Our Work

Real projects, real results.

From web builds to network infrastructure, cybersecurity, and ongoing IT support, here's how we've helped clients ship, scale, and stay secure. Each case study breaks down the stack, the process, and what we'd do again.

4Disciplines Covered
0Security Incidents
100+Devices Supported
Case Studies

A closer look at recent work

Tap a case study to see the full breakdown: stack, process, results, and what we'd do again.

Tech Stack

HTML5 CSS3 JavaScript WP Engine + PHP MySQL LiteSpeed SSL/TLS (Let's Encrypt)

Deliverables

  • Production website, deployed live
  • One-page website
  • Mobile-responsive design across all breakpoints
  • Basic SEO setup
  • Client handoff documentation

Process

  1. Discovery & requirements: gathered requirements, business focus and goals, target audience, and a content draft.
  2. Planning & wireframing: mapped the site structure and page layouts before design work began.
  3. Design & development: built the site using a consistent, reusable component structure.
  4. Content integration: populated pages with final copy, images, and contact details.
  5. Testing & QA: checked cross-browser rendering, responsiveness, and form functionality.
  6. Launch & handoff: deployed to production and delivered documentation for future edits.

Challenges & How We Solved Them

  • No existing brand assets, solved by establishing a simple, yet elegant design before development began.
  • Tight timeline for a small project scope, solved with a streamlined, template-based build process.
  • Client needed to update content without developer support, solved by structuring the site for easy manual edits post-launch.

What We Learned

  • A short pre-planning session pays off before starting a project.
  • Well-documented handoff reduces support and costs after live deployment.
  • A clear style guide upfront speeds up every stage that follows.
  • Projects can be delivered on a tight budget and timeline with a proper SDLC sprint process.

Tech Stack

Managed Switch VLAN Segmentation Structured Cabling HPE Aruba Instant On Switch (8p Gigabit PoE) HPE Aruba Instant On AP25 (Wi-Fi 6)

Deliverables

  • Fully installed and configured network switches and access points
  • VLAN segmentation for traffic separation
  • Structured cabling and rack organization
  • Network topology documentation
  • Staff walkthrough and handoff

Process

  1. Site assessment: reviewed the existing network topology, drafted a report, and identified bottlenecks and points of failure.
  2. Planning & design: coordinated directly with the HPE team to align on requirements before designing the new network topology.
  3. Installation: mounted and cabled new switches and access points with minimal disruption to daily operations.
  4. Configuration: set up VLANs, port security, and traffic prioritization across switches and access points.
  5. Testing & validation: verified throughput, failover, and device connectivity across the network.
  6. Documentation & handoff: delivered network diagrams and configuration notes for future reference.

Challenges & How We Solved Them

  • Needed to avoid disrupting an active development team, solved by scheduling installation outside peak working hours.
  • Legacy cabling was undocumented, solved by remapping and relabeling the full network topology during installation.
  • Growing team meant capacity planning was uncertain, solved by designing headroom into the VLAN, access point, and port allocation.

What We Learned

  • Physical infrastructure work benefits as much from scheduling discipline as technical planning.
  • Documentation left behind is as valuable a reference as the install itself.
  • Designing for future growth upfront avoids a second disruptive upgrade later.

Tech Stack

Sophos XGS 118 Xstream Protection Suite Security Policy Management

Deliverables

  • Installed and configured Sophos firewall appliance
  • Custom security policies by network segment
  • VPN configuration for secure remote access
  • Threat protection and intrusion prevention rules
  • Admin training and handoff documentation

Process

  1. Security assessment: reviewed existing perimeter defenses and identified exposure points.
  2. Policy design: defined rules and segmentation aligned to business needs.
  3. Installation: deployed the Sophos firewall into the existing network, replacing an aging Fortinet FG-80F-Gen2.
  4. Configuration: set up firewall policies, VPN, and intrusion prevention access.
  5. Testing & validation: ran port scanning via nmap and network penetration testing, and verified rule behavior.
  6. Handoff & training: walked the client's team through monitoring and alerts.

Challenges & How We Solved Them

  • No formal security policy existed prior, solved by defining rules based on an audit of actual traffic patterns.
  • Needed remote access without broad exposure, solved with a dedicated VPN configuration scoped to specific users.
  • Balancing security with usability, solved by tuning policies iteratively after go-live monitoring.

What We Learned

  • Audit traffic patterns before writing firewall rules to avoid overblocking and gaps.
  • Remote access should be scoped as narrowly as the business allows, not opened broadly for convenience.
  • Post-deployment monitoring in the first weeks catches issues that policy design alone can't predict.

Tech Stack

Remote Monitoring Tools Patch Management Knowledge Base Management

Deliverables

  • Scheduled maintenance and patching cycles
  • Hardware and software troubleshooting support
  • System health monitoring
  • Monthly maintenance reporting
  • On-call issue response

Process

  1. Onboarding & audit: catalogued existing hardware, software, and known issues.
  2. Maintenance planning: set a recurring schedule for updates and health checks.
  3. Ongoing monitoring: tracked system performance and flagged emerging issues.
  4. Issue response: resolved reported issues within the agreed response times.
  5. Reporting: delivered regular summaries of maintenance activity and system health.
  6. Continuous improvement: adjusted maintenance scope based on recurring issues.

Challenges & How We Solved Them

  • Aging hardware caused recurring failures, solved by flagging replacement priorities in maintenance reports.
  • No prior maintenance history existed, solved by starting with a full system audit before setting a schedule.
  • Balancing proactive maintenance with minimal workflow disruption, solved by scheduling updates outside business hours.

What We Learned

  • Proactive maintenance schedules prevent far more downtime than reactive fixes.
  • Regular reporting builds client trust even when nothing has gone wrong.
  • A thorough initial audit is required to ensure hardware is secured and fully operational.

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