CVEasy AI vs Qualys: Why MSSPs Are Moving to Local-First Vulnerability Management

If you run vulnerability management for an MSSP, you already know the math problem. Every new client engagement means more assets. More assets means a bigger Qualys bill. Bigger bills eat into margins. Thinner margins mean you either raise prices, cut scope, or accept the squeeze. None of those options help you grow.

This is not a theoretical problem. It is the single biggest operational constraint MSSPs face when scaling a vulnerability management practice on top of cloud-dependent, per-asset-priced platforms like Qualys VMDR. The pricing model that works for a single enterprise customer actively works against managed service providers who need to cover thousands of assets across dozens of clients.

We built CVEasy AI to solve this problem directly. One license. Local deployment. No per-asset fees. No module gates. Every feature included. This post breaks down the operational differences between CVEasy AI and Qualys from an MSSP's perspective, and explains why the local-first model is gaining ground fast.

The MSSP Pricing Problem with Qualys

Qualys uses a per-asset subscription model. You pay for every IP, every agent, every cloud instance in your scan scope. For a single enterprise running 5,000 assets, that model is annoying but manageable. For an MSSP managing 50 clients with a combined 80,000 assets, it is a margin killer.

How Qualys Pricing Scales Against You

Qualys VMDR pricing is publicly documented in their partner program materials. The numbers vary by contract, but the structure is consistent: per-asset, per-year, with additional costs for modules like Web Application Scanning (WAS), Container Security, and Cloud Agent. A typical MSSP engagement looks like this:

• Client A: 2,000 assets at roughly $8-12 per asset/year for VMDR alone = $16,000-$24,000/year
• Client B: 500 assets with WAS add-on = $6,000-$10,000/year
• Client C: 5,000 assets with container scanning = $50,000-$75,000/year

Multiply that across 30 or 40 clients and you are looking at six or seven figures in annual licensing before you have paid a single analyst. Every time a client spins up new cloud infrastructure, your costs go up. Every time a client asks you to add their dev environment to the scan scope, your margins go down.

We wrote a detailed analysis of how per-asset pricing creates perverse incentives that actively undermine security outcomes. For MSSPs, those incentives are amplified because you are managing the trade-off across every client simultaneously.

CVEasy AI: Built for Multi-Client Operations

CVEasy AI uses a fundamentally different model. One license. Deploy it on your hardware or your client's hardware. Scan as many assets as the hardware supports. No per-asset fees. No module add-ons. No annual true-ups where a vendor account manager tells you that you owe an extra $40,000 because your clients grew.

How the Licensing Works for MSSPs

The CVEasy AI license covers the full platform: vulnerability scanning, CTEM (Continuous Threat Exposure Management), AI-powered remediation runbooks, TRIS scoring, reporting, and BASzy attack simulation. One license. Everything included. No modules to unlock.

For MSSPs, this means you can deploy isolated instances per client. Each client gets their own CVEasy AI installation on their own hardware. Their scan data never leaves their environment. Their vulnerability data never touches your infrastructure or a third-party cloud. This is not just a cost advantage. It is a compliance advantage, and we will cover that in detail below.

For pricing details, contact our sales team. We do not publish pricing because every MSSP engagement is different, and we work with you on volume structures that make the economics work across your entire client portfolio.

Head-to-Head Comparison: CVEasy AI vs Qualys VMDR

Here is a direct feature and operational comparison focused on what matters to MSSPs running vulnerability management at scale.

Capability	CVEasy AI	Qualys VMDR
Pricing Model	Flat license, no per-asset fees	Per-asset subscription
Deployment	100% local, on-premise, air-gapped capable	Cloud-first, on-premise scanner appliance available
Data Residency	All data stays on customer hardware	Scan results sent to Qualys Cloud Platform
Multi-Client Isolation	Separate instance per client, full isolation	Shared cloud platform with logical tenant separation
Attack Simulation (BAS)	Built-in BASzy with attack chain validation	Not included, requires third-party tool
Risk Scoring	TRIS proprietary scoring with business context	Qualys TruRisk (CVSS + threat intel)
AI Remediation	Local LLM-powered runbooks, no cloud API calls	Cloud-based AI assistant
Web App Scanning	Included in base license	Separate WAS module, additional cost
Container Scanning	Included in base license	Separate Container Security module
Air-Gapped Support	Full functionality offline	Requires cloud connectivity for management
CTEM Framework	Native CTEM workflow built-in	Partial, requires additional Qualys modules
License Model	Perpetual license, you own it	Annual subscription, access ends if you stop paying

Why Data Residency Matters More Than You Think

When an MSSP deploys Qualys for a client, scan results are transmitted to the Qualys Cloud Platform for processing, correlation, and reporting. That means your client's vulnerability data, including every unpatched system, every exposed service, every misconfiguration, lives on infrastructure that neither you nor your client controls.

For most commercial clients, this is a checkbox they sign off on. For clients in regulated industries, it is a real problem.

The Compliance Conversation

Healthcare organizations bound by HIPAA, financial institutions under SOC 2 and PCI-DSS, defense contractors subject to CMMC, and government agencies under FedRAMP all have legitimate concerns about where their vulnerability data resides. A vulnerability report is essentially a roadmap to compromising the organization. Storing that data in a third-party cloud, even an ISO 27001-certified one, creates a compliance conversation that many MSSPs would rather avoid.

With CVEasy AI deployed locally on the client's hardware, that conversation goes away. The scan data is generated locally, processed locally, stored locally, and reported locally. No cloud APIs are called. No data leaves the building. For clients who require it, CVEasy AI works in fully air-gapped environments with zero internet connectivity.

We covered the technical architecture behind this approach in our post on local-first AI architecture, including how the LLM inference runs entirely on local hardware without phoning home.

Multi-Deployment Architecture for MSSPs

The operational model for running CVEasy AI across multiple clients is straightforward. Each client gets their own instance. There is no shared infrastructure, no multi-tenant cloud platform, and no risk of data leakage between clients.

Deployment Option 1: Client-Hosted

Install CVEasy AI directly on the client's infrastructure. The client owns the hardware and the data. You manage the platform remotely as part of your service agreement. This is the preferred model for clients with on-premise data centers or private cloud environments.

Deployment Option 2: MSSP-Hosted

Deploy isolated CVEasy AI instances in your own data center or private cloud, with each client's instance running on dedicated compute. This gives you centralized management while maintaining full data isolation. No client's vulnerability data touches another client's instance.

Deployment Option 3: Hybrid

Some clients need local deployment for compliance. Others are comfortable with your managed infrastructure. CVEasy AI supports both simultaneously, and you use the same platform, the same workflows, and the same reporting templates regardless of where it runs.

Compare this to the Qualys model, where every client's data flows through Qualys Cloud Platform. You get a multi-tenant view through the MSSP console, but the underlying data storage is shared infrastructure. For MSSPs selling into regulated verticals, that shared model creates friction that a locally deployed alternative eliminates.

BASzy: The Pen Testing Upsell Built Into Your VM Tool

Every MSSP knows that vulnerability management alone is a commodity service. The margins are thin and getting thinner. The real money is in value-added services: penetration testing, red team exercises, attack simulation, and risk consulting. The problem is that most MSSPs run these as separate engagements with separate tools and separate teams.

BASzy is CVEasy AI's built-in breach and attack simulation engine. It validates whether discovered vulnerabilities are actually exploitable by running safe, controlled attack chains against your client's environment. It is included in the base CVEasy AI license, not an add-on.

How MSSPs Use BASzy

• Validation scans: After a vulnerability scan, run BASzy attack chains to confirm which findings are exploitable in the client's specific environment. This reduces false positive noise and prioritizes remediation.
• Pen test augmentation: Use BASzy results to scope manual penetration testing engagements more efficiently. Your pen testers spend time on confirmed attack paths instead of chasing scanner output.
• Continuous validation: Schedule recurring BASzy runs to verify that remediation actions actually closed the attack paths. Prove to clients that their risk is decreasing, not just that patches were applied.
• Executive reporting: BASzy generates attack chain visualizations that translate technical findings into business risk narratives your client's CISO can present to their board.

With Qualys, breach and attack simulation requires a separate product, typically from a vendor like SafeBreach, AttackIQ, or Cymulate. That means separate licensing, separate deployment, separate training, and separate reporting. With CVEasy AI, it is one platform, one license, one workflow.

TRIS Scoring: A Proprietary Risk Metric You Can Sell

Qualys TruRisk is a solid scoring system. It combines CVSS base scores with Qualys threat intelligence data, asset criticality, and detection confidence to produce a risk score. The problem for MSSPs is that every Qualys MSSP uses the same TruRisk scores. There is no differentiation.

CVEasy AI's TRIS (Threat-contextualized Risk Intelligence Score) gives MSSPs something different. TRIS incorporates CVSS, EPSS (Exploit Prediction Scoring System), CISA KEV catalog status, asset business context, network exposure, and local threat intelligence into a single prioritized score. But the key differentiator is that TRIS is proprietary to CVEasy AI users.

Why This Matters for MSSP Positioning

When you present vulnerability findings to a client, every other MSSP using Qualys shows the same TruRisk numbers. When you present TRIS scores, you are showing a risk model that your competitors do not have. You can build your entire risk advisory practice around TRIS, use it in your SLA definitions, reference it in your board-level reporting, and make it a core part of your service value proposition.

TRIS is not just a repackaged CVSS score. Read our breakdown of why CVSS alone creates unmanageable backlogs and how modern scoring frameworks like TRIS and EPSS provide better signal for vulnerability prioritization.

AI Remediation Runbooks That Run Locally

Both CVEasy AI and Qualys offer AI-assisted remediation guidance. The difference is where that AI runs and what it has access to.

Qualys AI features run through their cloud platform. Your client's vulnerability context is processed by Qualys infrastructure to generate recommendations. For most organizations, that is fine. For organizations with data sensitivity requirements, it means vulnerability context, including specific software versions, network topology hints, and configuration details, is being processed by a third party.

CVEasy AI's remediation engine uses a local LLM that runs entirely on the deployment hardware. The AI has full context of the client's environment, the specific vulnerability, the affected asset's configuration, the network position, and the business criticality. It generates remediation runbooks with step-by-step instructions, rollback procedures, and validation steps. None of that processing leaves the local instance.

What This Means for MSSP Analyst Efficiency

Your analysts spend significant time writing remediation instructions for client-facing reports. With CVEasy AI's local remediation runbooks, that work is automated. The AI generates client-specific, environment-aware remediation guidance that your analysts review and approve rather than write from scratch. Across a portfolio of 30 or 40 clients, that time savings adds up to hundreds of analyst hours per quarter.

We detailed the broader approach to automating vulnerability remediation workflows in a separate post.

Air-Gapped and Restricted Network Support

If your MSSP serves defense contractors, critical infrastructure operators, manufacturing facilities with OT networks, or government agencies, you know that some environments simply cannot connect to the internet. Qualys VMDR requires connectivity to the Qualys Cloud Platform for scan management, result processing, and reporting. The scanner appliance can run locally, but the management layer is cloud-dependent.

CVEasy AI operates with full functionality in completely air-gapped environments. Vulnerability database updates can be loaded via offline transfer. The AI remediation engine runs locally. Reporting, dashboards, and TRIS scoring all work without any network connectivity.

For MSSPs serving clients in restricted environments, this is not a nice-to-have. It is a requirement that eliminates entire competitor categories. Every cloud-dependent vulnerability management platform, Qualys, Tenable.io, Rapid7 InsightVM, is automatically disqualified from air-gapped deployments. CVEasy AI is not.

We wrote a comprehensive guide on running vulnerability management in air-gapped environments that covers the operational details.

No Module Tax: Everything Is Included

Qualys organizes its platform into modules: VMDR, WAS, Container Security, Cloud Agent, Policy Compliance, File Integrity Monitoring, Patch Management. Each module carries its own per-asset pricing. An MSSP that wants to offer comprehensive vulnerability management across infrastructure, web applications, containers, and cloud workloads is looking at multiple module subscriptions per client.

CVEasy AI includes every capability in the base license:

• Infrastructure scanning: Network, host, and service discovery
• Web application scanning: OWASP Top 10, API security testing, authentication testing
• Container scanning: Image analysis, runtime CVE detection, registry scanning
• Cloud posture: Configuration assessment for cloud workloads
• CTEM workflow: Full Continuous Threat Exposure Management framework
• BASzy attack simulation: Breach and attack validation
• TRIS scoring: Proprietary risk prioritization
• AI remediation: Local LLM-powered runbook generation
• Reporting: Interactive HTML reports with attack maps
• Compliance mapping: SOC 2, HIPAA, PCI-DSS, CMMC frameworks

One license. No module gates. No "you need to upgrade to get web app scanning." No separate SKUs for different capabilities. For MSSPs, this means you can offer a comprehensive vulnerability management service to every client without calculating which modules each client needs.

The Real Cost Comparison for a 30-Client MSSP

Let us put concrete numbers around this. Consider a mid-size MSSP managing vulnerability scanning for 30 clients with a combined 25,000 assets.

Qualys Estimated Annual Cost

• VMDR licensing: 25,000 assets at roughly $8-12/asset = $200,000-$300,000
• WAS add-on (15 clients): estimated $30,000-$50,000
• Container Security (8 clients): estimated $15,000-$25,000
• Professional services and training: $10,000-$20,000
• Estimated annual total: $255,000-$395,000

And those numbers go up every year as your clients grow. The next year, your clients add 5,000 assets collectively. Now your renewal is $40,000-$60,000 higher.

CVEasy AI Estimated Annual Cost

For specific pricing on MSSP volume deployments, contact our sales team. What we can tell you is this: the cost does not change when your clients add assets. Your 25,000-asset portfolio and your 40,000-asset portfolio cost the same. No true-ups. No overage conversations. No renewal surprises.

Migration Path: Qualys to CVEasy AI

Switching vulnerability management platforms is not trivial, but it does not need to be a rip-and-replace overnight. Most MSSPs we work with follow a phased approach:

Phase 1: Parallel Deployment (Weeks 1-4)

Deploy CVEasy AI alongside Qualys for two or three pilot clients. Run both platforms in parallel. Compare scan results, scoring accuracy, and reporting quality. This gives your team hands-on experience without any client disruption.

Phase 2: New Client Onboarding (Weeks 4-8)

Start onboarding new clients directly onto CVEasy AI. New engagements are the easiest migration point because there are no historical baselines to transfer. Use your pilot experience to refine your deployment playbook and client onboarding process.

Phase 3: Existing Client Migration (Weeks 8-16)

Migrate existing clients at natural contract boundaries. Export historical scan data from Qualys and establish new baselines in CVEasy AI. Most MSSPs complete full migration within one Qualys renewal cycle, avoiding overlap costs.

Phase 4: Qualys Decommission

Once all clients are running on CVEasy AI, allow the Qualys subscription to expire. No more per-asset fees. No more module add-ons. No more true-up conversations.

Our team provides hands-on migration support for MSSP partners. Request a demo and we will walk through the migration plan for your specific client portfolio.

What MSSPs Actually Care About

After working with MSSPs building vulnerability management practices, we have found that the decision factors come down to five things:

1. Predictable costs: Can I quote a client a fixed annual price and know my tool costs will not eat into that margin? With CVEasy AI, yes. With Qualys, only if the client's asset count stays flat, which it never does.
2. Client data isolation: Can I guarantee to a regulated client that their vulnerability data stays on their hardware? With CVEasy AI, yes. With Qualys, no, because scan data flows to Qualys Cloud Platform.
3. Service differentiation: Can I offer something my competitors cannot? TRIS scoring and built-in BASzy attack simulation give CVEasy AI MSSPs capabilities that Qualys MSSPs do not have without purchasing additional tools.
4. Analyst efficiency: Does the platform reduce the hours my analysts spend per client? Local AI remediation runbooks and automated reporting in CVEasy AI directly reduce analyst workload.
5. Upsell opportunities: Can I sell additional services on top of the platform? BASzy attack simulation enables pen testing and red team services without additional tooling costs.

Common Objections and Honest Answers

"Qualys has a larger vulnerability database."

Qualys has been building their QID (Qualys ID) database for over two decades. It is extensive. CVEasy AI pulls from NVD, OSV, GHSA, and CISA KEV, supplemented by its own detection signatures. For the vast majority of MSSP engagements, the coverage is equivalent. If you are scanning for vulnerabilities in obscure legacy systems from 2005, Qualys may have an edge. For modern infrastructure, the difference is negligible.

"Qualys is the safe choice for enterprise clients."

Qualys has brand recognition with enterprise security teams. That is real. But MSSPs are not selling Qualys; they are selling a managed vulnerability management service. Your clients care about results, SLAs, and risk reduction. They do not care which scanner engine you use. What they do care about is where their data lives, and that is where CVEasy AI wins.

"We already have Qualys MSSP pricing."

Qualys offers MSSP pricing tiers, and they are better than retail. But "better per-asset pricing" is still per-asset pricing. The structural problem remains. Your costs scale linearly with client growth. A flat license does not.

"Our clients specifically request Qualys."

Some do. And for those engagements, you may need to maintain Qualys. But in our experience, most clients request "vulnerability management" and leave the tool selection to the MSSP. The clients who request a specific tool by name are a minority. The rest trust you to pick the best platform for the job.

The Bottom Line for MSSPs

The vulnerability management market is shifting. The cloud-first, per-asset, module-gated model that Qualys pioneered was right for a different era. MSSPs operating at scale need predictable costs, data isolation, and full-stack capabilities without add-on fees. That is what CVEasy AI delivers.

This is not about saying Qualys is a bad product. It is a mature, capable platform with two decades of development behind it. But the operational model it was built on, centralized cloud processing with per-asset pricing, is structurally misaligned with how MSSPs need to operate.

CVEasy AI was built from the ground up for this use case. Local deployment. Flat pricing. Full feature inclusion. Built-in attack simulation. Proprietary risk scoring. AI that runs on your hardware, not someone else's cloud.

If you are an MSSP evaluating your vulnerability management stack, or if you are running Qualys today and watching your margins compress with every client's asset growth, it is worth a conversation.