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Remote Zero Trust Jobs (NOW HIRING)

Gruve

Solutions Architect

Dallas, TX · On-site +1

$175K - $235K/yr

Identity-based access control and Zero Trust models Working knowledge of: * 802.1X, RADIUS, TACACS+ * VPN and secure remote access technologies * Cisco TrustSec and SGT-based segmentation * Strong ...

Addison Group

Enterprise Endpoint Engineer

Dallas, TX · Remote

$109K - $136K/yr

Define remote access architecture * Support hybrid and cloud workspace models * Ensure scalability ... Support Zero Trust initiatives * Define hardening baselines * Support vulnerability management ...

Maximus

Mobile Devices Engineer

VA · On-site +1

... Zero Trust architecture implementation for mobile platforms. - Strong documentation, stakeholder communication, and cross-team coordination skills. #LI-Remote #techjobs #clearance #veteranspage ...

Uvation

Network Security Engineer

$107K - $146K/yr

ZTNA (Zero Trust Network Access) * SASE (Secure Access Service Edge) * SD-WAN Security * SSE (Security Service Edge) * CASB (Cloud Access Security Broker) * Micro-segmentation * Secure Remote Access ...

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Remote Zero Trust information

What is the difference between Remote Zero Trust vs Remote Security Analyst?

AspectRemote Zero TrustRemote Security Analyst
CredentialsCertifications like CISSP, CISA, CompTIA Security+Certifications like Security+, CEH, CISSP
Work EnvironmentDesigning and implementing security frameworks remotelyMonitoring, analyzing, and responding to security incidents remotely
Industry UsageUsed by organizations adopting Zero Trust architectureCommon in cybersecurity teams across various industries
Search IntentComparing security roles focused on Zero TrustLooking for cybersecurity roles involving security analysis

Remote Zero Trust professionals focus on designing and implementing Zero Trust security models remotely, while Remote Security Analysts monitor and respond to security threats. Both roles require cybersecurity certifications and are vital in protecting organizational assets, but their core functions differ in scope and responsibilities.

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Remote Zero Trust jobs near you
Infographic showing various Remote Zero Trust job openings in the United States as of July 2026, with employment types broken down into 84% Full Time, 11% Part Time, and 5% Temporary. Highlights an 5% Hybrid, and 95% Remote job distribution.
NIH - Cyber Technical Architect

NIH - Cyber Technical Architect

cFocus Software Incorporated

Bethesda, MD • On-site, Remote

Full-time

Posted 10 days ago

Job description

cFocus Software seeks a Cyber Technical Architect to join our program supporting the National Institutes of Health (NIH). This position is fully remote. This position requires a Public Trust or the ability to obtain a public trust clearance.
Qualifications:
  • Public Trust Clearance
  • B.S. Computer Science, Information Technology, or a related field
  • 8+ years of progressively responsible cybersecurity engineering and architecture experience.
  • Experience supporting Federal cybersecurity programs.
  • Experience designing secure hybrid cloud and enterprise security architectures.
  • Experience implementing NIST cybersecurity frameworks and Federal security controls.
  • Active CISSP, CISSP-ISSAP, CCSP, SABSA Chartered Architect, TOGAF, GDSA, or GSE

Duties:
  • Serve as senior cybersecurity technical advisor to NIH leadership.
  • Provide technical guidance supporting cybersecurity modernization initiatives.
  • Conduct enterprise architecture reviews for new technologies and major system changes.
  • Participate in engineering reviews throughout system development lifecycles.
  • Develop technical recommendations supporting enterprise cybersecurity investments.
  • Mentor cybersecurity engineers and technical staff.
  • Coordinate with system owners, ISSOs, infrastructure teams, cloud engineers, and security operations personnel.
  • Present technical briefings and architectural recommendations to Government leadership.
  • Lead the design, implementation, modernization, and lifecycle management of NIH enterprise cybersecurity architecture.
  • Develop secure architectural solutions supporting on-premises, cloud, and hybrid computing environments.
  • Establish enterprise cybersecurity standards, technical roadmaps, and reference architectures.
  • Design resilient security architectures supporting availability, confidentiality, and integrity of NIH information systems.
  • Evaluate emerging cybersecurity technologies and recommend enterprise adoption strategies.
  • Provide strategic technical leadership regarding enterprise security engineering, risk reduction, and industry best practices.
  • Support disaster recovery, contingency planning, and resilience of enterprise cybersecurity platforms.
  • Develop architectural documentation, engineering diagrams, standards, implementation guides, and technical procedures.
  • Architect, engineer, implement, administer, and optimize enterprise cybersecurity technologies.
  • Lead engineering activities supporting SIEM, Endpoint Detection and Response (EDR), Next Generation Firewalls (NGFW), IDS/IPS, Data Loss Prevention (DLP), Privileged Access Management (PAM), cloud security platforms, and related enterprise security technologies.
  • Design secure integration between enterprise cybersecurity tools and operational infrastructure.
  • Engineer secure monitoring, alerting, logging, and analytics capabilities.
  • Oversee security platform performance tuning, optimization, scalability, and lifecycle management.
  • Design security infrastructure supporting continuous monitoring and operational cybersecurity.
  • Evaluate system performance and identify opportunities to improve enterprise visibility and security posture.
  • Review enterprise security architectures to ensure compliance with Federal cybersecurity requirements.
  • Develop technical implementation strategies for new cybersecurity capabilities.
  • Support backup, restoration, resiliency, and disaster recovery planning for cybersecurity infrastructure.
  • Maintain architectural documentation supporting enterprise security systems and technologies.
  • Lead development and implementation of NIH Zero Trust Architecture initiatives.
  • Develop Zero Trust maturity roadmaps aligned with Federal cybersecurity guidance.
  • Design identity-centric security models supporting least privilege and continuous verification.
  • Architect secure identity, authentication, authorization, and access control solutions.
  • Implement network segmentation and micro-segmentation strategies.
  • Design secure access solutions supporting remote users, cloud services, and hybrid environments.
  • Evaluate Zero Trust technologies and recommend implementation priorities.
  • Collaborate with stakeholders to integrate Zero Trust principles across enterprise systems.
  • Ensure Zero Trust initiatives align with NIST guidance, Executive Orders, and Federal mandates.

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