Proven Engineering Results Across Industries
Explore how we've supported organizations by engineering secure, reliable, and compliant systems and products across IT and OT environments.
OTA Updates Architecture Engineering for Premium EV Platform
Engineered a secure over-the-air update architecture for a premium electric vehicle platform, aligned with product lifecycle, safety, and regulatory requirements. The solution enabled controlled seamless updates across multiple vehicle platforms while protecting against unauthorized modifications.
The Engineering Challenge
The client needed to enable scalable OTA updates while meeting strict automotive safety and regulatory requirements. Existing update mechanisms lacked cryptographic verification, lifecycle governance, and consistency checks across Tier-1 supplier integrations, creating compliance and maintainability risks.
Our Engineering Approach
- •Designed OTA system architecture with security embedded at product and system level
- •Defined update workflows aligned with vehicle lifecycle and operational constraints
- •Integrated cryptographic verification and key management mechanisms
- •Supported implementation across multiple vehicle platforms and supplier interfaces
- •Aligned solution with applicable automotive regulations and standards
- ✓100% regulatory compliance achieved
- ✓Zero critical findings in third-party audit
- ✓Type approval secured on schedule
- ✓OTA architecture adopted across three vehicle platforms
Product Security & Certification Engineering for Power Generation Systems
Supported a power generation manufacturer by engineering product security processes and system architecture to achieve certification for connected generation control systems.
The Engineering Challenge
The client's legacy development processes lacked structured security integration, and their new IoT-enabled control systems faced increasing customer and regulatory demands for product security certification, with no internal security engineering baseline.
Our Engineering Approach
- •Engineered product security processes aligned with system architecture
- •Integrated security requirements into product development lifecycle
- •Supported certification preparation and technical evidence generation
- •Aligned control system architecture with applicable standards and regulations
- ✓Security process certification achieved
- ✓Product security certification obtained
- ✓40% reduction in security-related defects
- ✓New regulated market segments unlocked
Railway Signaling System Security Engineering & Validation
Engineered and validated the security of a next-generation railway signaling system, addressing infrastructural risks and implementing mitigations prior to deployment.
The Engineering Challenge
A new CBTC (Communication-Based Train Control) system was approaching deployment without sufficient security validation. Safety certification was complete, but cybersecurity risks threatened regulatory approval and operational acceptance.
Our Engineering Approach
- •Analyzed signaling system architecture and communication interfaces
- •Engineered security controls aligned with rail safety and operational constraints
- •Validated mitigations through structured verification activities
- •Supported regulatory engagement and approval preparation
- ✓15 critical vulnerabilities identified and mitigated
- ✓Regulatory approval secured
- ✓Zero security incidents post-deployment
- ✓Security framework adopted for future rail projects
Maritime Fleet Security Engineering Program
Engineered a fleet-wide security program for maritime systems, integrating cybersecurity into operational, safety, and compliance processes across vessels and shore systems.
The Engineering Challenge
New IMO cybersecurity requirements mandated integration of security into Safety Management Systems. The client operated a heterogeneous fleet with varying technologies and inconsistent security practices.
Our Engineering Approach
- •Engineered fleet-level security architecture and governance model
- •Integrated cybersecurity into operational and safety procedures
- •Standardized technical and procedural controls across vessels
- •Supported audit readiness and compliance verification
- ✓100% fleet compliance with IMO requirements
- ✓Standardized security procedures across 50+ vessels
- ✓70% reduction in security incidents
- ✓Flag-state audits passed without findings
Defense Supply Chain Security Engineering & Compliance
Engineered security and compliance improvements across a defense supply chain, addressing architectural, process, and integration gaps to maintain contract eligibility.
The Engineering Challenge
CMMC requirements threatened the client's eligibility for DoD contracts. The supply chain included multiple subcontractors with inconsistent security maturity and limited visibility.
Our Engineering Approach
- •Engineered security architecture and governance across the supply chain
- •Defined compliance-aligned processes and technical controls
- •Supported subcontractor alignment and visibility improvements
- •Prepared evidence and documentation for certification
- ✓CMMC Level 2 certification achieved
- ✓Contract eligibility maintained
- ✓Supply chain visibility improved by 300%
- ✓$50M+ in defense contracts retained
Connected Vehicle TARA Engineering for Autonomous Features
Engineered Threat Analysis and Risk Assessment (TARA) for advanced driver assistance systems, supporting secure integration into multiple OEM vehicle platforms.
The Engineering Challenge
ADAS components were being integrated into safety-critical vehicle functions. OEMs required documented and standardized TARA artifacts before platform acceptance.
Our Engineering Approach
- •Engineered TARA aligned with vehicle architecture and ADAS interfaces
- •Analyzed threats across system boundaries and operational contexts
- •Defined mitigations aligned with product and platform constraints
- •Supported OEM review and approval processes
- ✓TARA accepted by three major OEMs
- ✓Compliance with platform cybersecurity requirements achieved
- ✓OEM approval cycle reduced by 60%
- ✓Reusable threat model library established
Enterprise IT Platform Engineering for Regulated Banking Environment
Engineered a secure, resilient, and compliant enterprise IT platform for a regulated banking environment. The engineered systems modernized core IT infrastructure while embedding security, availability, and regulatory compliance into platform services and operations.
The Engineering Challenge
The bank operated a fragmented on-premise IT environment with limited scalability and inconsistent security controls. Increasing regulatory pressure, audit findings, and business growth requirements demanded a modernized IT platform without disrupting critical banking operations.
Our Engineering Approach
- •Engineered target-state enterprise IT architecture aligned with regulatory and business requirements
- •Designed secure hybrid infrastructure integrating on-premise and cloud platforms
- •Implemented identity, access, and security controls across enterprise systems
- •Engineered backup, recovery, and availability mechanisms for business-critical services
- •Supported connected migration and transition without operational downtime
- ✓Regulatory audit findings reduced to zero
- ✓Platform availability increased to 99.99%
- ✓Secure hybrid architecture deployed across core banking systems
- ✓Improved scalability for new digital banking services
Managed IT & Security Engineering Services for Financial Institution (MSP Model)
Providing ongoing managed IT and security engineering services for a financial institution operating in a highly regulated environment. The engagement delivers continuous engineering support for IT operations, security controls, and regulatory compliance.
The Engineering Challenge
The client required specialized IT and security expertise without internal capacity and security obligations. Internal IT teams lacked capacity to manage infrastructure, security monitoring, and compliance activities without impacting business delivery.
Our Engineering Approach
- •Engineered and operated enterprise IT infrastructure under a managed services model
- •Integrated security controls into daily IT operations and change management
- •Established monitoring, incident handling, and escalation procedures
- •Supported regulatory compliance through continuous control validation and documentation
- •Acted as an extension of the client's IT organization, not a replacement
- ✓Stable and predictable IT operations with no critical service outages
- ✓Continuous compliance readiness for financial audits
- ✓Reduced operational risk through proactive security engineering
- ✓Internal IT teams enabled to focus on strategic initiatives