apisec compared to Invicti

apisec vs Invicti: the short answer

Invicti is an application security platform built on proof-based DAST. Its scanner crawls web applications and APIs, tests them against a library of vulnerability checks, and confirms many findings automatically with safe, read-only exploits. It also offers SAST, SCA, API discovery and ASPM.

apisec is an Application Exploit Validation platform. It discovers every application from SAST, SCA, API gateways, API platforms and cloud infrastructure, builds a graph of how each one operates, and generates exploits that attempt to compromise the live application. It delivers a SAST report, an SCA report and, most important, actionable exploits that go to the top of the fix queue.

The core difference: both test running applications, and both believe proof beats noise. Invicti proves the vulnerability classes its scanner can safely exploit, such as injection flaws. apisec builds a model of how your specific application works, who can do what and how data flows, and proves what an attacker can do across it: authorization across every role and tenant, multi-step business logic, and the layers beneath the web surface. Every result is confirmed, cleared or blocked, so you know what's safe as well as what isn't.

apisec vs Invicti at a glance

• Category. Invicti: proof-based DAST and AppSec platform. apisec: Application Exploit Validation.
• Main products. Invicti: DAST and AI DAST, API Security Testing, Agentic Pentesting, SAST, SCA, IAST, Attack Surface Management and ASPM. apisec: apisec Surface, apisec App Model and apisec Exploit Testing.
• Tests the running application. Invicti: yes. apisec: yes.
• How tests are chosen. Invicti: a crawler plus a library of vulnerability checks, with an AI-enhanced crawler to expand coverage. apisec: generated from a graph of how each application operates.
• What gets proven. Invicti: safe, read-only exploits for direct-impact flaws such as injection, where technically possible. apisec: every exploit recorded as confirmed, cleared or blocked, with replayable evidence.
• Authorization testing. Invicti: compares a higher- and a lower-privilege account you configure. apisec: the full roles-and-permissions matrix and tenant isolation, generated from the graph.
• Scope. Invicti: web applications and APIs. apisec: six layers, including business logic, data access, roles and permissions, the container, infrastructure and security controls.
• Code findings. Invicti: DAST-to-SAST correlation confirms SAST findings that match a proven DAST vulnerability. apisec: code and dependency risks are tested as candidates and confirmed or cleared.
• Fix confirmation. Invicti: retests the fix automatically. apisec: the same exploit reruns and flips from confirmed to cleared.
• Best for. Invicti: broad, accurate scanning of common web and API vulnerabilities across a large portfolio. apisec: proving what an attacker can do inside your specific applications, including authorization and logic.

What Invicti does well

Invicti, the company behind Acunetix and the scanner formerly known as Netsparker, has nearly 20 years in dynamic testing. It was early to the idea that a security tool should prove what it reports. Its platform covers:

• Proof-based DAST, which confirms vulnerabilities by attempting safe, read-only exploits. Invicti reports automatic confirmation for over 94% of direct-impact vulnerabilities, with 99.98% accuracy for confirmed results.
• API security testing with multi-layer API discovery from source code, scans, gateways and network traffic, plus stateful API scanning
• DAST-to-SAST correlation, which maps proven runtime vulnerabilities to the code paths that expose them and uses them to cut SAST noise
• SAST, SCA, IaC, container and secrets analysis, plus ASPM from its Kondukto acquisition
• Agentic pentesting and attack surface management
• Automated retesting that checks each fix and reassigns it if the issue remains

Invicti's strengths are scanning accuracy, breadth across large web portfolios, and a mature, low-noise workflow from scan to ticket.

The question Invicti leaves open: what can an attacker do inside your application?

We agree with Invicti on the big idea. If a tool can exploit a vulnerability, it's real, and proof beats a list of possibilities. Invicti's own API page makes the next point for us: basic scans can't validate complex issues like BOLA or BFLA. That's where the most damaging API breaches happen, and it's where the two approaches part ways.

Three gaps remain:

1. Proof covers what a generic check can safely exploit. Invicti confirms over 94% of direct-impact vulnerabilities, such as injection flaws, with safe exploits. For other classes, its own API page says proof applies where technically possible. The hardest weaknesses to prove, authorization and business logic, are exactly the ones a generic check knows least about.
2. Two accounts aren't a roles matrix. Invicti detects BOLA and BFLA by comparing a higher- and a lower-privilege account you configure. Real applications have many roles, many tenants and ownership rules for every object. Comparing two users catches some escalation. It doesn't test whether every role can only reach what it should.
3. A scanner doesn't know your application. A crawler finds pages and endpoints. It doesn't know that an invoice belongs to a tenant, that a refund needs an approval, or that one API call only matters after three others. Multi-step business logic needs a model of how the application actually works.

How apisec works

apisec is Application Exploit Validation: see every way in, prove what an attacker can use, confirm the fix. It has three parts.

apisec Surface: discover every application. Surface builds the application inventory from the systems that already know about your applications: SAST, SCA, API gateways, API platforms and cloud infrastructure. The result is a global view of every enterprise application, what each one is made of, its libraries with known vulnerabilities and whether the vulnerable code is reachable.

apisec App Model: a graph of how each application operates. The App Model is a graph representation of how the application actually works: its routes, identities, roles, authentication, authorization, object ownership, data flows, dependencies, agents and MCP servers, and how they connect. It's the context an attacker would try to assemble before trying anything.

apisec Exploit Testing: compromise the application before an attacker does. Exploit Testing uses the graph to generate an inventory of application security exploits specific to that application, then runs them against the live application across six layers: business logic, data access, roles and permissions, the application container, infrastructure and security controls. Each exploit is recorded as confirmed, cleared, or blocked on a missing prerequisite, with replayable evidence. After a fix ships, the same exploit reruns and flips from confirmed to cleared.

What apisec delivers

• A SAST report on first-party code
• An SCA report on open source and third-party dependencies
• Most important: actionable exploits. Each one is proven against the running application, comes with evidence and the data it exposed, and goes to the top of the fix queue ahead of everything else.

Models help generate exploits and explanations. A deterministic harness decides what's real, so the same application gives the same answer every run.

Generic scanning vs a model of your application

A DAST scanner, however accurate, starts from the outside. It crawls what it can reach and runs the checks in its library against each input it finds. That's the right way to catch common, well-understood flaws across hundreds of web applications quickly.

apisec starts from the inside out. Before it tests anything, it builds a graph of how the application works: who the users are, which roles and tenants exist, which objects each identity owns, and which steps a business process takes. Then it generates exploits for that specific graph.

The difference shows up in three places:

• Authorization. Instead of comparing two accounts, apisec tests the full matrix: every role against every function, and every tenant against every other tenant's data.
• Business logic. apisec chains requests the way the application actually works, so it can test whether a refund skips its approval or a workflow step can be replayed.
• What's safe. A scanner reports what it confirmed and leaves the rest as lower-certainty findings. apisec records every exploit as confirmed, cleared or blocked, so you also have evidence of what an attacker can't do.

apisec vs Invicti, capability by capability

Application and API discovery

Invicti: Multi-layer API discovery from source code, scans, gateways and network traffic, plus attack surface management for exposed web assets.

apisec: Surface builds the application inventory from SAST, SCA, API gateways, API platforms and cloud infrastructure, and maps what each application is made of, including the AI and MCP systems inside it.

Common web and API vulnerabilities

Invicti: Its core strength. A large check library and proof-based scanning confirm injection and other direct-impact flaws with safe exploits.

apisec: Tests these classes too as part of Exploit Testing, generated from the App Model and recorded as confirmed, cleared or blocked.

Authorization: BOLA, BFLA and tenant isolation

Invicti: Compares a higher- and a lower-privilege account you configure to find horizontal and vertical access issues.

apisec: Tests the full roles-and-permissions matrix and tenant isolation, generated from the graph, using real identities.

Business logic

Invicti: Stateful API scanning infers parameter relationships to look for logic flaws.

apisec: Chains multi-step requests from the App Model's understanding of each workflow, so it can test approvals, sequences and state the way an attacker would abuse them.

Code and dependency risk

Invicti: SAST and SCA, with DAST-to-SAST correlation to confirm static findings that line up with a proven runtime vulnerability.

apisec: Delivers a SAST report and an SCA report, then tests whether each code-level or dependency risk can be exploited through the application.

Beyond the web and API surface

Invicti: DAST and API testing focus on what's reachable over HTTP, with container, IaC and cloud views as separate analysis.

apisec: Exploit Testing covers six layers, including the application container, infrastructure and security controls, as part of the same attack paths.

False positives and certainty

Invicti: Confirmed results are 99.98% accurate; findings it can't confirm are reported with lower certainty.

apisec: Every exploit ends as confirmed, cleared or blocked, so there's evidence for what's safe as well as what's exploitable.

Fix verification

Invicti: Automatically retests each fix and reassigns it if the issue remains.

apisec: The same exploit reruns after the fix. Confirmed flips to cleared, giving a measurable record of the backlog closing.

AI applications and MCP

Invicti: AI-BOM and LLM coverage in its platform.

apisec: Surface Code AI maps MCP servers, agents, LLM providers and call sites, and the App Model includes them so they're tested as part of the application.

What this means for your program

If your DAST results are clean but you still can't say whether one customer can reach another customer's data, the answer is a model of your application. Five steps:

1. List your roles and tenants. For each critical application, write down how many roles and tenants it really has. Compare that with how many accounts your scanner tests with.
2. Map what you actually run. Use apisec Surface to inventory every application and what it's made of.
3. Test authorization the way an attacker would. Let apisec Exploit Testing work through the full roles-and-permissions matrix and every tenant boundary with real identities.
4. Send developers only confirmed exploits. Each comes with evidence and the data it exposed. Everything that can't be exploited is cleared.
5. Report exploits cleared, not scans passed. Rerun after every fix. The board sees how much of the footprint an attacker could use, and how fast that number is falling.

apisec vs Invicti: frequently asked questions

What is the difference between apisec and Invicti?

Both test running applications and value proof over noise. Invicti is a proof-based DAST scanner that confirms common web and API flaws, such as injection, with safe exploits. apisec builds a graph of how each application operates and proves what an attacker can do across it, including authorization across every role and multi-step business logic.

Is apisec an alternative to Invicti?

For teams whose biggest risk is authorization and business logic, yes. Invicti is strong at broad, accurate scanning of common web vulnerabilities. apisec models each application and generates exploits for its roles, tenants and workflows, records every result as confirmed, cleared or blocked, and delivers SAST and SCA reports alongside.

How does BOLA testing differ between apisec and Invicti?

Invicti compares a higher- and a lower-privilege account that you configure, which catches some horizontal and vertical escalation. apisec builds the full roles-and-permissions matrix and tenant boundaries from its graph of the application, then tests every role against every function and every tenant against every other tenant, using real identities.

Invicti already uses proof-based scanning. How is apisec's proof different?

Invicti confirms over 94% of direct-impact vulnerabilities with safe exploits and reports the rest with lower certainty. apisec records every exploit as confirmed, cleared or blocked on a missing prerequisite, with replayable evidence, so security teams can show what an attacker can do and also what they can't.

Do both confirm fixes?

Both do. Invicti automatically retests each fix and reassigns the issue if it remains. apisec reruns the exact same exploit against the running application, so a result flips from confirmed to cleared only when the attack itself stops working, giving a measurable record of the backlog closing.

See what an attacker can do inside your application

Pick an application with several roles or tenants and test it free, with no credit card. apisec shows which exploits an attacker can actually use, which ones clear, and the evidence for each.

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