Framework hub for security & compliance

A practical overview of how an invisible, no-interaction CAPTCHA supports compliance and security frameworks.

Compliance-ready bot protection without user friction

TrustCaptcha is built to operate as a security control: invisible, no puzzles, no interaction. It reduces automated abuse while supporting evidence-friendly security and governance workflows.

Modern regulations and frameworks increasingly expect organizations to demonstrate operational resilience, risk-based controls, and governance over security measures—especially for public-facing systems. TrustCaptcha helps meet these expectations by preventing automated abuse (credential stuffing, scraping, spam, brute force, bot-driven disruption) while keeping the user experience frictionless.

Unlike challenge-heavy CAPTCHA approaches, TrustCaptcha is designed as a no-interaction CAPTCHA: users keep moving, and your teams get a control that’s easier to document, review, and map to frameworks.

Designed for governance & audits

TrustCaptcha is optimized for compliance reviews and vendor assessments.

✓ No puzzles or user interaction
✓ Security-only control positioning
✓ Evidence-oriented documentation available
✓ Supports resilience and abuse prevention objectives

Frameworks and regulations TrustCaptcha supports

Select a framework to view the practical mapping, suggested controls, and the evidence most teams need for audits and vendor reviews.

DORA (EU)

EU Regulation

Helps strengthen ICT resilience for financial entities by mitigating bot-driven disruptions, supporting monitoring/logging workflows, and enabling predictable security operations.

NIS2 (EU)

EU Directive

Supports NIS2-aligned security outcomes by reducing automated abuse, improving service availability, and enabling evidence-friendly security controls without user tracking.

ISO/IEC 27001 & 27002

ISMS

Fits into an ISMS as a security control for abuse prevention and availability, with clear documentation and predictable processing suitable for audits and internal control mapping.

SOC 2 (Trust Services Criteria)

Assurance

Contributes to Security and Availability criteria by reducing automated attacks, supporting incident workflows, and offering compliance-facing evidence for vendor reviews.

NIST Cybersecurity Framework (CSF)

Framework

Supports Identify/Protect/Detect/Respond outcomes by limiting automated threats and enabling measurable, operational security signals without intrusive user challenges.

NIST SP 800-53 (Control Families)

Controls

Maps naturally to controls for access control, system monitoring, resilience, and incident response by preventing abuse paths and supporting security operations visibility.

CIS Critical Security Controls

Controls

Complements CIS-aligned programs by reducing exposure to automated threats and supporting secure configuration and monitoring expectations in web-facing environments.

PCI DSS (E-commerce & Payments)

Payments

Helps protect payment-related user journeys from automated abuse, credential stuffing, and bot-driven checkout attacks—supporting availability and fraud reduction goals.

OWASP (ASVS / Top 10)

AppSec

Reduces automated abuse patterns that commonly enable credential stuffing, scraping, and brute force—supporting secure-by-design app programs without puzzle friction.

Control mapping

How TrustCaptcha fits common control objectives

A practical, audit-friendly view of what the control does, why it matters, and what evidence teams typically request.

Control objective	How TrustCaptcha supports it	Typical evidence
Availability & resilience	Stops bot-driven downtime and resource exhaustion; supports stable user journeys with zero-puzzle friction.	Service metrics, implementation scope, operational runbooks (on request).
Access & abuse prevention	Mitigates automated login attempts, credential stuffing, scraping, spam submissions, and brute force paths.	Integration patterns, recommended protected endpoints, policy configuration (on request).
Monitoring & detection	Produces security outcomes that can feed detection and response workflows without tracking users across sites.	Event categories, outcome signals, and logging guidance (on request).
Privacy-by-design security control	Security-only verification without puzzles and without building persistent user profiles—designed to minimize privacy risk during compliance reviews.	Data flow summary, purpose limitation statement, retention posture (on request).
Third-party / vendor governance	Documentation-first approach to simplify procurement, audit evidence, and security questionnaires.	Security overview, DPA, subprocessor/hosting disclosures (as applicable).

Note: Evidence availability may depend on your plan, deployment model, and requested scope.

Resources

Documentation that simplifies audits and vendor reviews

Security, legal, procurement, and compliance teams can request a focused evidence package.

Vendor / Security Questionnaire Support

Send your procurement or security questionnaire—our team will help you complete it efficiently.

Data Processing Agreement (DPA)

Supports controller–processor reviews where applicable and streamlines legal procurement.

Request DPA

Frequently Asked Questions

Framework questions teams ask most often

If you’re preparing for NIS2/DORA, ISO, or SOC reviews, these answers usually unblock the process.

What is a “no-interaction” or invisible CAPTCHA?

It’s a CAPTCHA that protects forms and high-risk endpoints without asking users to solve puzzles or click boxes. TrustCaptcha is designed to run invisibly in the background so legitimate users can continue their journey while automated abuse is stopped.

How does TrustCaptcha help with NIS2 or DORA readiness?

NIS2 and DORA push for risk-based controls and operational resilience. TrustCaptcha helps reduce bot-driven disruption in public systems (logins, registrations, password resets, forms, checkout) and provides documentation that supports governance, oversight, and vendor review processes.

Does TrustCaptcha replace WAF, rate limiting, or bot management?

It complements them. Many teams use TrustCaptcha alongside WAF rules, rate limits, and threat detection to add a dedicated anti-automation control at the application layer—especially where user friction must be near zero.

What kind of evidence do auditors or procurement teams typically need?

Common asks include a security overview, architecture/data-flow summary, operational posture (monitoring, incident handling), and documentation to support internal control mapping (ISO/SOC/NIST/CIS). TrustCaptcha is built to make those requests straightforward.

Where should we deploy TrustCaptcha for best control coverage?

High-risk journeys are usually the priority: login, password reset, registration, form submissions, checkout, and API endpoints that attract scraping or brute force. Many teams start with the most abused endpoints and expand coverage based on observed risk.