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Software & Hardware Security Engineering

Secure the software through development lifecycles such as risk and requirements analysis, architecture design, code implementation, validation, verification, testing, deployment, and runtime monitoring of operation.

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security by design

Integrating security automation in each step of Software Development Life Cycle: initiation, analysis & design, development, testing, deployment, operations, maintenance, disposal.

Minimize attack surface area

Establish secure defaults

Define a minimum set of privileges

Enable multiple layers of validation

Ensure that failure does not give the user additional privileges

Check the validity of data of third-party services

Certify user profiling

Assure application security without hiding core functionality

Develop security controls for applications

Determine the root cause of security issues

secure coding


Developing guidelines for secure programming principles and best practices.

Identify security requirements upfront

Implement a secure software development framework

Establish secure coding standards

Provide software security training to development teams

Verify the effectiveness of security controls throughout the project lifecycle

Implement a change management system

Standardize commenting and documentation

Design authentication scheme

Review security procedures

Ensure encryption for the transmission of all sensitive information

Penetration testing

Authorized simulated network attacks on an IT/OT system to determine security vulnerabilities that could be exploited by an attacker.

Establish a penetration testing governance structure

Evaluate drivers for conducting penetration tests

Identify target environments

Produce requirements specifications

Agree on testing style and scope (Black box, Grey Box, White Box, External, Internal)

Identify testing constraints

Select an effective testing methodology (OSSTM, OWASP, NIST, ISSAF, PTES)

Identify and exploit vulnerabilities

Collect evidence and generate report

Address root causes of weaknesses

Initiate improvement program

Create and monitor action plans

software security analysis

Static, Dynamic, Software Composition, Quality, and Resilience security analysis.

Static Application Security Testing (SAST)

Dynamic Application Security Testing (DAST)

Software Composition Analysis (SCA)

Interactive Application Security Testing (IAST)

Runtime Application Self Protection (RASP)

Mobile Application Security Testing (MAST)

Software Resilience Analysis (SRA)

Software Quality Assessment based on Lifecycle Expectations (SQALE)

Software Development Lifecycle (SDLC) integration

Software Configuration Management (SCM) Integration

Information Technology Service Management (ITSM) integration


embedded systems security analysis

Automated security analysis of embedded systems’ software e.g., firmware, web applications, etc.

Information gathering and reconnaissance

Obtain and analyze firmware

Decrypt firmware

Extract and analyze filesystems

Emulate firmware

Dynamic analysis

Runtime analysis

Binary exploitation

Software Composition Analysis (SCA)

Bootloader agents

Assess hardening compliance

Network discovery

Categorize assets and their security level

Vulnerabilities analysis

Develop remediation plan

Monitor third parties remediations status

vunerability management

Identifying, classifying, prioritizing, remediating, and mitigating IT/OT systems software vulnerabilities.

Conduct vulnerability assessment activities

Record discovered vulnerabilities

Categorize and prioritize vulnerabilities

Manage exposure to discovered vulnerabilities

Determine the effectiveness of vulnerability dispositions

Analyze root causes

Define measures of effectiveness

Determine tools aligned to the strategy

Identify sources of vulnerability information

Develop a plan revision process

Engage and train stakeholders 


Security Tools

We use the most advanced tools to accomplish security tasks whether from third parties or that our highly unique software security suite.

DevOps Integration

We integrate security analysis in the continous integration, continous deployment, and continous monitoring processes.

International Standards

We adhere to the most globally accepted standards including the ISO/IEC 27001:2013 that sets out the specification for an information security management system.

Proactive Approach

We institute strong security practices throughout the application lifecycle to reduce vulnerabilities, improve security posture and mitigate risks.

Policy to Procedure

We address processes that need to be in place to execute the translation from policy to procedure through our specific set of skills and experience which are typically scarce in the industry.

Security Automation

We build an automated security architecture designed around the individual risk profile of the organization, taking into account that each organization has its own unique approach to automation, DevOps, and cloud.

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