Key Personnel Past Performance

Project Alpha — Federal Civilian Infrastructure Security

Sector: Federal

Situation

Key Personnel Past Performance. The capabilities and project milestones described below reflect the past performance of SYNCXELL’s executive leadership and senior engineering staff across 17 years of cross-domain IT engineering, and are presented in accordance with FAR 15.305. They are not presented as contracts awarded to SYNCXELL LLC as an entity.

Diverse Linux estates spanning Red Hat Enterprise Linux, Debian, Rocky Linux and Oracle Linux had drifted from their security baselines. Patching was manual and inconsistent, and demonstrating continuous compliance against DISA STIG benchmarks was consuming significant engineering time at each assessment cycle.

Approach

Engineered custom Ansible playbooks to automate patching, package cleanup and system updates across the full mixed-distribution fleet. Translated DISA STIG benchmarks into idempotent, automated configuration baselines so that every provisioned server was compliant by construction rather than remediated after the fact. Ran continuous vulnerability assessment using SCAP and Nessus, feeding findings back into the automation pipeline.

Result

Configuration baselines became reproducible and auditable across the estate, and STIG compliance evidence could be produced on demand instead of assembled by hand. Vulnerability remediation shifted from a periodic manual exercise to a continuous, automated process.

Technologies

Ansible Automation Platform · Red Hat Enterprise Linux · Rocky Linux · Oracle Linux · Debian · DISA STIG · SCAP · Nessus

Project Beta — Advanced Hypervisor Migration

Sector: Legal

Situation

Key Personnel Past Performance. The capabilities and project milestones described below reflect the past performance of SYNCXELL’s executive leadership and senior engineering staff across 17 years of cross-domain IT engineering, and are presented in accordance with FAR 15.305. They are not presented as contracts awarded to SYNCXELL LLC as an entity.

Legacy virtualisation ran on a proprietary hypervisor whose licensing costs were escalating sharply, with the organisation locked into a single vendor. Sensitive client data also had to remain on infrastructure under direct organisational control rather than in multi-tenant public cloud.

Approach

Designed and deployed bare-metal hypervisor environments on XCP-ng, migrating the legacy estate across without loss of high availability. Used Xen Orchestra for VM provisioning, live migration and automated snapshot-based disaster recovery, giving the organisation sovereign control of its hypervisor layer and a tested ransomware recovery path.

Result

Vendor lock-in was eliminated and recurring licensing overhead materially reduced, while high availability was preserved throughout the migration. Automated snapshots provided a restore path independent of the production estate.

Technologies

XCP-ng · Xen Orchestra (XOA) · KVM · Bare-metal provisioning · VMware vSphere migration

Project Gamma — Full-Stack Digital Platforms

Sector: Banking

Situation

Key Personnel Past Performance. The capabilities and project milestones described below reflect the past performance of SYNCXELL’s executive leadership and senior engineering staff across 17 years of cross-domain IT engineering, and are presented in accordance with FAR 15.305. They are not presented as contracts awarded to SYNCXELL LLC as an entity.

Delivery of scalable, bilingual web platforms carrying real-time tracking and e-commerce functionality, with strict database access controls and a deployment process repeatable across environments.

Approach

Architected and launched full-stack applications on MERN and LAMP stacks, with secure, optimised database layers and role-scoped access. Container orchestration through Docker and Coolify made deployments reproducible, backed by custom Apache rewrite and proxy configurations for secure traffic routing. Applications were built with structured data and optimised render paths from the outset.

Result

Platforms shipped with reproducible container-based deployments and database access constrained to least privilege. Technical SEO foundations — schema markup and optimised render paths — were built into the applications rather than retrofitted.

Technologies

MERN (MongoDB, Express, React, Node.js) · LAMP · Docker · Coolify · Apache httpd · MySQL