TL;DR
Manual penetration testing is a point-in-time engagement by a human pentester (or team). It is highly customised, slow, and expensive. Sekura is a continuous autonomous platform that runs the same exploit-first methodology against the entire attack surface, every push, every hour, at a fraction of the per-cycle cost. The two are complementary: manual pentests still set the methodology; Sekura runs the methodology continuously.
| Manual pentest | Sekura | |
|---|---|---|
| Cadence | Annual, sometimes quarterly | Continuous — every push, every PR, scheduled crawls |
| Cost per engagement | $30,000 – $150,000 | A fraction of a single manual engagement, billed continuously |
| Time from start to report | 2 – 6 weeks | Minutes per scan |
| Coverage | A scoped portion of the attack surface | The full attack surface, every cycle |
| Output | Narrative PDF report, often gated by sign-off | Live findings in dashboard + SARIF + PR review comments |
| Reproducibility | Hand-written payloads in the report appendix | Deterministic proof-of-exploit attached to every finding |
| Adaptation to environment change | Stale the day a deploy ships | Re-runs on every change |
| Compliance | Required by SOC 2, PCI DSS, etc. as a baseline | Maps findings to the same frameworks; treated by some auditors as supplementary, not a substitute |
What manual pentests do well
A senior human pentester brings judgment that no automated system has yet matched:
- Business-logic flaws that require understanding the application's domain model — e.g. "this discount-stacking flow lets you reach a negative price by combining two coupons." Sekura's chain analysis catches some of these, but a human will still find more nuanced cases.
- Social-engineering / physical-security adjacent attacks (badge cloning, phishing rehearsals, on-site reconnaissance) that are outside Sekura's scope by design.
- Hand-crafted narrative reports for executive and board audiences.
- The compliance signature. Some compliance regimes (PCI DSS Requirement 11, certain SOC 2 audits, FedRAMP) still require a named pentester to sign the report.
Where manual pentests fall short
- Point-in-time. The report is accurate on the day it is published. Anything you ship after the engagement is unscanned until the next cycle.
- Cost per cycle limits cadence. At $30k–$150k per engagement, even well-funded security teams run them once or twice a year.
- Scope concentration. Time-boxed engagements force the tester to focus on a few applications. The long tail of internal services is rarely covered.
- Triage opacity. Findings arrive as a narrative; the engineering team has to reconstruct the exploit to verify and fix.
Where Sekura fits
Sekura runs the same methodology a human pentester would — recon, hypothesis, exploit, proof — on a continuous schedule, against the entire attack surface, with a deterministic payload attached to every finding. It captures:
- Common vulnerability classes (injection, deserialisation, SSRF, auth bypass, IDOR, file inclusion, etc.).
- Multi-step exploit chains discovered by the chain-analysis agents.
- LLM-security issues (prompt injection, jailbreak, data exfiltration) for AI-integrated applications.
- Post-quantum cryptography exposure — crypto-agility audits flagging quantum-vulnerable algorithms.
What Sekura does not try to replace:
- Highly creative business-logic exploration by a senior tester.
- Physical / social-engineering testing.
- The signed report that some compliance regimes still require.
Recommended hybrid model
For most modern engineering teams:
- Run Sekura continuously — every push, every PR, every hour.
- Engage a human pentester annually for the deep business-logic + compliance-signature work. Hand them the Sekura dashboard so they start at the boundary of what automation has already covered, not at zero.
- Map Sekura findings to compliance frameworks (SOC 2, ISO 27001, HIPAA, PCI DSS, NIST CSF, NIST 800-53, GDPR, CCPA, FedRAMP, HITRUST, FFIEC, CIS, GLBA, CMMC) for ongoing audit prep.
This gives you continuous coverage at a fraction of the per-cycle cost of pentesting alone, with the human engagement reserved for the work humans are still uniquely good at.