RINP // CYBERSECURITY SERVICES
Penetration Test · Continuous Validation
We build a continuous penetration-testing program adapted to your release cadence.
We test your web and API surfaces on a regular basis, aligned with your release cadence. We prioritize verified findings by business impact. After you remediate, we run a post-remediation retest and show the progress in a periodic executive summary.
- Test scope and verification allowances are planned around your release cadence.
- Every verified finding is delivered with a technical report, a safe PoC, and a remediation priority.
- Post-remediation retests and a periodic executive summary keep progress visible.
The cycle
- 01
Monthly Validation
The sprint rhythm
- 02
Fix & Validate
The closure cycle
- 03
Management Trend
Quarterly visibility
Web + API · rhythm-based
What this service is, and is not
- It assesses your application surfaces over a defined period through controlled testing adapted to your release cadence.
- It tracks the remediation status of verified findings and their retest results in a shared program view.
- It lets the technical team and management make regular decisions from the same risk picture.
- Not a subscription version of the Application Security Penetration Test; a one-off deep application test opens a different decision moment.
- Not a light version of the Modular Red Team Simulation; attack-path and detection-gap validation is a separate scope.
- Not 24/7 monitoring, incident response, a managed SOC/MSSP or an unlimited testing service; rhythm, scope and validation rights are within package limits.
Scope and boundaries
- Monthly validation sprint on web and API target assets (1–3 validations/month by package level)
- Scheduled fix validation and the fix-validate cycle, within the package
- Package-level monthly deep-review right (Deep Review and Advanced packages)
- Off-rhythm release-validation right (as an add-on; by SLA and scope)
- Technical findings, safe PoC, segment visibility by scope and roles
- Monthly fix-priority work list (owned, ordered, fix-first format)
- Monthly executive summary, quarterly trend and program tuning (scope and rhythm calibration)
- Decision support for management + an actionable work list for the technical team (two-layer delivery)
- 24/7 monitoring, a managed SOC, MSSP or incident-response service
- Mobile application testing (a separate scope - the Application Security Penetration Test mobile component)
- Internal network, wireless and cloud security posture (separate services)
- Modular Red Team Simulation, BAS, Purple Team and social-engineering scope
- DDoS, load, stress, capacity or destructive testing
- Physical testing and attacks on third-party systems
- Unlimited target assets, unlimited roles, unlimited release validation or unlimited retest
- Written authorization, rules of engagement (RoE), test window and production boundary are approved.
- The target-asset list, test accounts and critical business flows are defined.
- WAF, rate-limit and operational constraints are shared with the technical contact.
- Production testing runs only in an approved window, with a defined test account and stop criterion; risky actions require written approval.
- The starting price is an approximate budget; the final proposal is narrowed after discovery, RoE, target assets and operational constraints.
- Written authorization and rules-of-engagement approval
- Target-asset list and test-environment / production-window information
- Test accounts and authenticated roles
- Critical business flows, WAF/rate-limit constraints, a technical contact and an emergency contact
- Optional: architecture diagram, API collection, previous pentest reports, release calendar (improves pricing)
The program is run with written authorization, approved targets, planned testing allowances, stop conditions, and an escalation line.
How we work: from cadence plan to periodic review
Onboarding & target-asset breakdown
Written authorization, rules of engagement (RoE), test window, production boundary, target-asset list, authenticated roles and critical business flows are defined; the starting view and first risk map are drawn.
Monthly validation sprint
In the approved scope, manual + automated validation is run; technical findings are proven with a safe PoC and pre-assessed by business impact; in production, only a health-check logic applies.
Backlog & fix-validate cycle
We spend the planned testing allowances according to your release calendar and changes in risk, and we verify critical workflows through controlled testing.
Reporting, retesting, and program review
We prioritize findings by business impact and exploitability, and share a technical report, a safe PoC, and a remediation plan. As you remediate findings, we run post-remediation retests and record the results in the program's shared risk view.
What we deliver
Periodic executive summary
- Risk trend: shows new, remediated, and retested findings across periods.
- Remediation view: summarizes the owners and status of priority findings.
- Quarterly program-tuning output: scope, rhythm and package-level calibration decisions are recorded with clear ownership.
Technical report and tracking records
- Technical report: includes each finding's impact, safe PoC steps, and the recommended control.
- Remediation plan: prioritizes findings by business impact and exploitability.
- Retest record: documents the status of a finding after you remediate it.
- Release-aligned trend report: MTTR or closure time and risk distribution by surface.
Optional outputs
- Extra target asset and deep-review right: reflected as a monthly add-on for scope beyond the package limit.
- Accelerated validation (≤10 or ≤5 business days): taken with an extra fee for SLA narrowing.
- TR+EN reporting, on-site closure workshop or out-of-scope extra retest: priced as a separate line when needed.
Management tracks the risk trend and remediation pace. The technical team sees the next test, the remediation owner, and the retest result.
Decision profile
- Duration
- Min 3 months; 6 recommended, 12 enterprise
- Rhythm
- Monthly validation + scheduled validation right
- Delivery
- Management + technical
- Scope
- Web + API target assets
- Best for
- High-release-rhythm product teams
Which is the right start, and when?
These three approaches do not produce the same evidence object. Starting without knowing the difference wastes time and budget chasing the wrong proof.
| Criterion | ÖnerilenContinuous Penetration Testing | Application Security Penetration Test | Modular Red Team Simulation |
|---|---|---|---|
| Decision question | Can we regularly see exposure and closure in our release rhythm? | Does the critical flow truly break in the new release? | Does the attacker advance to the crown jewels, and does the defense see it? |
| Primary evidence object | Rhythm, revalidation, closure visibility, fix-validate cycle, trend | Validated technical proof on the critical flow; exploitable access flaw; fix-first backlog | Validated attack path; chain to the crown jewels; detection-gap matrix |
| Ideal trigger | High-release-rhythm product teams; a need for closure visibility and a management trend | New release/project validation; single-point depth before a customer security review | Crown-jewel and resilience validation; threat-actor TTP or assumed breach |
| Wrong match | Trying to turn a one-off deep application test into a continuous program | Meeting a release-rhythm and closure-visibility need with a one-off report | Confusing a continuous web/API validation need with attack-path execution |
One example of decision clarity
Anon case
Weekly release: does the one-off test keep up with the rhythm?
A product team shipping regular releases authorized us to put their web and API scope on a three-month testing cadence. Together we planned the critical workflows, the testing allowances, and the stop conditions.
In the first two testing periods we verified priority security findings in the authorization and business-logic flows. We reported each finding with a safe PoC and reproduction steps.
As the client remediated findings, we ran post-remediation retests and shared the risk trend in a periodic executive summary. By the end of the program, the remediation status of the critical workflows was verified in a shared risk view.
What this case produced
- The testing plan was tied to the release calendar.
- Critical application findings were tracked across periods.
- Client remediations were verified through retesting.
Let's clarify your program scope together
This form clarifies your target applications, release frequency, critical workflows, program duration, and testing allowances.
Frequently asked questions
A one-off test provides depth for a specific release or scope. Continuous Penetration Testing, by contrast, runs on a regular basis with planned testing allowances and tracks remediation status across periods.
Program duration is set based on your release cadence and the number of targets. Testing allowances are planned at the start and updated together as priorities change.
Every verified finding is shared with a technical report, a safe PoC, and a remediation priority. The periodic executive summary shows the risk trend and remediation status.
Once you remediate a finding, you request a retest. The same workflow is run again and the result is added to the program record.
The target list, critical workflows, release calendar, test accounts, technical contact, and stop conditions should be shared before the program begins.
Priorities, release changes, and verified findings are reviewed in periodic meetings. Any scope change is recorded.
Related services and add-ons
If your need extends beyond continuous web/API validation, open the right bridge here.
Application Security Penetration Test
If the focus is a one-off deep application test, single-point depth before a customer security review or pre-release project validation, the Application Security Penetration Test is the right start.
PT-3Cloud Security Penetration Test
If the focus is the cloud authority chain, data-access path and transitive-authority visibility, the Cloud Security Penetration Test is the right start.
PT-4Social Engineering Simulation
If the focus is human-layer resilience, reporting-reflex measurement and the correct-escalation rate, the Social Engineering Simulation is the right start.
PT-5 · DISCOVERY
Let's build the release cadence, the test scope, and the retest plan together.
In a discovery call we define the target surfaces, release frequency, program duration, and the expected reporting rhythm together.