Secure.com vs XBOW
XBOW is an autonomous AI pentester that proves exploitability across web apps and APIs, continuously or on demand. Secure.com's Red Teammate proves it too, then hands each finding to a team that fixes the root cause.
Last reviewed: September 2026
- Continuous testing
- Above your stack
- Human approval on every action
The short version
Choose Secure.com's Red Teammate if you want proven exploits carried into governed fixes by a team that also runs your defense, not offense alone.
XBOW is an autonomous offensive security platform. Its agents map web applications and APIs, chain vulnerabilities into real attack paths, and prove each finding with a working exploit through controlled validation, then retest fixes on demand. Secure.com's Red Teammate proves exploitability too. The difference is what happens next: the finding flows to the SOC, AppSec, and Cloud Teammates, which harden the root cause and retest, every consequential action under your approval. In Secure.com's buyer research, grunt work surfaced in 10 of 14 interviews.
Your team sets the rules. The Teammate works inside them.
Who each option is for
Choose Secure.com if
- You want proven findings carried into governed fixes by the Cloud and AppSec Teammates.
- You want offense and live defense as one team, with findings feeding the SOC Teammate.
- You want testing that also covers adversary emulation and detection validation.
Choose XBOW if
- You want autonomous pentesting of web apps and APIs that proves every finding with a working exploit.
- You want continuous coverage or on-demand pentests, with retests that verify your fixes.
- You run Microsoft Security and want offensive findings flowing into its detection and remediation loop.
Why proving an exploit isn't the whole loop
Proving exploitability with a working exploit, continuously, is a genuine advantage, and XBOW leads at it. But a proven finding is still work until someone fixes it and defends against it. The gaps show up fast.
A proof is not a fix.
A working exploit and remediation guidance show what to do. Executing the fix usually still sits with your developers.
Offense without live defense.
Proving exploits is the offense side. Triage, response, and detection work run in other tools and teams.
Applications, not the whole surface.
Web apps and APIs are a large share of the attack surface. Identities, cloud posture, and detections need testing too.
One capability, not one team.
Autonomous pentesting is a specialist function. The SOC, cloud, and application operations still need their own owners.
AI Teammates attack your defenses, harden what they find, and hand your team back hundreds of hours every month.
What gaps Secure.com fills
Offense and defense as one team
The Red Teammate's findings feed the SOC, AppSec, and Cloud Teammates on shared context. XBOW is a dedicated offensive testing platform.
The fix executed, not just guided
The Cloud and AppSec Teammates fix the root cause behind an approval gate. XBOW delivers developer-ready remediation guidance with each finding.
Beyond web apps and APIs
The Red Teammate also emulates adversaries and validates detections. XBOW focuses on proving exploitability in web apps and APIs.
Defense on the same context
When a proven path is attacked for real, the SOC Teammate triages and responds. XBOW feeds detection through integrations like Microsoft Security.
Start with one Teammate
Start with the Red Teammate and add the SOC, AppSec, and Cloud Teammates as trust grows. XBOW is adopted as autonomous pentesting.
The full comparison
Three views: what each does, how each deploys, and where each fits. Every cell is a real sentence, not a checkmark.
Table A — By capability
Secure.com vs. XBOW — security validation capability comparison (2026).
| Evaluation layer | Secure.com (Red Teammate) | XBOW |
|---|---|---|
| Category | A Red Teammate that runs offense on the governed Secure.com platform. | An autonomous offensive security platform, or AI pentester. |
| Testing approach | Continuous testing and exploit validation within your approved scope. | Autonomous agents map apps, chain flaws, and attack like a real hacker. |
| Proof | Validates what is exploitable and the attack path behind it. | Every finding proven with a working exploit through controlled validation. |
| Coverage | External exposure, adversary emulation, and exploit and detection validation. | Web applications and APIs. |
| Retest | Retests after remediation, built into the loop. | Retest assessments re-run attacks to verify fixes. |
| Remediation | The Cloud and AppSec Teammates execute governed fixes behind an approval gate. | Developer-ready remediation guidance. |
| Defense side | Findings feed the SOC Teammate on shared context. | Feeds detection and remediation through Microsoft Security integration. |
| Audit | Every action is logged to a SOC 2 aligned audit trail. | A full log of every decision and tactic behind each finding. |
| Data handling | Customer data stays within your configured scope and policy boundaries. | XBOW's data-handling terms are not stated in its public materials at the time of review. |
Table B — By deployment
Secure.com vs. XBOW — deployment and operating model (2026).
| Dimension | Secure.com (Red Teammate) | XBOW |
|---|---|---|
| Deployment model | Sits above your existing stack; no rip and replace. | SaaS; point it at a target URL to begin. |
| Operating model | Self operated, Expert Activation, or fully managed by Secure.com. | Self operated, with human-directed operatives on Enterprise. |
| Cadence | Continuous, inside your approved scope. | Continuous coverage, or pentests on demand. |
| Time to first value | Live in days via Forward-Deployed Engineers for a guaranteed first value. | On-demand pentests start from a target URL. |
| Ecosystem | 200+ integrations across SIEM, EDR, IAM, cloud, and ticketing. | Microsoft Security integration and AWS Security Competency. |
| Pricing model | Custom quote through a sales conversation; start with one Teammate. | Public list prices were retired in July 2026. |
Table C — By use case coverage
Secure.com vs. XBOW — use case coverage (2026).
| Use case | Secure.com (Red Teammate) | XBOW |
|---|---|---|
| Application pentesting | Yes. Continuous testing by the Red Teammate within scope. | Yes. Autonomous app and API pentesting is its core. |
| Exploit proof | Yes. Validated exploitability and attack paths. | Yes. A working exploit for every finding. |
| Retest | Yes. Retests to prove the fix held. | Yes. Retest assessments verify fixes. |
| Detection validation | Yes. The Red Teammate checks that detections fire. | Feeds Microsoft Security detections. |
| Live SOC operations | Yes. Triage and response by the SOC Teammate. | Not in scope. XBOW is an offensive platform. |
| Root cause remediation | Yes. The Cloud and AppSec Teammates harden under approval. | Remediation guidance; fixes run with your developers. |
Close the loop without rebuilding your stack
You don't replace your testing program to start. You add one Teammate to the tools you already run and expand only once it earns the next step.
Find the right starting point
A security context discovery maps your environment and recommends the first Teammate to deploy.
Reach first value with experts
Expert Activation configures and tunes the Red Teammate against a guaranteed time to value.
Keep your stack
200+ integrations mean no rip and replace of the SIEM, EDR, or IAM you already run.
Expand when ready
Add Teammates across offense and defense as trust and ROI are established.
Frequently Asked Questions
See the Red Teammate
close the loop
Start with one Teammate on your existing stack. Attack, harden, prove, and retest, governed by your rules.
This comparison reflects publicly available information about XBOW as of September 2026. Secure.com is not affiliated with XBOW. All trademarks are the property of their respective owners.
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