DeepSAFE Technology® Extensive Portfolio of Solutions and Services

Artificial Intelligence (AI) Protection and Assurance

Artificial Intelligence has become the new attack surface. DeepSAFE Technology® safeguards AI at every layer — from silicon to model runtime — integrating hardware-assisted defense, below-OS safety, high-integrity computing, behavioral protection, dynamic trust boundaries, and self-healing into a unified framework.

Our DEEPSAFE™ AI Solutions and Services include:

• AI Infrastructure Security: Secure-by-design architectures for model pipelines, context protocols, and inference environments.

• AI Integrity and Privacy Assurance: Protection of training data, prompts, and embeddings against poisoning, leakage, or manipulation.

• AI Cognitive Safety: Applying cognitive and behavioral science to ensure safe, ethical, and human-aligned AI decision-making.

• AI Forensics and Explainability: Tools to audit AI decision chains and validate model authenticity and compliance.

• AI Ethics and Governance: Enterprise consulting to ensure responsible AI deployment aligned with DEEPSAFE™’s SAFE principles — Secure, Autonomous, Futuristic, and Ethical.

Through the convergence of cognitive science and computer science, DEEPSAFE™ for AI builds the foundation for trustworthy, explainable, and human-centered AI systems that protect both data and people.

Streamlining Security, Protection, and Safety for the Autonomous Enterprise

At DeepSAFE Technology®, automation is not just about efficiency—it’s about intelligence, trust, and resilience.

Our DEEPSAFE™ Advanced Automation Solutions integrate AI-driven orchestration with our Six Pillars Framework—combining Hardware-Assisted Defense, Below-OS Safety, High-Integrity Computing, Proactive Behavioral Protection, Dynamically Verifiable Trust Boundaries, and Self-Healing technologies—to deliver automation that is secure by design and adaptive by nature.

Through the SAFE principles (Secure, Autonomous, Futuristic, Ethical), we ensure that automation enhances both operational performance and ethical integrity, creating systems that are self-regulating, context-aware, and accountable.

Key Capabilities

1. Intelligent Orchestration & Self-Healing Systems

Automation built on DEEPSAFE™ intelligence—enabling systems to monitor, adapt, and self-correct in real time, minimizing human intervention and downtime.

2. AI-Augmented Security Management

Leveraging cognitive automation to identify patterns, predict risks, and proactively mitigate security incidents across hybrid and multi-cloud environments.

3. Zero-Trust Process Automation

Embedding verification at every automation step—ensuring that each device, process, and AI model operates within dynamically verifiable trust boundaries.

4. Streamlined Integration & Reduced Redundancy

Consolidating fragmented management tools and redundant workflows into a unified, resilient automation layer powered by DEEPSAFE™ core modules.

5. Operational Agility & Scalability

Accelerating enterprise response and recovery with AI-enhanced decision-making, automated policy enforcement, and continuous optimization.

Benefits to the Enterprise

• Reduced Cost and Complexity: Simplified infrastructure with unified DEEPSAFE™ management architecture.

• Enhanced Resilience: Continuous verification, recovery, and protection built directly into automation pipelines.

• Improved Agility: Faster adaptation to evolving operational and security conditions through autonomous intelligence.

• Ethical and Transparent Operations: Automation guided by cognitive science–aligned ethical frameworks, ensuring accountability and human trust.

By converging AI, automation, and below-OS protection, DeepSAFE Technology® redefines what operational excellence means in the modern enterprise—a future where systems protect themselves, adapt intelligently, and operate ethically.

State-of-the-Art Assurance for Secure, Autonomous, and Ethical Systems

At DeepSAFE Technology®, we deliver holistic 360° testing, verification, and validation for hardware, firmware, software, AI models, and cognitive systems, ensuring end-to-end assurance of security, safety, privacy, and performance. Our methodologies integrate decades of research and industry experience from McAfee, Symantec, Citrix, and DeepSAFE’s proprietary R&D, bringing rigorous testing standards to every layer—from silicon to software, from data pipelines to AI inference.

Powered by the DEEPSAFE™ Six Pillars Framework

Every testing and validation service we provide is Powered by DEEPSAFE™, built upon our Six Pillars Framework:

1. Hardware-Assisted Defense — Verifying hardware trust anchors, firmware integrity, and secure boot chains.

2. Below-OS Safety — Validating microvisor and hypervisor protections, ensuring isolation and low-level safety.

3. High-Integrity Computing — Testing critical path components for fault tolerance, consistency, and code reliability.

4. Proactive Behavioral Protection — Simulating real-world threat behavior using AI and dynamic modeling.

5. Dynamically Verifiable Trust Boundaries — Applying continuous validation of system states, configurations, and digital identities.

6. Self-Protection & Healing — Ensuring resilience through recovery validation, fault simulation, and self-healing mechanisms.

SAFE Principles Applied to Testing Excellence

Our SAFE Model (Secure, Autonomous, Futuristic, Ethical) guides every engagement:

• Secure: Every module is rigorously examined for exploitable weaknesses before deployment.

• Autonomous: Automated pipelines and AI-driven testing systems accelerate detection and remediation.

• Futuristic: Predictive validation anticipates vulnerabilities across evolving digital and AI ecosystems.

• Ethical: Transparency, privacy assurance, and cognitive safety are central to our validation processes.

Comprehensive Testing Domains

1. Software Validation & Security Testing

• Automated and manual testing for application functionality, scalability, and user experience.

• Performance and load testing across distributed and cloud-native environments.

• Static, dynamic, and interactive security testing (SAST, DAST, IAST).

• Regression and user acceptance testing (UAT).

2. Firmware & Below-OS Validation

• Firmware attestation and boot sequence integrity verification.

• Hypervisor-level safety and virtualization security assessments.

• Root-of-trust validation and BIOS/UEFI resilience testing.

3. Hardware Assurance & Reliability

• Validation of silicon-based protection features and hardware accelerators.

• Fault-injection testing and side-channel resistance analysis.

• Lifecycle and failure analysis under extreme environmental conditions.

4. AI and Cognitive Systems Validation

• AI model integrity, explainability, and adversarial robustness testing.

• Validation of AI training data provenance, fairness, and privacy compliance.

• Behavioral safety testing for autonomous decision-making and human interaction.

• Cognitive alignment testing to ensure ethical AI deployment consistent with human values.

Why DEEPSAFE™ Testing Matters

Traditional validation ends at functionality—DEEPSAFE™ 360° testing goes deeper, certifying trust, integrity, and ethical resilience across all digital and physical layers. From secure firmware to AI decision boundaries, every component tested under DEEPSAFE™ becomes part of a verifiable chain of safety, security, and accountability.

At DeepSAFE Technology®, testing is not a final step—it’s the foundation of trusted innovation.

At DeepSAFE Technology®, our approach is grounded in the open-source ecosystem, leveraging its flexibility and the wealth of community-driven innovations across hardware, software, and firmware. We recognize the immense value that open-source solutions bring, but we also understand the critical importance of security. To this end, we ensure that every open-source component is rigorously safeguarded against supply chain attacks. We employ comprehensive security measures, including both static and dynamic vetting processes. This dual approach allows us to thoroughly analyze the code for potential vulnerabilities, ensuring the integrity and safety of the software throughout its lifecycle.

Built on Robust Security, Protection, Virtualization, and Safety

At DeepSAFE Technology®, cloud engineering is not just about scalability — it’s about trust, resilience, and security by design. Our DEEPSAFE™ Cloud Foundation Solutions integrate deep knowledge of hardware, firmware, hypervisors, operating systems, and container technologies to deliver cloud deployments that are secure, optimized, and verifiably protected at every layer. 

We go beyond traditional cloud services by embedding security, safety, and privacy controls directly into the architectural fabric — ensuring compliance, performance, and defense from the silicon to the service layer.

At DeepSAFE Technology®, we help organizations secure their most valuable assets — users, data, and infrastructure — through a unified approach that combines Commercial Off-The-Shelf (COTS) technologies with proprietary DEEPSAFE™ innovations.

Our hybrid model enables enterprises to adopt proven industry solutions while gaining the advantage of custom-engineered DeepSAFE protection layers built for resilience, integrity, and trust.

Data Protection — Securing Trust at Every Layer

Our DEEPSAFE™ Data Protection Framework enforces confidentiality, integrity, and availability through:

• Advanced encryption of data at rest, in transit, and in use, verified through DEEPSAFE™ integrity attestation.

• Automated key lifecycle management and hardware-assisted cryptographic safeguards.

• AI-driven anomaly detection for identifying exfiltration, poisoning, or manipulation attempts in real time.

• Integration of zero-trust data access policies across all workloads, ensuring “never trust, always verify.”

Identity Security — Verified Access, Trusted Interactions

DeepSAFE Technology® builds identity systems grounded in verifiable trust boundaries.

• Multi-factor and biometric authentication anchored to hardware root-of-trust.

• Decentralized and privacy-preserving identity models (DID/Verifiable Credentials).

• Continuous behavioral verification using DEEPSAFE™ Proactive Behavioral Protection analytics.

• Cross-domain access control aligned with regulatory frameworks and ethical data handling standards.

Infrastructure Protection — Foundation for Resilient Operations

Our infrastructure solutions blend virtualization, automation, and below-OS assurance to create self-defending systems:

• Hardware and firmware validation using DEEPSAFE™ Below-OS Safety and High-Integrity Computing.

• Hypervisor-level isolation and micro-virtualization for untrusted processes.

• Continuous verification of device and network trust posture.

• Self-healing response systems that automatically recover from compromise while maintaining operational uptime.

AI-Integrated Resilience and SAFE Principles

Guided by the SAFE model (Secure, Autonomous, Futuristic, Ethical), we extend data and identity protection into the AI domain, ensuring that:

• AI models respect privacy and ethical data use.

• Automated decision systems operate transparently and accountably.

• AI-driven identity verification and fraud detection enhance human safety rather than replace human oversight.

Built on the DEEPSAFE™ Six Pillars Framework

Our Data, Identity, and Infrastructure Foundation is underpinned by the Six Pillars of DEEPSAFE™:

Hardware-Assisted Defense • Below-OS Safety • High-Integrity Computing • Proactive Behavioral Protection • Dynamically Verifiable Trust Boundaries • Self-Protection & Healing

Together, they form the most comprehensive model for trustworthy, scalable, and ethically aligned digital operations.

At DeepSAFE Technology®, we advance malware defense beyond traditional detection embedding proactive, intelligent, and below-OS protection into every layer of computing. Drawing from decades of innovation leadership at Citrix, McAfee, Symantec, Nokia, Check Point, and Intel, our team brings an unmatched heritage in malware analysis, forensics, and prevention architecture.

Powered by the DEEPSAFE™ Six Pillars Framework, our approach integrates hardware-assisted defense, high-integrity computing, and behavioral intelligence to secure the three pillars of enterprise resilience: data, identity, and infrastructure.

DeepSAFE™ Advanced Malware Protection

Our solutions defend against today’s most advanced and stealthy threats — including rootkits, bootkits, ransomware, firmware implants, and backdoors. Using AI-driven behavioral analytics and zero-trust architectures, DEEPSAFE™ detects and neutralizes hidden attacks across hardware, firmware, hypervisors, and OS layers — even those invisible to traditional endpoint security tools.

DEEPSAFE™ Automated and Adaptive Security

In an era where malware evolves faster than signatures, automation is key. We deploy autonomous, self-learning systems capable of adapting in real time, ensuring continuous protection and rapid response. These systems integrate seamlessly with enterprise workflows, reducing operational overhead while strengthening defense.

DEEPSAFE™ Customized Security Architectures

Every organization faces unique challenges. We design bespoke protection architectures that reflect your operational context — combining cloud, on-prem, and edge security into a unified posture. Our frameworks align with DEEPSAFE™ Six Pillars and SAFE principles (Secure, Autonomous, Futuristic, Ethical), ensuring holistic coverage from chip to cloud.

A Legacy of Trust and Innovation

With roots in developing the world’s most trusted antimalware engines and below-OS security architectures, DeepSAFE Technology® continues to redefine modern cybersecurity. Our mission is clear to protect data, preserve identity, and fortify infrastructure against the next generation of stealth, adaptive, and AI-driven cyber threats.

At DeepSAFE Technology®, we redefine security engineering for the AI-driven era — embedding intelligence, automation, and resilience into every layer of technology. Our solutions extend from the OS kernel and hypervisors to firmware, hardware, and AI model runtimes, ensuring continuous protection and verifiable trust across the complete product lifecycle.

Guided by the DEEPSAFE™ Six Pillars Framework — Hardware-Assisted Defense, Below-OS Safety, High-Integrity Computing, Proactive Behavioral Protection, Dynamically Verifiable Trust Boundaries, and Self-Protection & Healing — we integrate machine learning, zero-trust architectures, and cognitive analytics to build systems that defend, adapt, and self-correct.

Comprehensive Security Across the Development Lifecycle

Security isn’t an afterthought — it’s engineered in from the start.

Our team works with clients to embed secure-by-design practices into every development phase:

API and Interface Protection:

Every API is designed for confidentiality, integrity, and controlled access — incorporating cryptographic verification and continuous behavioral monitoring.

Secure CI/CD and DevSecOps:

We infuse security intelligence into Continuous Integration and Continuous Deployment (CI/CD) pipelines, detecting and remediating vulnerabilities before they reach production.

Our DevSecOps approach aligns development, security, and operations under a unified AI-assisted governance model.

Model Lifecycle Security (MLSecOps):

Extending beyond code, we secure AI training pipelines, data provenance, and inference systems, ensuring model integrity and explainability from design to deployment.

Proprietary Engineering for Intelligent Self-Defense

Our proprietary DEEPSAFE™ protection designs transform security from reactive to autonomous.

Through adaptive behavioral analytics, hardware-assisted root of trust, and below-OS isolation, our systems can detect, prevent, and heal from advanced intrusions — even in stealth or zero-day scenarios.

This self-protecting, self-healing approach ensures enterprise infrastructures and AI environments remain operational and trustworthy, even under persistent or nation-grade attacks.

Our Security Integration Services unify fragmented technologies into a single, intelligent ecosystem. We eliminate redundancies, close coverage gaps, and automate defense across networks, edges, clouds, and devices.

We deploy and tailor next-generation architectures:

• Zero Trust Enforcement: Continuous verification across every connection, user, and device.

• AI-Driven Cognitive Security: Machine learning systems that predict, detect, and respond to evolving threats in real time.

• Behavioral and Cognitive Insight Models: Applying human cognitive science principles to refine system resilience and reduce false positives.

Innovation that Thinks, Learns, and Protects

Rooted in the SAFE philosophy our mission is to engineer systems that not only protect against today’s threats but anticipate tomorrow’s. With DEEPSAFE™, every product evolves into a trusted, intelligent, and ethically aligned defense platform — safeguarding the future of secure computing for people, enterprises, and nations.

At DeepSAFE Technology®, we offer expert guidance to help you navigate the complexities of regulatory and compliance requirements. Our focus is on aiding your decision-making process in the dynamic technology landscape. We understand that choosing between Commercial Off-The-Shelf (COTS) technology, Open Source options, and developing proprietary solutions involves critical trade-offs.

We help you to gain a Complete 360-Degree Overview of Your Security Posture. Our comprehensive approach provides an in-depth analysis of how your system stands against potential malware attacks, both above and below the operating system level. We delve deep into your security infrastructure to evaluate vulnerabilities and resilience against a diverse range of threats.

Thorough Risk Assessment and Threat Modeling

• Diverse Attack Scenarios: We employ a rigorous risk assessment process that examines your system's defenses against various types of attacks. This includes not only common threats but also advanced tactics that target specific weaknesses in your infrastructure.

• Advanced Threat Modeling: Our approach goes beyond traditional assessments by using sophisticated threat modeling techniques. We help you by designing custom attack simulators of a variety of attack scenarios to identify potential security gaps and anticipate emerging threats. This proactive method allows us to tailor robust defense strategies that are specific to your system’s unique challenges.

With DeepSAFE Technology®  risk assessment and management services, you receive a detailed and actionable insight into your security posture, empowering you to fortify your defenses effectively against both current and future cybersecurity challenges.

DeepSAFE Technology® Innovation Support Services is your trusted partner in driving innovation and excellence. Our comprehensive suite of services is designed to meet your unique needs, whether you are a technology company, an academic institution, or a research organization. We offer Strategic Insights, Product Positioning, Customer-Centric Approach, Technical Expertise, Customized Training and many others. Our Innovation Services, enable your organization to thrive, innovate, and stay at the forefront of technology and security. Let us be your partner in achieving your goals and securing a brighter future.

Intellectual Property is very critical for companies that focus on innovation. We help you to manage Intellectual Property activities, both internal and external. Walk you through a complete model to establish and implement a measurable comprehensive IP process.  

We have developed an extensive internal encyclopedia that comprehensively covers all aspects of system security, protection, safety, manageability, and virtualization, spanning across software, firmware, and hardware. Our coverage encompasses design, architecture, implementation, deployment, operations, threats, and attacks. By leveraging this resource, we provide you with exposure to cutting-edge research and development conducted by leading technology companies and renowned academic institutions.

Our training programs are tailored to your specific needs and identified knowledge gaps. Through our customized approach, we offer valuable insights into various facets of threat management, including protection, prevention, mitigation, and recovery. You will have the opportunity to delve into advanced topics such as side channel attacks, Virtualization Based Security, Below OS Attacks and Security, Windows internals, Linux Security, OWASP, MITRE ATT&CK, TEEs, and more.