware protection is not about eliminating risk entirely, which no vendor can guarantee. It’s about making attacks harder to pull off, easier to detect, and faster and cheaper to recover from.

For a tailored estimate, engage a reputable cybersecurity consultant or managed security provider, share your environment and priorities, and request a clear, itemized proposal.

FAQ #

How much does ransomware protection typically cost for a 100-employee company? #

Many 100-employee companies spend from a few thousand to low tens of thousands of dollars per year on layered ransomware protection, depending on tools, services, and compliance needs.

In practice, budgets in the $30,000–$100,000/year range for ransomware-related controls are common when you include endpoint protection, backups, email security, and some form of monitoring or MDR. Highly regulated or data-sensitive businesses may spend more.

What is the biggest cost driver in a ransomware protection plan? #

The largest cost drivers are usually endpoint security licenses, managed detection and response services, and backup and recovery solutions that cover all critical systems.

Monitoring and response (MDR/SOC) can be especially significant because 24/7 coverage is labor-intensive. However, these services also provide some of the strongest protection against severe incidents.

Is managed security cheaper than hiring in-house for a 100-employee business? #

For most 100-employee organizations, managed security services are more cost-effective than hiring full-time security staff, especially for 24/7 monitoring and incident response.

A single experienced in-house security professional can cost as much or more than a comprehensive MDR or managed security package, which includes a whole team, tools, and around-the-clock coverage.

Do small businesses really need ransomware-specific tools? #

Ransomware-specific capabilities such as behavior-based endpoint protection, immutable backups, and phishing defenses significantly reduce risk and are increasingly considered essential for small businesses.

You don’t always need a product labeled “ransomware,” but you do need features that detect and block encryption behavior, safeguard backups from tampering, and help stop phishing-based initial access.

Can cyber insurance cover ransomware costs for a 100-employee company? #

Cyber insurance can help cover certain ransomware-related costs, but insurers usually require you to have baseline controls in place and may not cover ransom payments in all jurisdictions.

Policies often cover incident response, forensics, business interruption, and data recovery, subject to limits and exclusions. Work with a broker and legal counsel to understand what’s covered and how your security posture affects eligibility and premiums.