Five tools’ worth of work,
one app on your hardware
CVEasy runs all five stages of Gartner’s CTEM loop in a single local-first app. Discover exposure, prioritize it with TRIS 12-layer scoring, prove it with BASzy attack validation, then fix it with AI remediation that writes the exact command. Nothing leaves your network, and no incumbent stack does all five in one place.
The category moved
and most tools did not
Legacy vulnerability management assumed two things: that shipping your findings to someone else’s cloud was the cost of doing business, and that a single CVSS number could decide what got fixed. Both assumptions broke.
CVSS tells you a vulnerability is severe in theory. It says nothing about whether it is reachable in your environment, exposed to the internet, sitting on a revenue-critical asset, or already in use by a threat actor. One number was lying to teams.
The incumbent answer was to sell another console for each missing piece: a scanner-class platform to find, an RBVM-class layer to rank, a BAS-class tool to prove, a patch suite to fix, a reporting layer to explain it all. CVEasy was built to run the whole loop in one app, without your data ever leaving the building.
Five consoles of work
in one line item of product
Run the CTEM loop on the incumbent stack and every stage arrives as its own product, its own console, its own renewal. The work is the same either way. The overhead is what you are actually buying.
CVEasy AI
All five Gartner CTEM stages, one local-first app.
- Consoles
- One.
- Contract
- One. Flat rate, no per-seat meters.
- Runs on
- Your hardware. Air-gap capable.
└ BASzy reachable · proved exploitable
└ Fix patched via Intune · Sat 02:00
└ Revalidate re-attacked · door closed ✓
Classes, not vendors: capability shapes reflect publicly documented products in each class. Your renewal quote may vary.
Five reasons, none of them a longer feature list
Each capability below exists somewhere else as a separate product. Nowhere else do all five live in one place, feeding one graph, on your hardware.
The whole CTEM loop in one app
Scope, discover, prioritize, validate, and mobilize run inside one desktop app. 152 integrations across 16 categories feed one graph: 73 native API connectors pull live on an auto-sync schedule (Rapid7, Tenable, Qualys, CrowdStrike, SentinelOne, and Defender lead the set), 43 file imports and 14 push endpoints cover everything from AppSec pipelines to identity providers, 15 outbound destinations carry the work back out, and agentless cloud scanning covers AWS, Azure, and GCP. Every finding is matched on asset identity, so the same exposure reported by three tools becomes one ticket instead of five. Teams see around a 75% reduction in ticket volume. The scanners stop at “here is what is wrong.” CVEasy closes the loop through to the fix and the proof it worked.
100% local, air-gap capable
Install it, pull the ethernet cable, and it still works. No cloud telemetry, no phoning home, no data processing agreement to negotiate. The fit for government, defense, healthcare, and any team that cannot ship findings off-prem.
TRIS 12-layer scoring, five layers nobody else has
Twelve weighted signals instead of one. Seven that other systems attempt, and five that no commercial scanner or academic framework has tried: blast radius, supply chain propagation, defense efficacy, predictive trajectory, and financial impact.
BASzy proves it, then revalidates the fix
Real attacks, not simulations. BASzy runs the exploit, confirms whether the vulnerability is actually reachable, feeds the result back into scoring, then re-runs after remediation to prove the gap is closed.
AI remediation that writes the exact command
Not “apply the latest patch.” The actual apt-get line, the iptables rule, the PowerShell one-liner, plus the verification command and the rollback, generated per CVE and per operating system on your own hardware. From CVE to fix in about a minute. CVEasy then orchestrates that fix through your own patch and MDM consoles (Microsoft Intune, Automox, Tanium, Jamf Pro, and PDQ Connect, plus a universal webhook), turning a CVE into a governed patch job in your existing tooling with closed-loop verification.
All five stages on one platform
Gartner defines continuous threat exposure management as a five-stage loop. Point tools cover a slice. CVEasy runs the whole thing locally.
Scope
Define the assets and exposure that actually matter to the business.
Discover
Pull live from your scanners and EDR, import from AppSec and cloud tooling, and sweep your clouds, deduplicated into one graph.
152 integrations, 16 categoriesPrioritize
Score every finding across twelve layers, not one CVSS number.
TRISValidate
Run the real attack to prove exploitability before you spend a cycle.
BASzyMobilize
Generate the exact fix, orchestrate it through your patch and MDM consoles, then revalidate that it worked.
Patch orchestration| CTEM stage | CVEasy AI™ | Scanner-classTenable / Qualys / Rapid7-class | BAS-classvalidation-only tools |
|---|---|---|---|
| Scope | ✓ | ✓ | — |
| Discover | ✓ | ✓ | — |
| Prioritize | ✓ TRIS 12-layer | Own cloud score: VPR, TruRisk, Real Risk | — |
| Validate | ✓ BASzy | — | ✓ |
| Mobilize | ✓ AI remediation | — | — |
| Cloud posture (CSPM/CIEM) | ✓ AWS, Azure, GCP · no per-asset cloud fee | Add-on | — |
| Patch orchestration | ✓ Intune, Automox, Tanium, Jamf, PDQ | — | — |
Stage coverage based on publicly documented capabilities of the leading products in each class. Scanner-class platforms stop before validation. BAS-class tools validate but do not discover, prioritize, or remediate. Neither runs the full loop in one local app.
Twelve layers, five nobody else has
TRIS scores what actually drives risk in your environment. CVSS is one input weighted at 8%, not the verdict.
The seven foundations
Signals other systems attempt, fused into one score.
The five nobody else scores
The patent pending layers that make TRIS defensible.
A CVSS 9.8 on an internal box with no path to it is not your problem today. A CVSS 6.5 that BASzy just proved is reachable from the internet, on a revenue-critical asset, is. TRIS deprioritizes the first and surfaces the second. Every finding lands in one of four action bands with an SLA deadline.
Validation is built in, not bolted on
BASzy runs real attacks against your environment so you fix what is actually exploitable, then proves the fix held.
150 attack modules, 158,271 payloads
Mapped to MITRE ATT&CK, with ten prebuilt campaigns spanning ransomware, APT tradecraft, Active Directory, and cloud. BASzy launches the actual technique rather than guessing from a signature.
Prove it, fix it, prove it again
CVEasy exports the assets, BASzy confirms exploitability and feeds the gaps back into TRIS scoring, then re-runs the same attack after remediation to confirm the door is shut. Validation and remediation live in the same app.
Discovers new bypasses
The proprietary AutoFuzz engine mutates known techniques to surface novel bypasses, so your validation does not stop at last quarter’s playbook.
No external BAS vendor
Everything runs locally. No agents shipped to a third-party cloud, no separate BAS-class contract, no findings leaving your network to get validated.
Feature by feature
How one local-first app compares to the scanner-class platforms it replaces.
| Feature | CVEasy AI™Flat rate · public pricing | Rapid7-classper-asset/yr | Tenable-classper-asset/yr | Qualys-classper-asset/yr |
|---|---|---|---|---|
| Local / on-prem deployment | ✓ | Cloud + on-prem agent | Cloud only | Cloud + on-prem option |
| Air-gapped support | ✓ | — | — | Limited |
| AI-generated remediation | ✓ Local LLM | — | Cloud AI assistant | — |
| Contextual risk scoring | ✓ TRIS™ 12-layer | Real Risk Score | VPR | TruRisk |
| Attack simulation (BAS) | ✓ BASzy | — | — | — |
| Multi-vendor connectors | ✓ 152 integrations: 27 native API + 57 file + 14 push | Own scanner only | Own scanner only | Own scanner only |
| AppSec & code findings in the same graph | ✓ 38 AppSec integrations (Snyk, SonarQube, Semgrep, SARIF) | Separate SKU | Separate SKU | Separate SKU |
| Identity & directory context | ✓ Okta, Entra ID, Have I Been Pwned | — | — | — |
| Cross-tool finding deduplication | ✓ ~75% avg ticket reduction | — | — | — |
| Ticketing integrations | ✓ Jira, ServiceNow, GitHub, Linear, Monday | Jira, ServiceNow | Jira, ServiceNow | Jira, ServiceNow |
| AI agent interface (MCP) | ✓ Native MCP server for Claude | — | — | — |
| Cloud posture (CSPM / CIEM) | ✓ AWS, Azure, GCP · Wiz-class coverage · no per-asset cloud fee | Add-on | Add-on | Add-on |
| Patch orchestration | ✓ Intune, Automox, Tanium, Jamf, PDQ | — | — | — |
| Compliance mapping | ✓ | ✓ | ✓ | ✓ |
| Executive reporting | ✓ | ✓ | ✓ | ✓ |
| API access | ✓ | ✓ | ✓ | ✓ |
| Setup time | 5 minutes | Days to weeks | Days to weeks | Days to weeks |
| Minimum hardware | Apple Silicon Mac, 16GB+ | Cloud instance | Cloud instance | Cloud instance |
| Per-asset pricing | None, flat rate | Per-asset/yr | Per-asset/yr | Per-asset/yr |
Capability and pricing shapes based on publicly available data and industry reports for 2,500-asset deployments of leading products in each class. Actual pricing varies by vendor, region, and negotiation.
Priced for how teams actually grow
Flat rate, not per asset. The bill does not climb every time you add a host, and the whole thing runs on a Mac your team already owns.
cp, move it on a USB drive.Built for teams that keep exposure data in house
Managed security providers, healthcare organizations, enterprise security teams, and government networks run CVEasy because the data never has to leave. The architecture is the compliance story.
Every client in its own workspace
Isolated per client workspaces in one app, on hardware you control. Flat rate licensing means margin does not shrink as a client's asset count grows, and client findings never sit in a shared cloud tenant.
Scan data stays inside the network boundary
A hospital's vulnerability inventory maps its most sensitive systems. CVEasy keeps that inventory on premises, which shortens vendor risk reviews and keeps exposure data out of third party processing agreements.
One ranked list from the consoles you already run
Feed it from Rapid7, Tenable, Qualys, CrowdStrike, SentinelOne, or Defender and hand your engineers a short list ranked by TRIS, validated by BASzy, with the fix attached.
Air gapped builds for isolated networks
The full loop runs with no connection at all: scoring, validation, and remediation guidance on machines that never touch the internet.
I built TRIS because one number was lying to teams. CVSS said 9.8 and the thing was not even reachable. So I scored what actually matters, twelve ways, and shipped the validation and the fix in the same app.
See it run on
your stack
Book a walkthrough and watch CVEasy take a real finding from CVE to validated fix, entirely on local hardware.