Security posture
Least privilege, segmentation and encryption considered in the platform design.
Cloud practice / Vancouver
Cloud platforms should support multi-party integration and high-volume data movement while keeping network, availability and cost dependencies observable. In Vancouver, this connects directly to reliable services connecting North American and Pacific workflows.
What this practice covers
Cloud work connects architecture, access, workload operation and the decisions that keep a platform useful over time.
Canadian organizations often balance national scale, cross-border dependencies, privacy expectations and teams distributed across several regional technology centres.
Vancouver combines research-led companies, digital content, high-tech services and a major Pacific logistics gateway. Engineering teams benefit from platforms that make distributed collaboration, data movement and production ownership explicit.
Digital media, visual effects, life sciences, software, clean technology and logistics each depend on different combinations of compute, data and collaboration.
Cloud platforms should support multi-party integration and high-volume data movement while keeping network, availability and cost dependencies observable.
What that gives your team
Accounts, networks, identity and baseline controls that teams can reason about.
A staged path from current workloads to a better-fit architecture.
Guardrails and ownership patterns that let teams move without losing visibility.
Recovery objectives, failure boundaries and scaling choices matched to the system.
Least privilege, segmentation and encryption considered in the platform design.
Patching, backups, cost awareness and maintenance practices that keep the foundation healthy.
How it works
Cloud decisions become safer when the current estate, desired outcome and operating model are considered together.
Understand workloads, dependencies, access paths and current operational constraints.
Compare target patterns and choose a staged architecture that fits the team.
Implement foundations or migrations with observable checkpoints and rollback thinking.
Engagement models
Engagements can be shaped around a bounded modernization goal, an embedded capability gap or a longer operating transition across Canadian stakeholders. For Cloud, the initial scope should stay anchored to reliable services connecting North American and Pacific workflows.
Opinions, reviews, and focused direction.
ExploreOngoing capacity in your engineering team.
Incidents, rotations, and production response.
Roadmaps with clear delivery ownership.
Plan and deliver a defined technical outcome.
ExploreOngoing engineering care and improvement.
Questions answered
A short set of practical questions to clarify the first conversation.
Cloud platforms should support multi-party integration and high-volume data movement while keeping network, availability and cost dependencies observable. Scope should begin with the systems, owners and evidence connected to reliable services connecting North American and Pacific workflows.
The existing XIVTech service content covers AWS, Azure and Google Cloud; the right path depends on workload requirements and current constraints.
Not by default. The work begins with the current estate and only proposes a rebuild when the present design is the actual blocker.
Security is part of cloud architecture, with a separate Cloud Security service for deeper controls and remediation work.
No. The category page is global and uses the existing market-prefix policy for routing and SEO eligibility.
Next step
Start with reliable services connecting North American and Pacific workflows and the technical or organizational boundary that makes it difficult today.