We organize offensive and defensive security into four clear practice pillars—eliminating overlap so technology leaders can scope the exact coverage required across Infrastructure & Adversary Simulation, Application & Code Security, Cloud Security, and AI Red Teaming.
Crown-jewel identification across People, Process, Data, and Technology—tailoring attack scenarios to your industry and threat profile.
External attack-surface mapping, assumed-breach entry simulation, and manual + automated vulnerability discovery without operational disruption.
Controlled privilege escalation, lateral movement, defense evasion, and business-logic abuse to prove real-world impact under CVSS v4.0.
Executive risk brief, engineering remediation walkthrough, SOC detection tuning, and complimentary verification retesting under mutual NDA.
Demonstrates exactly how an external or insider threat actor can pivot to critical business servers, giving infrastructure teams a prioritized remediation sequence.
Establishes a repeatable vulnerability management baseline, satisfies continuous compliance mandates, and eliminates known CVE exposure across your estate.
any-any rules and shadow policiesCloses silent architectural drift in firewalls and switches, enforces strict network micro-segmentation, and hardens infrastructure against lateral ransomware spread.
Rather than treating Red, Blue, and Purple Teaming as disconnected services, ZenithCrypt delivers unified Adversary Simulation tailored to your defensive maturity—covering external intrusion, assumed-breach lateral movement, and targeted phishing/vishing scenarios:
Objective-driven, unannounced adversary simulation replicating real-world threat actors—combining external perimeter exploitation, assumed-breach internal pivoting, and controlled social engineering (phishing/vishing) to reach crown-jewel assets while evading EDR/WAF controls.
Comprehensive evaluation of your SOC visibility, SIEM log ingestion, EDR/XDR telemetry, alert triage workflows, and incident containment playbooks—identifying blind spots where attacker reconnaissance, persistence, or exfiltration go unnoticed.
Live, transparent attack-and-detect workshops where offensive TTPs (mapped to MITRE ATT&CK) are executed alongside your defenders in real time to build, validate, and fine-tune high-fidelity SIEM/EDR detection rules.
Protects sensitive customer data and financial transaction integrity while providing an enterprise-ready attestation report for client security reviews.
Prevents reverse engineering, session theft, and mobile payment fraud while satisfying fintech, banking, and app marketplace security requirements.
alg:none, weak HMAC secrets, kid/JWK injection)Eliminates silent cross-tenant data leakage, unauthorized privilege escalation, and automated API scraping across your core SaaS and mobile backends.
Shifts security left into your SDLC, remediates root-cause coding anti-patterns, and accelerates developer velocity with clear, copy-pasteable fixes.
Prevents costly cloud re-architecture by embedding least-privilege identity and network containment directly into your cloud foundation.
Uncovers toxic IAM permission combinations that automated CSPM dashboards miss, stopping cloud tenant takeover before attackers find them.
Rapidly eliminates configuration drift across multi-cloud environments and provides audit-ready evidence for ISO 27001 and SOC 2 compliance.
<think>) boundary leaksDe-risks enterprise GenAI and autonomous agent rollouts before production launch or regulatory audit (EU AI Act, NIST AI RMF / AI 600-1, ISO/IEC 42001). Delivers reproducible replay harnesses, deterministic guardrail recommendations (fail-closed AI Gateway, Presidio DLP, Dual-LLM quarantine), and Blue Team SIEM detection rules.
Define Black/Gray/White-box posture, test tenants, token budgets, kill switches, and regulatory alignment (NIST AI RMF, EU AI Act, ISO 42001).
Fingerprint model families, refusal patterns, inference endpoints, orchestration frameworks (LangChain, Semantic Kernel), and AI-BOM dependencies.
Diagram ingress/egress flows across prompts, RAG corpora, vector stores, MCP servers, agent memory, and downstream SQL/API sinks using STRIDE-AI.
Execute direct/indirect injections, multi-turn Crescendo/PAIR jailbreaks, multimodal OCR/audio payloads, guardrail evasion, and Denial-of-Wallet tests.
Validate durable compromise across session resets via RAG/memory poisoning, cross-agent propagation, MCP tool hijacking, and confused-deputy privilege escalation.
Map cross-tenant reach, action irreversibility, and residual AI state (orphan embeddings, derived summaries) before triggering immediate containment.
Score findings with CVSS v4.0 + ASR confidence intervals, track pass/fail authorization oracles, and package SHA-256 verified replay scripts.
Deliver AI Gateway & fail-closed guardrail hardening, cascade-purge verification, SOC detection rules, and complimentary regression retesting.
Every engagement includes manual exploit verification, CVSS v4.0 scoring, executive + engineering remediation briefings, and a complimentary verification retest. Protected by mutual NDA from day one.