Continuous API and application security testing that finds real, exploitable risk before attackers do.
The Equixly platform replaces periodic penetration tests and static security tools with an always-on AI adversary. Instead of testing your applications once or twice a year, Equixly continuously discovers, attacks, and validates your applications and APIs in production. This is a continuous penetration testing platform built for modern systems, not legacy testing cycles.
AI agents simulate real-world attacks, like a pentester
Always-on API security testing to spot flaws early
Instant insights to fix security issues faster
At the core of the Equixly platform is a proprietary Agentic AI Hacker. It does not run scripts. It learns how your system behaves, explores workflows end to end, chains API interactions, and adapts as it discovers new paths.
This approach exposes logic flaws, cross-service attack chains, behavioural weaknesses, and privilege escalation paths that traditional testing often misses. Every finding is based on demonstrated exploitability, giving your team clarity about what can actually be abused.
See how we attack
You cannot secure what you cannot see. Equixly continuously maps your APIs, endpoints, services, and dependencies as they exist in production. As your architecture evolves, the platform updates automatically.
Security teams gain live visibility into exposure without relying on outdated inventories or manual scoping.
View your attack surface
Most breaches exploit business logic, not obvious vulnerabilities. The Equixly platform understands how your applications and APIs work together. It evaluates workflows, roles, permissions, and system behaviour to uncover threats specific to your architecture.
This is what differentiates an agentic penetration testing platform from scanning tools. It tests how your system behaves, not just what it contains.
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Finding issues is not enough. Proving they are fixed matters more. Equixly automatically re-tests remediated vulnerabilities and validates that attack paths are closed. Security becomes a continuous feedback loop rather than a recurring project.
The platform also provides visibility aligned with major frameworks including OWASP, ASVS, PCI DSS, PSD2, and ISO 27001, supporting audit readiness without relying on snapshot testing.
See risk more clearly
Every capability is designed around one principle: continuous offensive validation.
AI-driven attacks that adapt in real time
Live visibility into your full attack surface
Testing how your system behaves, not just what it contains
Findings ranked by demonstrated exploitability
Continuous validation that fixes actually work
Aligned with OWASP, PCI DSS, ISO 27001 and more
Penetration testing reimagined for environments that never stand still.
Attackers do not wait for scheduled test windows. They operate continuously, adapt in real time, and exploit system complexity. The Equixly platform mirrors that behaviour. It embeds an AI adversary into your environment and validates your security posture as it evolves. This is the shift from reactive defence to proactive, offensive assurance.
Continuous penetration testing is an always-on approach to offensive security that persistently attacks live applications and APIs to identify exploitable vulnerabilities — rather than conducting assessment at scheduled intervals. Traditional penetration testing operates on an annual or quarterly cycle: a team scopes an engagement, tests for a defined period, produces a report, and leaves. In the weeks and months that follow, applications evolve, new APIs are deployed, configurations change, and the attack surface shifts — none of which is assessed until the next engagement. Continuous penetration testing eliminates this gap. Equixly's Agentic AI Hacker operates against your live systems persistently, ensuring that new releases, architectural changes, and emerging vulnerabilities are assessed in real time rather than retrospectively.
Equixly is not a scanner. It is an autonomous AI adversary that reasons about application behaviour rather than matching requests against known vulnerability signatures. Traditional DAST tools and API security scanners detect patterns such as injection payloads, known misconfigurations, documented vulnerability signatures. They test endpoints in isolation. They do not understand how APIs interact with each other, cannot model multi-step exploit chains, and cannot test the business logic that governs what your application is authorised to do. Equixly's Agentic AI Hacker chains API interactions across workflows, learns how your system behaves under adversarial conditions, and finds the vulnerabilities like BOLA, business logic abuse, and authorisation failures, that only emerge when an application is tested the way a real attacker would test it. Every finding is grounded in demonstrated exploitability, not theoretical exposure.
Yes, and business logic vulnerability detection is one of Equixly's core differentiators. Business logic vulnerabilities are flaws in how an application's workflows, authorisation rules, and data interactions can be abused, rather than isolated technical flaws like injection or misconfiguration. They are unique to every application's design and cannot be detected by signature-based tools or static analysis. Equixly's Agentic AI Hacker understands how your application is intended to work, then systematically probes whether those workflows can be manipulated, testing authorisation bypass scenarios, privilege escalation paths, role confusion, and multi-step exploit chains that cross service boundaries. These are consistently among the most consequential vulnerabilities in modern API-driven environments and consistently the ones that periodic penetration tests and scanners miss between engagements.
Equixly tests modern APIs, single-page applications, microservices architectures, and traditional server-rendered web applications across all common API paradigms like REST, GraphQL, and gRPC. The platform is designed for cloud-native and API-first architectures where the attack surface is distributed across multiple services and changes frequently. It also supports testing of MCP server integrations and AI agent infrastructure, the emerging API layer connecting large language models to external tools and services. Equixly does not require agents installed in your environment or access to source code. It operates from the outside, against your running systems, mapping the true attack surface as it exists in production rather than as it is documented.
Equixly integrates with CI/CD pipelines, vulnerability management systems, and application security platforms including Checkmarx One. Penetration tests can be triggered automatically as part of deployment pipelines, ensuring new releases are immediately challenged by the Agentic AI Hacker before vulnerabilities reach production at scale. Findings are delivered with exploit-validated context and mapped to OWASP, PCI DSS, and ISO 27001 frameworks, providing the evidence security and compliance teams need without creating additional reporting overhead. The platform is designed to extend existing security workflows rather than replace them or create parallel programmes that compete for team attention.
Equixly provides continuous, exploit-validated testing against the security frameworks and risk categories embedded in PCI DSS, DORA, ISO 27001, and NIS2. For PCI DSS, the platform continuously tests against the OWASP API Security Top 10 categories required for in-scope applications, providing the ongoing validation evidence that point-in-time assessments cannot sustain between annual compliance cycles. For DORA, Equixly's continuous offensive testing model directly satisfies the regulation's requirement for ongoing security validation rather than periodic snapshot assessments. For ISO 27001, the platform's continuous findings and remediation tracking provide the evidence of security control effectiveness that certification maintenance requires. Compliance reporting is available mapped to specific framework controls, enabling audit readiness without reliance on manual evidence collection.