Cybersecurity

Value Proposition

• Reduced cyber risk through proactive threat detection, continuous monitoring, and hardened architectures
• Improved audit readiness and regulatory alignment across FISMA, NIST, CMMC, and FedRAMP
• Lower operational cost and complexity through automated controls and standardized security processes
• Increased system resilience through disaster recovery planning and integrated cyber-risk analytics
• Secure modernization enablement without slowing delivery or disrupting operations

Key Differentiators

• Proven experience securing high-value federal systems through oversight-informed risk assessment and remediation
• Ability to embed security directly into cloud migrations, legacy modernization, and hybrid environments
• Integrated delivery of security engineering, governance, and compliance to ensure controls are effective in practice

Core Features

Compliance, Risk Management & Zero Trust Architecture. Comprehensive security assessments, control testing, POA&M management, and evidence preparation aligned to federal frameworks. Capabilities include Zero Trust architecture design aligned to NIST 800-207, identity modernization, access control implementation, and alignment with agency-specific requirements.

Secure Modernization & DevSecOps Enablement. Integration of security into cloud migrations, application modernization, and CI/CD pipelines. Services include automated policy enforcement, secrets management, infrastructure-as-code security, and continuous vulnerability remediation embedded from design through deployment.

Threat Detection, Resilience & Incident Response. Deployment and operation of SIEM/SOAR platforms, AI-assisted analytics, threat-hunting processes, and incident response playbooks. Capabilities also include disaster recovery planning, backup automation, and continuity strategies to sustain mission operations under adverse conditions.

Service Process

• Discovery & Assessment. Evaluate risks, dependencies, controls, and compliance posture.
• Security Architecture & Roadmap. Define a prioritized security strategy aligned to mission needs.
• Implementation & Integration. Deploy Zero Trust, monitoring, automated controls, and secure pipelines.
• Operational Monitoring. Establish dashboards, metrics, and alerting for continuous visibility.
• Optimization & Sustainment. Validate controls and continuously improve security maturity.

Customer Success Story. Federal Analytics Environment

A large federal agency operating mission-critical analytics and transactional systems faced increasing cybersecurity risk due to inconsistent logging, limited visibility, and legacy operational processes. The environment supported more than 60,000 transactions per day, hundreds of Extract, Transform, Load jobs, and extensive stored procedures, creating challenges for audit readiness, incident detection, and compliance. Pyramid executed a phased cybersecurity modernization focused on unified observability, automated controls, and cloud security hardening. Real-time monitoring and alerting were implemented using Elasticsearch Metricbeat, enabling faster threat detection while reducing operational costs by approximately $6,000 per month. Comprehensive CloudTrail logging was enforced across production environments, improving audit traceability and strengthening SIEM data fidelity.

Machine learning-based anomaly detection was introduced to proactively identify unusual patterns in application and satellite data that had previously gone undetected. Cybersecurity controls were embedded into DevSecOps pipelines through automated CI/CD, tagging policies, and infrastructure-as-code, ensuring consistent deployment of secure configurations and faster remediation. The agency achieved improved compliance alignment, reduced detection times, and significantly enhanced enterprise visibility, establishing a resilient cybersecurity foundation capable of supporting future modernization initiatives.

For more examples of security-first delivery, read the PII-safe cloud file transfer prototype case study and the federal biometric interoperability (BITT) case study.