It works. Every time. Fast.
Files open instantly. Video calls do not freeze. Information is findable through search and context, not buried in a folder hierarchy only one person understands.
How we design technology
Seven layers. Each one independently replaceable.
The architecture is not one cloud or one vendor. It is a deliberate set of decisions across identity, collaboration, security, backup, applications, infrastructure, and connectivity, with the reasoning and exit path preserved for each.
✓ Identity separated from collaboration, so you are never locked to one ecosystem
✓ Cross-platform backup: back up from Microsoft, restore to Google
✓ Security monitoring that spans every cloud service, not one vendor's stack
01
Identity & Device Management
OktaEntra IDWho you are, what device you are on, whether it meets policy
02
Collaboration
M365TeamsEmail, chat, documents, meetings, project coordination
03
Security & Monitoring
SumoLogicDefenderCross-platform threat detection and response
04
Backup & Portability
VeeamImmutable backups and your exit strategy in one
05
Business Applications
SaaSCRM, accounting, ERP, industry-specific platforms
06
Physical Infrastructure
NutanixHyper-VRight-sized, not eliminated. Some workloads stay local
07
Connectivity
Lumen NaaSMakes a distributed architecture perform like a local one
The design framework
Performance. Availability. Cost.
Every client's requirements are different. We balance the same three principles against your situation, and rebalance them when conditions change, because no single decision is permanent.
Your business keeps running.
Immutable backups ransomware cannot touch. Vendor independence so no single pricing decision is existential. Institutional knowledge that lives in systems, not in one person's head.
You are not overpaying.
What your technology costs today, what it will cost in two years if nothing changes, and what your options are. Our job is to spend your budget wisely, not to maximize it.
How an engagement runs
Research first. Recommendation last.
Each phase has a defined output and approval gate, so the reasoning, dependencies, and rollback path remain visible throughout the work.
Analyze
Start from what is true about the organization, the requirements, the current environment, and the consequences of failure.
Model
Separate the layers, expose dependencies, compare options, and make performance, availability, cost, and concentration risk visible.
Validate
Test interoperability, restore paths, controls, user workflows, and rollback before the recommendation becomes a production commitment.
Document
Record the requirement, tradeoff, owner, acceptance evidence, review cadence, and replacement path for whoever inherits the environment.
Research-led methodology
Researchers first. Technologists second.
Our senior consultants came from environments where methodology is documented and conclusions survive peer review. The order below is the order we work in.
Analyze from first principles
Start from what is actually true about your situation, not from the reference architecture that shipped with the product.
Test the assumptions
Interoperability, restore paths, and failure modes get verified before they appear in a recommendation, not after.
Draw from several disciplines
Identity, storage, networking, and security constrain each other. A decision made in one discipline usually costs something in another.
Document the reasoning
Every control traces to a requirement. That record is what makes the environment defensible to an examiner and maintainable by whoever inherits it.
Recommend last
A solution proposed before the problem is understood is a product pitch. We would rather tell you that you do not need the work.
Revisit as conditions change
Pricing shifts, vendors consolidate, requirements move. The architecture is reviewed against those changes rather than left to age.
Multidisciplinary depth
Practical depth at every layer
Deliberately mapped to the seven-layer model, so the same vocabulary carries from the About page through to a solution page.
Identity & device management
Okta and Entra ID, conditional access, device compliance, zero-trust design
Collaboration
Microsoft 365, Teams, SharePoint architecture, retention and classification
Security & monitoring
Cross-platform SIEM, detection engineering, incident response from real cases
Backup & portability
Immutable backup, cross-ecosystem restore, tested recovery objectives
Physical infrastructure
Nutanix and Hyper-V, storage design, right-sizing what stays on premises
Connectivity
Network-as-a-service, segmentation, making distributed systems feel local
Strategic planning
Virtual CIO, board reporting, budget forecasting, vendor negotiation
The stack
Best-of-breed at every layer
We recommend the right vendor for each job. No layer is locked, and none of these choices commits you to the next one.
Microsoft 365
Collaboration and productivity
Okta
Independent identity and zero trust
Veeam
Immutable, cross-platform backup
SumoLogic
SIEM across every service
Nutanix
Hyperconverged infrastructure
Lumen NaaS
Programmable connectivity
Entra ID
Cloud identity and device compliance
Hyper-V
Virtualization where Nutanix is not a fit
Questions
Frequently asked
Still need something? Talk to a senior advisor - no sales deck, just a conversation.
Does vendor independence mean avoiding Microsoft?
No. Microsoft 365 is often the right collaboration platform. Vendor independence means that identity, backup, monitoring, infrastructure, and other layers remain separate decisions rather than automatic extensions of the same contract.
Why exactly seven layers?
Seven is enough to expose the dependencies that most often create lock-in without turning the model into an academic exercise. The layers remain stable even when the products inside them change.
How do you compare performance, availability, and cost?
We define what each means for the organization, make the tradeoffs visible, and document why a decision is acceptable. There is no universal maximum for all three.
What makes the design defensible?
The record connects requirements, alternatives, assumptions, tests, controls, ownership, and tradeoffs. A future reviewer can see not only what was selected, but why.
How often should the architecture be revisited?
Review it when business conditions, requirements, contracts, pricing, risk, or major technologies change, and on a regular cadence before those events become urgent.
Map your architecture layer by layer
No sales deck. No product pitch.
A substantive conversation with a senior CTP advisor about where your architecture is, where it should be, and how to get there without unnecessary disruption.
A senior advisor reads every request and starts with your situation.