Enterprise VAPT & Security Testing Services in India — Pentest in 48 Hours
100% Manual Proof-of-Concept Exploit Verification, CERT-In & RBI Audit Ready, and Complimentary 30-Day Retesting.
Comprehensive vulnerability discovery coupled with ethical human exploitation across external perimeters, web systems, mobile apps, and enterprise networks.
Tailored Assessment Approaches
Standardized 5-Phase Technical Methodology
We establish a legally binding Mutual Non-Disclosure Agreement (NDA) and formal Rules of Engagement (RoE). Our team maps in-scope CIDR blocks, hostnames, APIs, and cloud environments while establishing emergency out-of-band communication channels.
- Bilateral NDA execution and definition of authorized testing IP ranges
- Establishing strict safe testing windows (business vs. off-peak hours)
- Architecture threat modeling to identify critical data repositories and single-points-of-failure
- Provisioning emergency 'Stop Testing' incident commander protocol
Our certified engineers execute passive and active OSINT to mirror an advanced threat actor. We enumerate subdomains, misconfigured DNS records, exposed cloud buckets, leaked employee credentials on dark web repositories, and perimeter services without triggering availability degradation.
- Passive DNS enumeration, certificate transparency log auditing & Shodan telemetry
- Non-intrusive service fingerprinting and SSL/TLS cryptographic cipher validation
- Identifying third-party dependencies, reverse proxies, and Content Delivery Network (CDN) edge bypasses
- Public GitHub/GitLab commit auditing for leaked API tokens and database connection strings
Moving beyond automated volumetric scanners that overwhelm engineering teams with hundreds of false alarms, our analysts manually validate and correlate vulnerabilities across application endpoints, network protocols, and container runtimes.
- Automated baseline vulnerability probing using calibrated enterprise scanning suites
- Manual verification of every flagged finding to eliminate false positives
- Custom script crafting for proprietary enterprise protocols and undocumented API routes
- Evaluating patch currency against known exploit kits and zero-day threat feeds
The core offensive stage. Lead ethical hackers manually chain lower-severity findings (e.g., information disclosure + CSRF + authorization flaw) into critical business-impact compromises (such as unauthorized fund transfer, tenant data exfiltration, or remote code execution), operating strictly within safety boundaries.
- Manual business logic exploitation: BOLA, IDOR, race conditions, and workflow bypasses
- Database extraction validation using controlled SQL/NoSQL injection proofs
- Server-Side Request Forgery (SSRF) verification targeting cloud metadata services (IMDSv2)
- Documenting exact reproduction scripts (cURL, Python, Postman) and raw HTTP telemetry
We present technical findings to your engineering leads and a quantified risk translation to your Executive Board. Your developers receive direct patch consultation, followed by a complimentary 30-day retesting cycle to verify full remediation.
- Executive Board presentation translating cyber risk into financial impact
- Technical handover session with developers, providing pull-request code patches
- 30-day complimentary retesting of all patched vulnerabilities
- Issuance of official, verifiable Attestation of VAPT Certificate for regulators and clients
Technical Scope & Deep Architectural Analysis
Standard Operational Verification Checklist
- Define target in-scope IP addresses, domain names, and API endpoints under mutual NDA
- Establish safe testing windows and emergency contact escalation matrix
- Whitelist BlueCiphr testing IP ranges in corporate firewalls and WAF rules
- Perform automated vulnerability discovery and port scanning baseline
- Execute manual exploit chaining against authentication and business logic flows
- Review preliminary findings during daily technical debriefs
- Deliver final technical dossier and executive board summary
- Conduct patch re-testing within 30 days to issue Attestation Certificate
Key Deliverables Included
- Executive Risk Dossier for Board of Directors & C-Level Stakeholders
- Technical Vulnerability Dossier with CVSS v3.1 and v4.0 Risk Scores
- Step-by-Step Proof-of-Concept (PoC) Reproduction Code & Screen Captures
- Developer Remediation Playbook with Exact Code-Level Patch Suggestions
- Official Attestation of VAPT Completion Certificate for Regulators & Clients
Primary Attack Vectors
- Server-Side Request Forgery (SSRF) & Remote Code Execution (RCE)
- Broken Object-Level Authorization (BOLA/IDOR) in REST & GraphQL APIs
- SQL, NoSQL, and Template Injection Vulnerabilities
- Active Directory Kerberoasting & Domain Escalation Paths
Featured CISO Guides & Pricing
Regulatory Alignment
Schedule Scoping Consultation
Directly configure this service scope and receive our agreed Rules of Engagement with Quick Response SLA.
Request Scoping ConsultationFrequently Asked Questions (VAPT Services)
Will BlueCiphr's VAPT testing cause downtime or disrupt our production environment?
No. We enforce strict, legally binding Rules of Engagement (RoE) specifically designed for live enterprise environments. We deliberately exclude volumetric denial-of-service (DoS) attacks, utilize calibrated rate-limiting on payload transmission, and conduct all high-risk checks during agreed off-peak maintenance windows. A designated BlueCiphr Incident Commander remains on a direct war-room channel with your sysadmins throughout the engagement with an immediate emergency abort switch.
How does BlueCiphr differ from automated vulnerability scanning tools?
Automated vulnerability scanners rely on generic signatures that generate 40-70% false positives while missing critical multi-step business logic flaws—such as Broken Object-Level Authorization (BOLA), race conditions in payment workflows, and cross-service privilege escalation. BlueCiphr combines enterprise scanners solely for baseline inventory, dedicating 85%+ of testing time to manual human exploitation by certified CEH and PenTest+ ethical hackers who simulate sophisticated human adversaries.
Does your VAPT report satisfy CERT-In, RBI, SEBI CSCRF, and ISO 27001 auditor requirements?
Yes. Our reports are engineered specifically to exceed statutory compliance mandates across India and international standards. Every dossier contains formal methodology mappings (NIST SP 800-115, OWASP ASVS v4.0), CVSS v3.1/v4.0 score metrics, executive summaries for audit committees, and an official signed Attestation Certificate accepted by CERT-In empaneled auditors, RBI inspectors, SEBI compliance officers, and Big 4 ISO 27001/SOC 2 assessors.
What information or access do we need to provide before testing begins?
For external perimeter and Black-Box assessments, we only require your authorized domain names and external IP ranges under mutual NDA. For Grey-Box application testing (which delivers the highest ROI), we request test credentials across two non-administrative privilege tiers to test horizontal tenant isolation, along with any OpenAPI/Swagger or Postman documentation your developers can share.
How does the 30-day complimentary re-testing cycle work?
Following delivery of our technical dossier and developer debrief, your engineering team has 30 calendar days to implement remediations. Once your team marks findings as patched, our security engineers re-execute identical attack vectors and exploit scripts against your updated environment. We then issue an updated Delta Report and a clean Attestation of VAPT Certificate at zero additional cost.
How is sensitive customer and proprietary data handled during the test?
We treat your data with the highest cryptographic confidentiality. All findings, reproduction scripts, and logs are stored on encrypted, access-restricted vaults with multi-factor authentication and strict need-to-know controls. If during testing our engineers discover sensitive PII, payment records, or credentials, we immediately pause, take a sanitized proof screenshot with masked data, and alert your designated security contact out-of-band without downloading or hoarding enterprise data.