True Cost Comparison vs Hyperscalers (Academic & Enterprise Tiers)
myresearchcloud.ca vs Hyperscaler Committed Cloud
This comparison assumes:
Sustained academic workload
1:1 physical core allocation
4 GB RAM per vCPU
8 GB SSD + 6 GB HDD per vCPU
3-year commitment
Enterprise-grade reliability
myresearchcloud.ca (3-Year Commitment)
Each vCPU includes:
1 dedicated physical Cascade Lake core
4 GB RAM
8 GB replicated enterprise SSD
6 GB replicated HDD
Cross-rack Ceph redundancy
25Gb networking
No egress fees
No IOPS tiers
No overage billing
Total: $20.08 per vCPU per month
Predictable monthly invoice.
No variable components.
Hyperscaler (3-Year Commitment)
To approximate the same sustained workload and reliability:
Customer must use:
Non-burst instance class (e.g., m6i / c6i equivalent)
Separate EBS storage
Enterprise support tier
Multi-AZ durability (to match replication)
Data transfer headroom
Realistic Effective Cost Per vCPU Per Month
Compute (deep commitment):
$29–36
Storage (SSD + HDD equivalent):
$1–3
Enterprise support allocation:
$1–3
Data transfer allocation:
$1–5
Realistic effective total: $33–40 per vCPU per month
Storage and transfer charges fluctuate monthly.
If True 1:1 Physical Isolation Is Required
To guarantee hardware isolation comparable to myresearchcloud’s 1:1 core allocation, a customer must use:
Dedicated host
orBare metal instances
Effective per-core pricing typically increases to:
$40–70 per vCPU per month
What This Means for Academic Projects
For sustained research workloads:
myresearchcloud.ca is typically 40–50% less expensive than equivalent hyperscaler committed pricing.
If hardware isolation is required:
myresearchcloud.ca can be 50–65% less expensive.
Positioning Statement
myresearchcloud.ca is designed for:
Predictable grant budgeting
Deterministic research compute
Sovereign Canadian infrastructure
Stable long-running workloads
It is infrastructure — not elastic retail cloud.