Daniel Hernandez Email and Phone Number

In my role as an Enterprise Multi-Cloud Solution Architect for the federal sector, I develop and implement strategic cloud solutions across AWS, Azure, GCP, and OCI. I focus on enhancing government operations by ensuring cloud architectures meet rigorous compliance and security standards and facilitate rapid adoption and migration of mission applications to the cloud.Key Responsibilities:• Design scalable and secure multi-cloud environments tailored to federal agency missions.• Engage with agency leaders to transform mission goals into efficient cloud-based strategies.• Oversee risk management and ensure strict adherence to federal cybersecurity frameworks.Achievements:• Led the seamless migration of essential applications to hybrid cloud platforms, significantly cutting costs and boosting system resilience.• Pioneered a multi-cloud disaster recovery strategy that aligns with federal data standards and reduces potential downtime.• Designed a fully Federal compliant Multi-Cloud platform that prevents vendor lock-in with on-prem integration

I work with companies to increase productivity and ensure that employees are operating at maximum efficiency all while maintaining a secure network and environment.

I worked as a Federal SRE architect responsible of the design, deployment, and accreditation of an IL6 cloud enclave in the Azure Cloud Service environment.

Designing of cloud infrastructure and setups to include the knowledge of critical protocols (e.g., IPSEC, AES, GRE, IKE, MD5, SHA, 3DES); cryptology; database systems; DoD Component-level IA architecture; DoD confidentiality, integrity, and availability requirements; DoD evaluation and validation requirements; electrical engineering as applied to computer architecture, including circuit boards, processors, chips, and associated computer hardware; embedded systems; existing IA security principles, policies, and procedures; fault tolerance; how system components are installed, integrated, and optimized; human-computer interaction principles; IA Certification and Accreditation process; IA or IA-enabled software products; Information Assurance principles and tenets (confidentiality, integrity, availability, authentication, non-repudiation); information theory; mathematics, including logarithms, trigonometry, linear algebra, calculus, and statistics; microprocessors; network access and authorization (e.g., public key infrastructure); network design processes, to include understanding of security objectives, operational objectives, and tradeoffs; network management principles, models, and tools; network security architecture, including the application of Defense-In-Depth principles; operating systems; OSI model and underlying networking protocols (e.g. TCP/IP); parallel and distributed computing concepts; risk management processes, including steps and methods for assessing risk; secure configuration management techniques; security management; security system design tools, methods, and techniques; software engineering; systems testing and evaluation methods; telecommunications concepts; the systems engineering process; various types of computer architectures.

Designing of cloud infrastructure and setups to include the knowledge of critical protocols (e.g., IPSEC, AES, GRE, IKE, MD5, SHA, 3DES); cryptology; database systems; DoD Component-level IA architecture; DoD confidentiality, integrity, and availability requirements; DoD evaluation and validation requirements; electrical engineering as applied to computer architecture, including circuit boards, processors, chips, and associated computer hardware; embedded systems; existing IA security principles, policies, and procedures; fault tolerance; how system components are installed, integrated, and optimized; human-computer interaction principles; IA Certification and Accreditation process; IA or IA-enabled software products; Information Assurance principles and tenets (confidentiality, integrity, availability, authentication, non-repudiation); information theory; mathematics, including logarithms, trigonometry, linear algebra, calculus, and statistics; microprocessors; network access and authorization (e.g., public key infrastructure); network design processes, to include understanding of security objectives, operational objectives, and tradeoffs; network management principles, models, and tools; network security architecture, including the application of Defense-In-Depth principles; operating systems; OSI model and underlying networking protocols (e.g. TCP/IP); parallel and distributed computing concepts; risk management processes, including steps and methods for assessing risk; secure configuration management techniques; security management; security system design tools, methods, and techniques; software engineering; systems testing and evaluation methods; telecommunications concepts; the systems engineering process; various types of computer architectures.

Instructor for the CompTIA A+, Network+, and Security+ certification exams. We help students become certified in the area's of computer hardware knowledge and troubleshooting, network knowledge and ability to implement effective solutions as well as the capabilities of being able to secure data and infrastructure through hardening of the network and physical plant.

Build and maintain Esxi virtual servers with FAS backbones to include, vsphere, Domain Controllers, Sharepoint, Instant Messaging Software, Outlook and other various software. Configure Cisco network for routing and segregation of traffic

Development and implementation of Disaster Recovery and Business Continuity PlanResponsible for clinical data integrity per HIPAA guidelinesDevelopment and implementation of Long Term plan for technology usage and implementationMaintain all company network switches, routers, firewalls and servers to allow for maximum communication and performanceResponsible for training of new IT Staff, intern program & company end user knowledge of policy and procedure related to ITCommunicate & coordinate with Senior management on new/updated policies & procedures, as well as new projects and process flow refinementResponsible for Annual IT Department budget (evaluation, allocation & adjustment to budget

Conversion of PBX Phone system to VoIP phone systemImplementation of Fiber Optic services by ISPDevelopment and implementation of QoS and trunking to allow VoIP communicationMaintain all company network Firewalls and configuration of remote site-to-site VPN connections (Cisco ASA5505, Pix 515e)Development and Implementation of Microsoft Sharepoint ServerCoordinated company relocation of Demarcation and Network Operations Center to new facility

Responsible for the design and development for Network Infrastructure upgrade to allow future VoIP implementationProvide support for company server environment (Microsoft Server 2003)Maintain Active Directory managementImplementation of PACS system for digital X-Ray and MRITrain new IT Staff on network policies and troubleshooting techniques

Provide end user support for Citrix Clients, Microsoft Exchange, Windows OS (98, 2000, XP)environmentsTroubleshoot ISDN lines for redundant ISP connectionTroubleshoot end user smart phone issues (Blackberry, Palm, ActiveSYNC, Goodlink)Responsible for end user desktop patch management