Scanners flag the easy stuff. Our engineers chain the weaknesses they skip, slip past your defenses, and prove exactly how an attacker gets in before a malicious one does. Manual exploitation. AI-augmented recon. OSCP-certified testers. Fixed price, 1–2 week delivery.
1–2 weeks
Kickoff to findings
OSCP+
Certified testers
12 CVEs
Original research
2026 Penetration Testing Threat Data — Source: Verizon DBIR 2026 & IBM Cost of a Data Breach 2025
31%
of breaches arose from an exploited vulnerability
Verizon DBIR 2026
74%
of known exploited vulnerabilities left unpatched
Verizon DBIR 2026
55%
year-over-year rise in vulnerability exploitation
Verizon DBIR 2026
$10.22M
average cost of a U.S. data breach
IBM 2025
The throughline: exploited vulnerabilities are already known and already scannable. They just weren't validated or fixed. Closing that gap is what a penetration test does.
And the one retesting your fix. Every engagement is scoped, executed, and validated by the same senior engineer.
Our delivery partner's engineers have published 12 CVEs across ManageEngine, PRTG Network Monitor, Nagios XI, and Rock RMS. When something looks off during your test, they dig until they understand it — not until a checklist says they can stop.
After you remediate, we retest the specific findings to confirm the fix actually holds. Retesting is included in every engagement — no extra fees, no scheduling friction. You get confirmation, not assumptions.
Kickoff to findings in one to two weeks for most scopes. Fix things while they're fresh, not six weeks after the engagement ended and the engineer who ran it has moved on.
Automated tools handle reconnaissance and known-CVE checks. Our engineers handle exploitation, business logic abuse, and chaining. Roughly 70% of the value of an engagement comes from work no scanner can do.
Our primary delivery partner holds a SOC 2 Type II examination covering Security Trust Services Criteria. Findings are delivered through secured, role-based portals with full audit logging.
Engagements are documented to satisfy PCI DSS v4.0 Req. 11.4, HIPAA §164.308(a)(8), SOC 2, CMMC, ISO 27001, GDPR Article 32, FedRAMP, and GLBA Safeguards Rule. Reports include the auditor-ready artifacts you need.
Deep, manual testing scoped to a specific environment. Web application, API, internal network, cloud, or any combination. Ideal for annual compliance requirements, pre-launch validation, or targeted assessments of specific environments. Delivered in 1–2 weeks.
Unlimited testing through a subscription model. Real-time findings, DevSecOps integration with GitHub, GitLab, Jira, Slack. Ongoing expert assessments that keep pace with your release cycles. Built for teams shipping continuously. No per-test fees, no retest fees — ever.
Expert-led assessments across every technology, protocol, and environment. Select a target to see the full methodology.
The right approach depends on what you're trying to learn, your timeline, and what's actually at stake.
Zero prior knowledge. Simulates an external attacker discovering and exploiting your systems from scratch.
Best for: Validating perimeter defenses and testing what a real external attacker could do with no insider knowledge.
Partial information — typically user credentials or limited architecture details. Most engagements are grey box.
Best for: Simulating a compromised account or malicious insider. The most efficient use of testing time for most environments.
Full transparency. Complete documentation, credentials, and source code access for the most thorough assessment.
Best for: Pre-launch code review combined with exploitation testing, or when you want maximum coverage in a fixed testing window.
During a routine unauthenticated web application check, our engineer discovered that an e-commerce login prompt was vulnerable to classic SQL injection. A single apostrophe in the username field. ' OR 1=1-- gained access to multiple user accounts, including administrator accounts.
Rather than stopping there, our engineer went deeper using SQLMap with a crafted request file containing the vulnerable login parameters. SQLMap mapped all databases, enumerated tables and columns, and ultimately downloaded the entire customer database — encrypted passwords, personal information, order history, and admin credentials — in a single automated chain.
As a critical finding, our engineer alerted the client immediately with specific remediation steps. Parameterized queries replaced dynamic string concatenation. The fix was deployed and confirmed within the testing window — retested and closed before the engagement ended.
Stories are based on real EasyCloudify™ engagements. Some details altered to protect client identity.
EasyCloudify™ engagements produce the documentation and testing evidence that compliance auditors require.
PCI DSS v4.0
Requirement 11.4 — manual exploitation + segmentation validation
HIPAA Security Rule
§164.308(a)(8) technical evaluation requirement
SOC 2
Security Trust Services Criteria — auditor-ready evidence
GLBA Safeguards
Periodic testing under 16 CFR 314.4(d)
CMMC 2.0
NIST SP 800-171 assessment support for CUI environments
ISO 27001:2022
Annex A 8.8 technical vulnerability management
GDPR Article 32
Regular testing and evaluation of security effectiveness
FedRAMP
FedRAMP Penetration Test Guidance for cloud service providers
Every engagement follows the same structured process, grounded in NIST SP 800-115 and the MITRE ATT&CK framework.
Define scope, testing windows, emergency contacts, and what can and cannot be touched. Signed before any work begins.
Map your attack surface from public sources, enumerate services, and identify the most promising entry points before active exploitation.
Manual exploitation of discovered vulnerabilities, chaining individual weaknesses into complete attack paths that demonstrate real business impact.
Executive summary plus full technical findings with proof-of-concept evidence, ranked by exploitability and business impact.
Your team fixes. We verify. Retest of every confirmed finding is included — confirmation that each fix actually holds.
Clear answers for security, compliance, and engineering stakeholders evaluating a pentest program.
A penetration test is a controlled, authorized simulation of a real-world cyberattack. Unlike automated vulnerability scans, penetration testing uses manual exploitation techniques to demonstrate how an attacker could gain unauthorized access, escalate privileges, move through your network, and reach sensitive data. The result is a clear picture of your actual risk — not just a list of theoretical vulnerabilities.
Scanners flag what's known. Penetration testers validate whether it's actually exploitable in your environment, chain multiple weaknesses together into a complete attack path, and test business logic, authentication, and authorization controls a scanner can't reason about. Scans find what might be wrong. Pentesting proves what is actually broken.
Every engagement delivers: (1) an executive summary written for a non-technical audience explaining risk in business terms; (2) technical findings with full proof-of-concept evidence, exploitation steps, and screenshots; and (3) a prioritized remediation roadmap with specific guidance for each finding. Retesting of confirmed findings is included.
Penetration testing is scoped to simulate real attacks without disrupting production users. Every engagement begins with a signed Rules of Engagement document defining what can and cannot be touched, testing windows, and emergency escalation procedures. Testing can be paused immediately upon request at any time.
Kickoff to findings delivery takes 1–2 weeks for most scopes. A single web application or API is typically one week. Combined scopes (web app + API + internal network) run two weeks. Timeline is confirmed at scoping before any work begins.
Yes. EasyCloudify™ engagements are scoped and documented to satisfy the penetration testing requirements of PCI DSS v4.0 Requirement 11.4, HIPAA Security Rule §164.308(a)(8), SOC 2 Trust Services Criteria, GLBA Safeguards Rule, CMMC 2.0, ISO 27001 Annex A 8.8, GDPR Article 32, and FedRAMP Penetration Test Guidance. Reports include the documentation auditors require.
A scoping call takes 30 minutes and ends with a fixed-price proposal and a confirmed testing window. The engineer on the call is the one running your test.