Current State Analysis
Infrastructure health assessment, gap analysis, risk identification, and technology roadmap development.
Disciplined execution across enterprise infrastructure and energy-integrated AI campus architecture — from strategic governance to high-density compute planning.
Aligning technology and business goals through governance, risk assessment, and strategic planning. We bridge infrastructure decisions and long-term strategy across enterprise and regulated environments.
"Aligning vision with infrastructure."
Infrastructure health assessment, gap analysis, risk identification, and technology roadmap development.
Growth forecasting, scalable architecture design, AI/HPC infrastructure planning, and future technology readiness.
Total cost of ownership analysis, OpEx and CapEx optimization, energy efficiency improvements, and ROI modeling.
Workload placement analysis, hybrid/multi-cloud architecture, private cloud design, and cloud-native consulting.
From power generation to processing — modern AI workloads demand specialised infrastructure at unprecedented density. We engineer facilities with on-site energy generation, grid interconnection, battery storage, modular high-density architecture, advanced cooling for 100–200kW per rack environments, and high-speed fibre connectivity.
Direct-to-chip liquid cooling, immersion cooling, hybrid architectures, and HVAC optimization for racks exceeding 150 kW.
MEP engineering, renewable energy integration, high-efficiency UPS systems, and grid resilience planning.
Fiber infrastructure planning, high-speed switching (40/100/400 GbE), cloud connectivity, and edge network design.
Tier-certified facility design, modular builds, edge and micro data centres, storage architecture, and construction management.
On-site generation feasibility, baseload planning, commissioning alignment with compute deployment, and capacity scaling for 10MW+ environments.
Utility interconnection strategy, redundancy modelling, transmission constraints, and grid stability under high-density compute loads.
Battery Energy Storage System integration, load balancing, peak shaving, and coordinated energy optimisation between generation and AI compute demand.
Execution discipline with zero downtime. Proven expertise delivering migrations for 14,000+ users across mission-critical systems serving nearly one million citizens, where operational risk and regulatory exposure are unacceptable.
"14,000+ users. Zero downtime."
Full facility moves with secure equipment transport, infrastructure re-establishment, and compressed timelines. Proven with Rogers, City of Edmonton, and ATB Financial.
Provider transitions, hybrid deployments, carrier coordination, and right-sizing for cost optimization.
Strategic workload assessment, cost modeling, architecture design for AWS/Azure/GCP, and application modernization.
Multi-site consolidation, server virtualization, infrastructure rationalization, and legacy decommissioning.
Enterprise system migrations including SAP S/4HANA, ERP platform upgrades, and complex multi-system cutover planning within regulated environments.
Legacy infrastructure upgrades, technology refresh programmes, and phased modernisation roadmaps within regulatory and operational constraints.
Building resilient infrastructure across network macro-segmentation, cybersecurity architecture, regulatory compliance, and operational monitoring — non-negotiable in today's threat landscape.
DCIM deployment, monitoring implementation, alerting configuration, incident response processes, and runbook creation.
"Non-negotiable resilience."
Container orchestration, predictive analytics, automated remediation, self-healing infrastructure, and AI-driven optimization.
Zero-trust architecture, network segmentation, SIEM implementation, threat detection, and OT security for building systems.
Biometric access control, surveillance design, perimeter security, and readiness for ISO 27001, SOC 2, GDPR, HIPAA, and PCI-DSS.
Bridging the gap between energy infrastructure planning and high-density AI compute architecture. From density modelling and energy-compute alignment to AI fabric planning, we deliver advisory across the full AI campus lifecycle.
"From data science to production reality."
Data modeling for AI readiness, migration strategy, multi-tier storage architecture, and data protection planning.
GPU cluster design, liquid cooling for AI racks, ML system architecture, container orchestration, and private AI cloud planning.
Large-scale real-time analytics, edge AI deployment, IoT system architecture, and streaming data infrastructure.
MLOps infrastructure design, model management platform selection, CI/CD for ML workflows, and monitoring and observability.
Whether you are planning an enterprise migration, evaluating AI campus feasibility, or need independent infrastructure advisory.