CRITICAL & REGULATED SECTORS
Five Sectors. Five Audit Approaches. One Air-Gapped Appliance.
The cryptographic estate in a bank lives in different places than the one in a hospital, and both differ from an ICS/SCADA network. Each sector engagement is scoped to where its cryptography actually hides — the legacy COBOL module, the DICOM stack, the substation firmware — not just where the architecture diagram says it should be.
SECTOR-SPECIFIC BLUEPRINTS
Built for Environments Where Security and Sovereignty Are Non-Negotiable.
Every engagement runs inside your own infrastructure. Zero data egress. Regulatory mapping to the specific frameworks that govern your sector.
Banking & Financial Services
CBS, UPI, SWIFT, HSM interfaces, KYC vaults. RBI Q-SAFE CBOM mandate. Air-gapped delivery is non-negotiable — source code cannot cross the bank's perimeter.
Explore Banking Focus →Defense & Strategic Commands
Tactical software, C2 networks, disconnected enclaves. AQRA deploys fully offline — no network connectivity at any stage. Nation-state HNDL threat profile.
Explore Defense Focus →Telecom & 5G Networks
SS7, Diameter, eSIM provisioning, 5G-AKA, network edge nodes. A generation of legacy protocol debt alongside modern 5G core. Passive SPAN/TAP discovery methodology.
Explore Telecom Focus →Power & Utilities
SCADA platforms, ICS controllers, grid communications, substation automation. Systems that cannot be taken offline — passive, non-intrusive discovery throughout the engagement.
Explore Utilities Focus →Healthcare & Enterprise IT
EHR platforms, DICOM imaging stacks, ABHA systems, clinical connected devices. Genomic data has no expiry — the highest HNDL risk profile of any data class.
Explore Healthcare Focus →Tier 2 Partner
Delivering under partner brands for Tier 1 / Tier 2 consultancies, and directly to regulated enterprises.
See Partner Model →WHAT MAKES EACH SECTOR DIFFERENT
The Methodology Changes. The Appliance Doesn't.
AQRA runs air-gapped in every sector. What adapts is which layer of the infrastructure the discovery targets, how passive the approach must be, and which regulatory output the CBOM is mapped to.
BFSI & Healthcare — Software Forensics
Cryptography lives inside application code and compiled binaries — COBOL modules, Java APIs, compiled third-party libraries, container images, and proprietary binaries. Discovery combines static code analysis, binary parsing, and runtime configuration auditing. The finding that matters: an embedded, hardcoded RSA-2048 key in a transaction module nobody has opened in fifteen years.
Defense, Telecom & Power — OT/Protocol Layer
Cryptography lives inside firmware, SCADA configuration, and network protocol stacks. Discovery utilizes passive SPAN/TAP mirroring for protocol-layer inspection and firmware extraction — non-intrusive, availability-preserving, and deployable in completely disconnected operational enclaves without risking grid or network downtime.
Cryptographic Visibility for Financial Infrastructure You Cannot Expose.
Perform cryptographic discovery within the bank's controlled infrastructure while keeping sensitive source code, configurations, and transaction metadata inside the designated perimeter. Mapped to RBI Q-SAFE, SEBI CSCRF, and DPDP Act mandates.
Core Operational Focus:
Quantum-Ready Security for Isolated Defense Infrastructure.
Perform deep cryptographic inspection across tactical software builds, C2 networks, and mission-critical systems without exposing secret key metadata outside secure defense perimeters. Aligned to NCIIPC guidelines and DST National Quantum Mission timelines.
Core Operational Focus:
Cryptographic Discovery Across Distributed Telecom Infrastructure.
Discover vulnerable legacy ciphers across SS7, Diameter, eSIM provisioning, 5G-AKA, and network edge nodes. Resolving legacy protocol debt alongside modern 5G core deployments using passive SPAN/TAP inspection.
Core Operational Focus:
Protect Cryptographic Foundations of Critical Energy Infrastructure.
Secure SCADA platforms, field controller communication channels, and substation automation protocols (IEC 60870-5-104, IEC 61850) against quantum decryption threats with zero operational interruption.
Core Operational Focus:
Cryptographic Visibility for Sensitive Enterprise Data Environments.
Safeguard clinical software, connected IoMT medical devices, ABHA systems, and PACS repositories. Genomic and clinical trial data carries multi-decade retention requirements — the highest HNDL risk profile of any asset class.
Core Operational Focus:
ENGAGEMENT SCOPING
Tell us your sector. We scope the engagement in a week.
A 30-minute scoping call establishes your regulatory context, which systems are in scope, and what Phase 01 discovery looks like inside your specific environment.