Security Strategy & Planning
Security scope definition, project planning, governance inputs, requirement baselining, and alignment with product and compliance goals.
End-to-End Cybersecurity Support for Connected and Embedded Systems
Cybersecurity for critical products cannot be added as a late checklist. It has to be engineered into the architecture, interfaces, development workflow, and operational lifecycle from the start.
Root Cause Technologies helps companies secure embedded devices, connected platforms, industrial electronics, and software-enabled products against realistic threats while keeping delivery practical and standards-oriented.
We support security activities from early threat analysis and secure architecture to implementation guidance, verification, hardening, and release readiness.
Our Cybersecurity Services
Threat Analysis & Risk Assessment
Asset identification, attack-path analysis, threat modeling, risk evaluation, and security concept derivation for connected products.
Secure System Architecture
Definition of trust boundaries, interface protection, secure communication flows, partitioning, and defense-in-depth architecture support.
Embedded & Device Security
Secure boot, key handling, firmware protection, update strategies, hardware-backed security mechanisms, and device hardening support.
Application & Software Security
Secure design guidance, code-review support, dependency risk reduction, secure development practices, and implementation recommendations.
Verification & Security Testing
Security requirement verification, interface testing, robustness checks, negative testing, and evidence generation for assessments.
Hardening & Release Readiness
Gap analysis, remediation prioritization, security review support, release criteria definition, and deployment hardening guidance.
Cybersecurity Engineering Across the Product Lifecycle
Effective cybersecurity spans concept, architecture, implementation, integration, verification, deployment, and maintenance. Each phase creates security decisions that affect later exposure and cost.
Our teams help translate security expectations into practical engineering activities and measurable work products throughout that lifecycle.
Our Cybersecurity Engineering Activities
1
Scope & Context Definition
We establish what must be protected, which interfaces matter, and which operational assumptions shape the product's security baseline.
Asset Identification
System Context Definition
Trust Boundary Mapping
Interface Review
Security Assumption Capture
2
Threat Analysis & Risk Assessment
Threats are analyzed in the context of the actual product architecture so that mitigation priorities stay realistic and defensible.
Threat Modeling
Attack Surface Analysis
Risk Prioritization
Abuse Case Review
Security Goal Definition
3
Security Architecture & Concept
Security objectives are translated into architectural decisions, interface controls, and product-level mechanisms.
Security Concept Definition
Secure Interface Design
Authentication Strategy
Key and Credential Handling
Defense-in-Depth Planning
4
Implementation & Hardening Support
We support engineering teams as they implement secure functions in firmware, embedded software, gateways, and connected services.
Secure Coding Guidance
Configuration Hardening
Update Mechanism Review
Access-Control Support
Dependency and Component Review
5
Verification & Validation
Security controls must be checked systematically to ensure protections work as intended and remain robust under misuse conditions.
Requirement-Based Verification
Negative Testing
Robustness Checks
Interface Security Testing
Evidence Compilation
6
Release & Lifecycle Maintenance
Cybersecurity continues after implementation through deployment preparation, issue handling, and long-term change management.
Release Readiness Review
Residual Risk Tracking
Remediation Planning
Security Issue Management
Lifecycle Update Support