Infra Hosting & Servers
The infrastructure layer of the TechE ecosystem
Managed Host Units, Infra Engines, colocation, and on-premise packs for SMB infrastructure. Free from the AWS, Azure, on-prem, and colo maze.
You define the business load, AI need, privacy need, region, compliance / certification path, and technical requirement. TechE builds the managed path across regional colo, on-prem, private colo, public cloud where justified, or hybrid infrastructure.
complete path
How the complete path comes together
A clear managed path across Host Units, colocation, on-premise packs, and hybrid placement. Start with Host Units. Add the right Infra Engines. Use colocation where private or regional placement is needed. Package on-premise systems into packs when the site needs local control.
Workloads → Placement → Managed Capacity & Justified Physical System
Workloads
Apps
Files
AI
Databases
Recovery
Placement
Regional
Private
Colo
On-premise
Hybrid
Capacity & Physical Systems
Host Units: Managed capacity first
Edge Engine 10: local edge
WorkDesk 20: User/endpoint
Converged Hub 30: Site compute
UNO 40: Organised cabinet
Planning resources: Business Planning Blueprint and Technical Architecture Blueprint requests use the same adaptive Start page. Technical Annexures sit under the Technical Architecture Blueprint.
PRODUCT GROUPS + MANAGED CAPACITY
Five roles. One governed
infrastructure path.
Start with the workload and placement decision. Add local, edge, converged or cabinet depth only where the business case justifies it.
MANAGED CAPACITY
Host Units
Workload capacity across hosted, private, colocation or hybrid placement.
GROUP 10
Edge Engine 10
Edge, room and site-control infrastructure where local continuity matters.
GROUP 20
WorkDesk 20
User, desk, endpoint and AI WorkDesk infrastructure where local control is justified.
GROUP 30
Converged Hub 30
Site compute, storage, virtualization, backup and local services.
GROUP 40
UNO 40
A private site-infrastructure cabinet that organizes the complete operating system.
Stop stitching infra fragments
Stop stitching together cloud servers, hosting systems, NAS boxes, GPU machines, backup tools, and MSP tickets.
Your SMB does not need another isolated infrastructure decision. It needs a governed way to buy and operate capacity for real business workloads. You stop assembling infrastructure from fragments. Your AI, compute, storage, placement, monitoring, lifecycle, and recovery posture become one scalable TechE path.
Random cloud / VPS / server choices
WHAT SOVEREIGN INFRA HOSTING GIVES YOUR BUSINESS?
Defined Host Units sized around your workloads.
Cloud bill without an infrastructure plan
WHAT SOVEREIGN INFRA HOSTING GIVES YOUR BUSINESS?
Capacity placed by workload, cost, recovery, latency, privacy, and scale.
GPU box, NAS, backup, and server decisions made separately
WHAT SOVEREIGN INFRA HOSTING GIVES YOUR BUSINESS?
Infra Engines and packs that combine compute, storage, AI, placement, monitoring, lifecycle, and recovery posture where scoped.
Monitoring added later
WHAT SOVEREIGN INFRA HOSTING GIVES YOUR BUSINESS?
Visibility, alerts, uptime, backup status, and service health where scoped.
Hardware buying becoming an IT department
WHAT SOVEREIGN INFRA HOSTING GIVES YOUR BUSINESS?
Purpose-built TechE engines and packs and managed operating paths instead of random hardware ownership.
Fragmented infrastructure becomes one governed TechE estate.
Where SMBs actually use this
Pick the path that looks like
your business
Start with Host Units. Add Infra Engines and packs when ready.
Selected starting estate
Managed starter
10-20 Host Units; add Edge Engine or WorkDesk local engine only where local control is needed.
Host Unit anchor: $250-$500/mo non-GPU example; local engine priced by configuration; request capacity sheet and spec.
Converged Hub / Server Unit path.
Office local depth
20 Host Units + Converged Hub / Server Unit where justified.
20 Host Units = $500/mo non-GPU example; Converged Hub priced by configuration; request spec, validation, and deployment proof.
UNO.
Site system
UNO + Converged Hub / base system where scoped.
Scoped site package; request UNO spec, site checklist, deployment video, and BOM review.
AI-ready high-capacity Infra Engine path.
Private AI depth
AI-ready Host Units + AI Host / high-capacity AI/server Infra Engine plus AI WorkDesk where useful.
GPU/vRAM separate; request AI/GPU sizing review, benchmark report, thermal/power validation, and priced configuration.
Regional / hybrid expansion.
Hybrid estate
Regional Host Units + colocation + on-premise pack mix.
Request estate assessment, placement diagram, BOM review, and phased rollout pricing.
Repeatable multi-site pattern.
See every business situation and buyer path
| Use this | What it lets you do | |
|---|---|---|
| Solo founder / consultantO | Shared TechE colo Host Units + Edge Engine / WorkDesk local engine | Run private systems in TechE colo, keep small local AI / edge / desk-side control, and avoid buying a full rack. |
| Lawyer / accountant / professional office | Host Units + Converged Hub / Server Unit where justified | Run records, private apps, files, local processing, private AI/RAG-adjacent work, and supportable office infrastructure. |
| 2-20 user office | Host Units + Converged Hub / Server Unit now, UNO 12U later | Move from shared files, cloud/VPS sprawl, and owner-managed IT into one repeatable TechE path. |
| Clinic / healthcare office | Regional Host Units + Converged Hub / Server Unit / UNO where scoped | Place workloads by privacy, region, local workflow, records, scanners, and compliance-readiness needs. |
| Warehouse / factory / site operation | Edge Engine / WorkDesk local engine + Converged Hub / Server Unit + UNO 12U | Handle local processing, site systems, devices, scanners, cameras, local workflows, and regional connectivity. |
| AI-heavy SMB | AI-ready Host Units + high-capacity AI/server Infra Engine | Run private AI, RAG, document intelligence, GPU-class workloads, compute, and storage depth. |
| Storage / data-heavy SMB | Converged Hub / Server Unit or high-capacity AI/server Infra Engine depending on scale | Run serious data, archive, business memory, AI-ready storage, retention, and evidence-heavy workloads. |
| Multi-site business | Regional Host Units + repeatable Edge Engine / WorkDesk local engine / Converged Hub / Server Unit / UNO / high-capacity AI/server Infra Engine pattern | Repeat the same TechE infrastructure model across offices, regions, and on-prem / on-colo / hybrid placements. |
| What feels broken | Start with | Add Next | What they can do | |
|---|---|---|---|---|
| Solo / SOHO | Laptop, cloud folders, public AI, no real local control. | Shared TechE colo Host Units + Edge Engine / WorkDesk local engine. | Converged Hub / Server Unit or more hosted/private capacity. | Private systems, small local AI, edge/local control, serious workspace without full rack. |
| 2-20 User Office | Shared files, apps, cloud/VPS sprawl, owner acting as IT. | Host Units + optional Edge Engine / WorkDesk local engine / Converged Hub / Server Unit. | UNO 12U | Office apps, files, local services, private systems, local AI/RAG-adjacent work where scoped. |
| Clinic / Professional Office | Records, scanners, privacy, workflow uncertainty, placement anxiety. | Regional/private Host Units + Converged Hub / Server Unit where justified. | UNO 12U | Place workloads by privacy, region, data, local workflow, and compliance-readiness needs. |
| Warehouse / Factory / Branch | Devices, cameras, scanners, local workflows, and site systems are fragmented. | Edge Engine / WorkDesk local engine / Converged Hub / Server Unit. | UNO 12U / multi-site estate. | Local processing, site systems, edge roles, connectivity, repeatable site infrastructure. |
| Storage / Data-Heavy SMB | Data growth, archives, records, business memory, AI-ready storage pressure. | Converged Hub / Server Unit or regional Host Units. | high-capacity AI/server Infra Engine. | Structured data, AI-ready storage, archive, retention, heavy compute/storage paths where scoped. |
| AI-Heavy SMB | Public AI/API spend, RAG need, GPU/vRAM question, private data concern. | AI-ready Host Units or AI WorkDesk. | high-capacity AI/server Infra Engine. | Private AI, RAG, document intelligence, GPU-class workloads, local/colo/hybrid AI placement. |
| On-Prem Serious Site | The site needs a complete infrastructure stack, not random boxes. | UNO 12U + Converged Hub / Server Unit. | high-capacity AI/server Infra Engine. | Organized TechE system for local compute, storage, AI, operations, and expansion. |
| Multi-Site / Distributed SMB | Every branch runs differently. | Regional Host Units + repeatable Edge Engine / WorkDesk local engine / Converged Hub / Server Unit / UNO pattern. | high-capacity AI/server Infra Engine / regional colo. | One repeatable infrastructure model across sites, regions, on-prem, co-lo, and hybrid paths. |
Start small. Add capacity. Build the estate.
One architecture from managed
capacity to on-premise packs,
colocation,
and AI-ready infrastructure.
Scale by adding Host Units, Infra Engines, UNO systems, sites, regions, storage, AI/GPU, ARK depth, Maestro depth, service layers, colocation, and support depth - without rebuilding the model every time.
| Business moment | What they buy | What they can do now | |
|---|---|---|---|
| Solo / Starter | One serious operator wants private systems without buying a full stack. | Shared TechE colo Host Units + Edge Engine / WorkDesk local engine. | WorkDesk/private systems, small local AI, edge/local control, hosted capacity. |
| Local Depth | The business needs more local processing, local data handling, and local AI/RAG-adjacent work. | Converged Hub / Server Unit. | Local compute, local storage, local apps, private data handling, local services, light AI/RAG-adjacent processing. |
| Team / Site Foundation | The office, clinic, warehouse, or branch needs organized infrastructure. | UNO 12U + Converged Hub / Server Unit / base system where scoped. | Repeatable site system, organized power/network/compute/storage layers, managed deployment path. |
| Full AI / Compute / Storage | The business needs serious private AI, compute, storage, document intelligence, RAG, or heavy workloads. | high-capacity AI/server Infra Engine 6U inside UNO 12U or regional colo. | Private AI, GPU-class workloads, heavy compute, large storage, Vault/archive/evidence paths where scoped. |
| Hybrid Estate | The business has multiple sites, regions, or placement needs. | Host Units + Edge Engine / WorkDesk local engine / Converged Hub / Server Unit / high-capacity AI/server Infra Engine / UNO mix. | Regional colo + on-prem + on-colo + retained public cloud where justified under one managed model. |
One system replaces the patchwork.
What you buy: Host Units, Infra Engines,
colocation, and on-premise
packs
The sellable infra model stays simple: Host Units measure managed capacity; Infra Engines deliver compute; the four on-premise SKU groups make the system understandable; colocation gives dedicated regional/private placement; on-premise packs make site infrastructure deployable; service layers make it managed.
AI WorkDesk is separate. It is a desk / endpoint / local-AI path. It can connect to Sovereign Infra Hosting where scoped, but it is not part of the Host Unit + four on-premise SKU-group model.
Edge Engine · WorkDesk · Converged Hub / Server Unit · UNO
Host Units are the managed capacity. Infra Engines are the compute elements. The on-premise SKU groups and UNO package those engines into complete deployable SMB infrastructure systems.
Host Units
Capacity
Infra Engines
roles
Four families
systems
Right-hosting
placement
Packs deployable scope
Operate prove
approve
Current infrastructure is not the enemy. Ungoverned infrastructure is.
Sovereign Infra Hosting
The managed infrastructure layer for SMB workloads.
Host Unit
The managed capacity measure used to price and size business workloads. It is not a raw VPS and not a physical server SKU.
Infra Engine
Any compute element that delivers Sovereign Infra capacity: Edge Engine, WorkDesk, Converged Hub, UNO-contained system, server, or rack-scale system.
Edge Engine
The room, local edge, local experience, small compute, entertainment/gaming, or site-control engine where scoped. SKU family 10.
WorkDesk
The user, desk, endpoint, virtual, physical, and AI WorkDesk engine path. SKU family 20.
Converged Hub / Server Unit
The site compute, storage, backup, local services, and SMB server infrastructure family. SKU family 30.
UNO
The private/site infrastructure cabinet and organized infrastructure system. SKU family 40.
AI capacity and sizing
AI sizing, GPU/vRAM, RAG, document intelligence, AI WorkDesk, AI-ready Host Units, and high-capacity AI/server capacity where scoped.
Colocation
Dedicated regional/private placement path for Host Units and Infra Engines. It is placement, not a separate product SKU unless separately defined.
On-premise pack
A buyer-ready on-site infrastructure package combining Host Units, Infra Engines, service scope, proof, and BOM.
Service layer
What TechE manages around the infrastructure: setup, monitoring, recovery, access, AI, lifecycle, support, and evidence.
Right-hosting
The placement method: hosted, colo, on-premise, public cloud where justified, or hybrid based on workload, recovery, cost, privacy, latency, and supportability.
Host Units are the managed capacity layer
Host Units make business
capacity measurable
Host Units are the managed capacity layer; Infra Engines, on-premise SKU groups, colocation, and packs are how that capacity becomes deployable. A Host Unit is the atomic managed-capacity measure inside Sovereign Infra Hosting. It is not a generic VPS, not raw EC2-style compute, and not a physical server SKU.
What it is
Managed capacity measure and commercial hosting unit.
Use it when
You want TechE-managed capacity before buying hardware, or you need regional/private capacity.
What it can run / support
WorkDesk backend, apps, private systems, AI/RAG, storage, regional workloads, and scoped operating capacity.
Example capacity
Use Sovereign Infra for real SMB workloads
Why the operating pressure is rising
How Sovereign Infra helps
WorkDesk backend
Capacity for hosted/private user work surfaces and daily business access.
Files / records / storage
Structured storage and business memory capacity.
Local AI / edge AI
Local processing, small-model support, AI-adjacent services, and edge control where scoped.
Site processing
Local workloads for clinics, warehouses, factories, offices, scanners, devices, cameras, workflows, or branches where scoped.
Operating recovery / continuity
Restore path, retention, recovery capacity, DR posture, and evidence where scoped.
On-prem / on-colo infrastructure
Host Units can run on TechE-standard on-prem, on-colo, or client-owned systems where local ownership or strategic placement justifies it.
Business apps
Runtime for private systems, portals, tools, and internal apps.
Private AI / RAG
Document intelligence, model routing, GPU/vRAM where scoped, and approved private data paths.
Compute / storage
Combined compute, storage, AI, and workload runtime capacity on Edge Engine / WorkDesk local engine, Converged Hub / Server Unit, high-capacity AI/server Infra Engine, or UNO patterns.
Workflow systems
Forms, tasks, dashboards, automation, and business process tools.
Regional workloads
Capacity near users, data, sites, privacy, region, or compliance/locality needs.
Managed Capacity - not another
chassis
Host Units keep workload capacity measurable, supported and location-independent
Four families. Distinct roles. One governed estate
Four families
Why purpose-built Infra Engines and
packs beat random hardware
Assessment, migration, onboarding, support, lifecycle and optimization make the architecture real.
family 10
Edge Engine 10
Room/local edge/local experience compute engine.
You need room, edge, entertainment/gaming, local experience, small site-control, or local edge capability where scoped.
Local edge roles, secure local control, experience systems, demo/pilot workloads, and small-site roles.
Configure Edge Engine.
family 20
WorkDesk 20
User/desk/endpoint work engine, virtual or physical, including AI WorkDesk where scoped.
You need managed work surfaces, endpoint compute, desk-local AI, or controlled workspace access.
WorkDesk, local endpoint compute, approved apps, AI WorkDesk, private workspace, and RAG front-end access where scoped.
Configure WorkDesk.
family 30
Converged Hub / Server Unit 30
Site compute, storage, backup, local services, and SMB server infrastructure.
Your office or site needs local compute, local storage, apps, private data handling, recovery cache, or first serious infrastructure.
Apps, files, local services, compute-storage, branch/site workloads, recovery, and AI-adjacent work where scoped.
Configure Converged Hub.
family 40
UNO 40
Private/site infrastructure cabinet and organized system.
A site, office, clinic, warehouse, or branch needs a complete organized TechE infrastructure stack.
Packages Infra Engines, power, network, local services, monitoring, and deployment structure where scoped.
Build UNO.
Colocation
On-premise packs
AI capacity and sizing
AI WorkDesk is separate and is not another product family.
What it is
AI sizing and managed AI capacity path.
Use it when
You need RAG, document intelligence, private AI, GPU/vRAM sizing, or AI Host capacity.
What it can run / support
24GB SFF professional GPU-class and above where scoped; 8GB vRAM remains Host Unit option only.
Buyer action
Request AI/GPU sizing.
AI WorkDesk
Endpoint And Local AI Desk Path.
AI-ready Host Units
Managed AI-ready capacity where useful.
High-capacity AI/server Infra Engine
Private AI, GPU-class workloads, serious compute and storage where scoped.
Validated relationship: workload → private data → compute → GPU/vRAM → storage → placement → power/thermal → proof.
Placement and regions
The implementation can vary.
The management model stays
governed by TechE.
Availability depends on workload, region, partner availability, and approved commercial scope.
TechE managed hosting
Use it when You want TechE-managed capacity without choosing AWS, Azure, colo, or office servers yourself.
Regional colo
Host Units
Use it when You need capacity in a specific region for data control, latency, privacy, recovery, or compliance-readiness.
AWS / Azure / GCP
where justified
Use it when a public cloud service is genuinely the right fit for burst, client requirement, cloud-native tools, or specialized services.
On-prem / on-colo TechE-standard systems where justified
Use it when A standardized TechE system should run at your office, site, or private colo because of local usage, data control, AI workload, recovery, continuity, or sovereignty.
Hybrid hosting path
Use it when Regional hosting, on-prem systems, private colo, retained cloud, and AI capacity need to work as one managed path.
How does the estate grow?
Scale path: Host Units to on-premise
packs without rebuilding the model
Local Depth
Site gains local apps, files, local processing, private data handling, and local AI/RAG-adjacent services.
Built from
Additional Converged Hub / Server Unit + ARK + Maestro where scoped.
Placement
Local site capacity linked with regional Host Units where useful.
SOHO / Desk Engine
One serious operator or micro-office gets local AI/control plus hosted capacity.
Built from
Edge Engine / WorkDesk local engine + Host Units + WorkDesk where scoped.
Placement
TechE managed hosting plus local Edge Engine / WorkDesk where needed.
Foundation Site
A site gets first serious local infrastructure.
Built from
Converged Hub / Server Unit + Host Units + ARK / Maestro where scoped.
Placement
On-premise, on-colo, or regional Host Units based on the site requirement.
Heavy AI / Compute / Storage
Site or colo adds private AI, heavy compute, large storage, RAG/document intelligence, Vault, archive, evidence, and GPU-class workloads where scoped.
Built from
high-capacity AI/server Infra Engine.
Placement
On-premise, on-colo, regional colocation, or hybrid based on data, power, thermal, privacy, latency, and supportability.
UNO 12U System
A site becomes a complete organized TechE infrastructure system.
Built from
UNO 12U packaging Edge Engine / WorkDesk local engine / Converged Hub / Server Unit / high-capacity AI/server Infra Engine where scoped.
Placement
On-premise or on-colo organized site system linked with regional Host Units where useful.
Hybrid Estate
Local site capacity links with regional/hosted capacity.
Built from
UNO + regional Host Units + cloud where justified.
Placement
UNO / local systems + regional Host Units + public cloud where justified.
Multi-Site Estate
Branches, offices, clinics, warehouses, or franchises repeat the same model.
Built from
Repeated Infra Engine / UNO patterns + regional Host Units.
Placement
Repeated site systems + regional Host Units / colocation under one managed model.
Different Placement. One Managed plane.
The implementation can vary while the operating model stays governed.
Capacity grows in governed steps
Start with placement, then add physical depth only where justified.
Raw cloud comparison
Raw cloud gives resources.
Sovereign Infra gives an operating path.
The correct comparison is not EC2 CPU/RAM price vs Host Unit price. Compare raw
cloud plus operations, monitoring, support, lifecycle, recovery posture, and governance against managed capacity plus a scoped TechE operating path.
| What it includes | Why it matters | |
|---|---|---|
| Capacity | Host Units, compute, storage, AI/GPU/vRAM where scoped, and system capacity across Infra Engines, colocation, on-premise packs, and UNO. | Capacity becomes measurable, placeable, and scalable. |
| Placement | TechE-managed hosting, regional colocation, private colocation, on-premise, public cloud where justified, or hybrid. | Systems run where they make business sense. |
| Monitoring / Maestro | Alerts, uptime, service health, visibility, reporting where scoped. | Hidden failure becomes visible. |
| Recovery posture / ARK | Restore path, retention, DR, evidence, and continuity design where scoped. | Recovery becomes part of the infrastructure operating model, not a separate tool decision. |
| TechE OS | Users, systems, inventory, lifecycle, governance, operating records. | Infrastructure drift becomes governed. |
| Support path | Response model, escalation, maintenance scope. | The SMB stops coordinating every vendor separately. |
| Sovereign Infra answer | |
|---|---|
| What CPU/RAM/storage do I rent? | What business workload must run, where, under what operating scope, and with what proof? |
| Who designs the architecture? | TechE maps capacity, placement, operating layer, proof, and scope. |
| Who monitors it? | Maestro / monitoring scope where approved. |
| Who thinks through recovery posture? | ARK / recovery posture where approved. |
| Who keeps it lifecycle-aware? | TechE OS / operating records / support scope where approved. |
| What happens | TechE path | |
|---|---|---|
| Buy a GPU box | One AI problem may improve, but power, cooling, drivers, data placement, security, lifecycle, and support remain. | Route through Edge Engine / WorkDesk local engine, Converged Hub / Server Unit, high-capacity AI/server Infra Engine, AI WorkDesk, or regional AI-ready Host Units. |
| Buy a NAS, mini server, or GPU box for one isolated need | You may solve one problem but create another island of power, cooling, storage, drivers, lifecycle, monitoring, and support. | Route the role through Edge Engine / WorkDesk local engine, Converged Hub / Server Unit, high-capacity AI/server Infra Engine, UNO, Host Units, or AI WorkDesk based on the scale path. |
| Rent raw cloud | Capacity arrives fast, but architecture, monitoring, lifecycle, recovery posture, and AI cost control remain your problem. | Use Host Units and placement strategy. |
| Depend only on MSP tickets | Someone responds, but the infrastructure may remain fragmented. | Use defined engines and packs, scope, proof, and operating records. |
Managed does not mean unlimited.
Operating scope is defined before claims are made.
Responsibility is explicit before scope is approved.
Proof, specifications, validation, and approval outputs
Proof, specifications, validation
See proof before approval—
without pretending every asset already exists.
No fake links until assets exist. Proof below is shown as a required configuration or approval output unless a live route is separately published.
Proof is shown honestly
Produced during configuration means the output is created for the selected path. Required before approval means validation must be completed before claims or approval.
Planned / publication pending is not a live download. Scope-dependent / not included requires explicit commercial and operating scope.
Host Unit
Capacity, region, placement, scope, and pricing anchor.
Exact required proof list
Host Unit capacity sheet; pricing anchor sheet; placement diagram; recovery / scope checklist; sample operating evidence pack.
Edge Engine / WorkDesk local engine
Small local / edge / AI-ready form factor.
Exact required proof list
Edge Engine / WorkDesk local engine spec sheet; Edge Engine / WorkDesk local engine pictures; Edge Engine / WorkDesk local engine deployment video; Edge Engine / WorkDesk local engine performance tests; Edge Engine / WorkDesk local engine thermal / noise sheet; Edge Engine / WorkDesk local engine validation evidence; Edge Engine / WorkDesk local engine deployment diagram.
Converged Hub / Server Unit - Family 30
Mid SMB Converged Hub / Server Unit path.
Exact required proof list
Converged Hub / Server Unit spec sheet; Converged Hub / Server Unit pictures; Converged Hub / Server Unit deployment video; Converged Hub / Server Unit performance tests; Converged Hub / Server Unit thermal / noise sheet; Converged Hub / Server Unit validation evidence; Converged Hub / Server Unit deployment diagram.
High-Capacity AI / Server Infra Engine
High-capacity AI/server Infra Engine path.
Exact required proof list
high-capacity AI/server Infra Engine spec sheet; high-capacity AI/server Infra Engine pictures; high-capacity AI/server Infra Engine deployment video; high-capacity AI/server Infra Engine GPU / AI performance tests; high-capacity AI/server Infra Engine thermal / noise sheet; high-capacity AI/server Infra Engine validation evidence; high-capacity AI/server Infra Engine deployment diagram.
UNO 12U
Complete site / on-colo / hybrid system container.
Exact required proof list
UNO spec sheet; UNO pictures; UNO deployment video; UNO configuration tests; UNO thermal / noise sheet; UNO validation evidence; UNO deployment diagram; UNO site checklist.
AI WorkDesk
Separate endpoint / local AI desk path.
Exact required proof list
AI WorkDesk spec sheet; local AI benchmark report; deployment video; validation evidence; endpoint-to-infra placement diagram.
| Anchor | |
|---|---|
| Host Unit | $25 per non-GPU Host Unit example anchor |
| 20 Host Units | $500/mo example non-GPU anchor |
| 40 Host Units | $1,000/mo example non-GPU anchor |
| Converged Hub / Server Unit path | priced by configuration; monthly model where scoped |
| UNO / base path | around $1,000/month where scoped |
| AI WorkDesk | around $500/month where scoped |
| High-capacity AI/server Infra Engine path | scoped |
| GPU/vRAM | separate; 8GB vRAM is Host Unit option only; AI class starts at 24GB SFF professional GPU-class |
Procurement decision summary
What is anchored, configured, proved, scoped, and approved.
Anchor versus configured amount
Host Unit examples are starting anchors. Product systems, AI/GPU, storage, recovery, field service, and complete site paths are configured and priced by approved scope.
Buying form
One SKU, built SKU / bundle, phased rollout, HaaS / monthly, owned / on-prem, or hybrid.
Proof before approval
Every item is labelled as produced during configuration, required before approval, planned / publication pending, or scope-dependent / not included.
Scope exclusions
AI/GPU, storage, HA, DR, recovery, retention, failover, restore testing, field service, device support, warranty / RMA, security posture, compliance evidence, and BAA / DPA terms require explicit approved scope.
TechE output
Recommended estate, capacity, product path, placement, operating scope, proof state, priced configuration, BOM, exclusions, and rollout path.
Buyer approval
Commercial priorities, operating expectations, proof review, exclusions, and approved scope before deployment.
Recovery is a path. Evidence makes it visible.
Production, backup, monitoring and change records remain connected.
Decision packets
What the buyer receives before approval
Business recognition and technical authority belong in the same decision path. Neither packet is a substitute for the other.
Business Orderability Packet
A concise owner, procurement and operating decision view.
What feels broken
Recommended starting point
Capability created
Placement
TechE management scope
Anchor versus configured price
Buying form
Proof state
Guardrail and exclusions
Add-next path
Correct next action
Technical Approval Packe
The architecture, deployment and validation view.
Workload
Architecture
Capacity
Role system
Placement
Bill of materials
Site readiness
Power, thermal and network
Recovery
Proof and evidence
Exclusions
Approval
Existing customers may enter directly at the current estate stage and add-next decision.
They are not forced to restart the entire buyer journey.
How you start
Pick the need. Pick the path.
See proof. Approve scope. Deploy.
No fake links until assets exist. Proof below is shown as a required configuration or approval output unless a live route is separately published.
Buyer inputs
TechE outputs
Proof + price
Approve
Deploy
Operate
Add next
Who operates the model
Technology systems need an
accountable operating philosophy
Review the TechE company, method, operating centers, and commitment behind the infrastructure path.
Tech-engineered managed infrastructure, finally governed.