🌐 Let's Innovate Together: Building a Digital World That is Safe and Secure for People and Enterprises! 🛡️
Partner with DeepSAFE Technology® to implement and license DEEPSAFE™ industrial safety, security, and protection technologies. Our experts provide tailored cybersecurity, privacy, and safety consulting to help organizations build resilient and trusted systems.
DEEPSAFE™ Industrial Safety Solutions and Services provide advanced monitoring, protection, testing, validation, and verification services across hardware, firmware, and software systems—ensuring secure, resilient, and compliant industrial operations.
In the digital era, the concept of industrial safety extends far beyond the traditional confines of physical machinery and workplace hazards, permeating deeply into the realm of digital experiences. At DeepSAFE Technology®, we understand that the backbone of modern industry hinges on the security and integrity of its digital infrastructure. From safeguarding sensitive data to ensuring the seamless operation of connected systems, industrial safety in the digital context encompasses a comprehensive approach to protect against cyber threats, data breaches, and system vulnerabilities. Our focus is not only on helping you to prevent disruptions and safeguarding assets but also on helping your organization to foster a secure environment where businesses can thrive in an increasingly interconnected world. This new dimension of industrial safety is vital for maintaining the trust and confidence of customers and stakeholders alike, forming the bedrock upon which resilient and robust digital industries are built.
DEEPSAFE™ model encompasses six critical pillars for comprehensive security, safety, and protection in computing. These include Hardware-Assisted and Accelerated Security for enhanced hardware safety, Below-OS Security ensuring firmware and hardware integrity, and High Integrity Assured Computing for dependable critical systems. Proactive Behavioral Protection mitigates potential failures, errors and threats through user and network behavior analysis. Dynamically Verifiable Trust Boundaries adjust trust levels as needed, and Self-Protection autonomously addresses system and network issues. Our testing and validation services, reflecting these pillars, provide thorough scrutiny to maintain the highest standards of safety and security in digital environments.
The DeepSAFE Technology® team, with its unrivaled expertise and skills, stands as a paragon in the realm of systems safety. Drawing from two decades of experience and the insights gained from the six pillars model, our team brings a wealth of knowledge honed at leading technology firms such as Symantec, Intel, McAfee, Microsoft, and VMware. This rich background in building top-tier security solutions equips us to offer unparalleled assistance to our customers. We don't just understand the complexities of system safety; we've been at the forefront of its evolution, crafting solutions that encapsulate the depth and breadth of our collective experience, ensuring that our clients benefit from the most advanced, reliable, and comprehensive security strategies available today.
Here is a list of some of DeepSAFE Technology® specialized safety services:
Hardware-Assisted and Accelerated Security Testing:
Hardware performance, safety, protection and security benchmarking.
Hardware vulnerability assessment and protection.
Below-OS Safety:
Firmware verification, validation and integrity checks.
Hypervisor-level safety and security protocols R&D.
Hardware-rooted safety R&D.
High Integrity Assured Computing:
Overall system reliability and resilience R&D.
End to end critical infrastructure safety and security R&D.
Proactive Behavioral Protection:
Behavioral analysis and anomaly detection testing for users, networks and devices.
Predictive modeling of security attacks and safety issues.
Dynamically Verifiable Trust Boundaries:
Trust level adaptability R&D.
Continuous trust assessment mechanisms.
Self-Protective Systems:
Autonomous detection and prevention of safety issues.
Self-healing system capabilities R&D.
Testing and validation are crucial components in ensuring robust security for digital systems. DeepSAFE Technology® helps your organization to employ rigorous testing and validation strategies. We help you to ensures that your digital solutions are not only effective and efficient but also resilient against an array of safety incidents and cyber threats, providing a robust security framework for businesses. Here is an overview of DeepSAFE Technology® comprehensive testing services:
1. Comprehensive Testing Framework:
Multi-Layered Testing: DeepSAFE Technology® employs a layered testing approach, covering unit, integration, system, and acceptance testing to ensure comprehensive coverage of all aspects of a digital solution.
Automated and Manual Testing: A combination of automated testing tools and manual expert review is used to identify and mitigate potential security vulnerabilities.
2. Vulnerability Assessment and Penetration Testing (VAPT):
Regular VAPT Cycles: These tests are conducted regularly to identify vulnerabilities in digital solutions, including software applications, networks, and systems.
Simulated Cyber Attacks: Penetration testing simulates real-world cyber-attacks to assess the resilience of systems against hacking attempts and other security breaches.
3. Code Review and Analysis:
Static Code Analysis: This involves examining the source code without executing it, to find vulnerabilities or violations of coding standards.
Dynamic Code Analysis: Contrasts with static analysis by testing the code in a running state, which is effective in detecting runtime issues.
4. Compliance Testing:
Regulatory Adherence: Testing against industry standards and regulatory requirements ensures that digital solutions not only meet security benchmarks but also comply with legal and ethical standards.
Documentation and Reporting: Detailed reports are provided to demonstrate compliance and facilitate any necessary audits.
5. Security Patch Testing:
Before Deployment: All security patches undergo thorough testing before being deployed to ensure they don't introduce new vulnerabilities.
Post-Deployment Monitoring: Continuous monitoring follows deployment to ensure the patches perform as intended without adverse effects.
6. User Environment Simulation:
Real-world Scenarios: Testing in environments that simulate real-world user scenarios to ensure the system's resilience in practical usage.
Stress and Load Testing: To determine the system's behavior under peak loads and stress conditions.
7. Continuous Integration and Delivery (CI/CD) Pipeline Security:
Integration in Development Lifecycle: Security testing is integrated into the CI/CD pipeline, ensuring that security is a continuous and integral part of the development process.
Early Detection of Vulnerabilities: This approach allows for early detection and resolution of security issues, reducing potential risks in the deployment phase.
8. Feedback Loop and Iterative Improvement:
Ongoing Refinement: Results from testing and validation feed back into the development process for continuous improvement.
Adaptation to Emerging Threats: Regular updates to testing methodologies to keep pace with evolving cyber threats and technological advancements.
