Preserve what works. Add intelligence locally.
Existing Supermicro systems, storage, applications, and internal services remain in place. Centillion OPODA adds a governed local data and AI plane on existing Xeon, with a Dell PowerEdge Intel B70 node for workloads that require GPU acceleration.
Architecture gap closure dashboard
This view separates what is defined, what is a reference design, and what still needs a Trifluent, Centillion, Intel, or Dell decision. Counts describe documentation and decision coverage, not implementation completion.
Interactive visual blueprints
Prior Centillion Figma-style system maps have been rebuilt as clickable Trifluent views. Switch the lens, inspect any block, and jump from the visual to the detailed operating module.
Detailed node-level reference architecture
Select a business path, then click any node. The visual distinguishes documented capabilities, proposed extensions, external services, and pending validation.
Physical and logical deployment topology
This closes the gap between the conceptual architecture and the hardware actually discussed: existing Supermicro infrastructure and Xeon remain in place; a Dell PowerEdge B70 reference node is added locally; external media connectivity remains a separate optional boundary.
Constrained MCP request trace
Run a Trifluent-specific question through the cascading control plane. The simulation exposes only the next valid capability and shows where policy limits or blocks execution. It does not query live data.
Select a path and run the trace
The model begins with business intent. It does not receive the entire source catalog, raw schema, or unrestricted execution surface.
Trifluent workflow simulator
Choose the problem being solved. The page converts each use case into a clickable operational journey and can highlight the corresponding architecture path.
HCP acquisition and targeting
Local data-feed explorer
Visualizes the current governed object-store pattern and the Trifluent feed domains requested for the reference architecture. Feed names do not imply unrestricted activation rights.
Feed domains
Select a folder to inspect its role, proposed namespace, identity risk, and use in OPODA.
Local data contract and lineage
The feed explorer names the logical domains. This view closes the implementation gap by defining grain, canonical key, access posture, sensitivity, allowed use, blocked use, owner, freshness, retention, and lifecycle for each domain.
Permitted use
Blocked by default
Provider identity-linkage explorer
Click an identifier to see how it can contribute to HCP resolution, what should remain local, and what may be transformed for approved activation. No actual personal records are displayed.
Provider-resolution policy simulator
This closes the gap between “available identity fields” and “permitted output.” Select the purpose and signals. The rule engine returns local-only, activation-candidate, manual-review, or blocked—without displaying or processing real people.
HCP campaign operating model
Current Trifluent planning patterns are expressed as an interactive funnel, audience definition, and deterministic naming contract. No live performance is implied.
Campaign, creative, and HCP review gate
The existing builder creates an audience planning string. This module closes the remaining hierarchy and review gaps by generating separate campaign, audience, and creative contracts with deterministic validation.
Meta Ads MCP BI closed loop
Directional targeting and reporting are shown separately. The core can remain air-gapped; live activation requires the optional controlled egress bridge.
Clickable metric dictionary
Definitions and data readiness replace fabricated dashboard values. Select a metric to see source, formula, grain, and limitations.
Spend
Delivery metrics do not establish provider identity or business outcome on their own.
Activation and reporting connector contract
This closes the boundary-design gap by making outbound targeting and inbound reporting separate permission sets. Select the platform and fields; the generated contract updates without touching live systems.
Targeting payload
Only fields supported by the approved platform workflow should leave the internal network.
Reporting payload
Only the approved metric and lineage schema should return through the reporting connector.
Interactive Xeon → B70 workload router
Adjust the workload. The simulator applies an illustrative Xeon-first policy and explains why a task stays on CPU or escalates to the Dell B70 node.
Keep this workload on existing Xeon
Existing Xeon
OPODA services, analytics, embeddings, agents, and CPU inference using the local Intel software path.
Dell + B70
GPU acceleration for larger models, higher concurrency, aggressive latency, or sustained throughput.
One-click local model deployment experience
This interactive mock follows the verified Centillion sovereign-stack installer sequence: hardware scan, profile recommendation, model choice, local data configuration, secrets, launch, and health/system map.
Trifluent × Intel case-study measurement workspace
The case-study story should be generated from measured evidence, not marketing assumptions. Enter baseline and accelerated results locally; the page calculates directional differences and drafts a narrative using only completed fields.
| Metric | Unit | Direction | Existing Xeon baseline | Dell B70 accelerated | Difference | Evidence / note |
|---|
No measured comparison yet
- Same approved workload, model, prompt set, quantization, context, and output-quality review.
- No source-data egress from the local core.
- Health, rollback, route, and failure behavior documented.
- B70 adopted only where it materially improves the agreed SLA or economics.
- Prescription lift, sales lift, and ROI remain separate downstream evidence layers.
Three valid operating modes
Data, identity, models, prompts, results, and BI remain local in the first two modes. Live media activation and reporting are a separate, narrowly governed connection available only in controlled-activation mode.
Offline operations, failure isolation, and rollback
A local architecture is incomplete without an operating lifecycle. Select a failure to see the required containment, fallback, evidence, and recovery behavior. RTO and RPO remain Trifluent decisions.
- Import a signed and approved release/model bundle through the permitted operational channel.
- Verify identity, checksum, manifest, software bill of materials, compatibility, and free capacity.
- Stage without destroying the active version or source data.
- Run health, model, MCP, data-source, and receipt smoke tests.
- Promote only after objective gates pass; retain the prior verified version.
- Rollback automatically or manually if readiness, latency, correctness, or access controls fail.
- Inventory services, ports, models, data sources, memory, route status, and network posture.
- Separate application health from model readiness and data-source reachability.
- Alert on stale feeds, identity conflicts, policy denials, bridge failures, and compute saturation.
- Keep private execution receipts separate from activation/reporting receipts.
- Define backup scope, restore test cadence, RTO, RPO, certificate rotation, and secret rotation with Trifluent IT.
Evidence and readiness ledger
Separates what has been documented, what is an architecture proposal, what has a prior proof point, and what still needs production validation.
Trifluent implementation decision register
Use this meeting workspace to close the remaining ownership and configuration gaps. Changes are saved only in the local browser and can be exported as JSON or CSV.
| Decision | Accountable owner | Status | Target / dependency | Working note |
|---|
Phased deployment and decision gates
Each phase produces evidence required by the next. No B70 routing or business-lift claim is treated as complete before measurement.
Architecture decisions
Click any note for the decision rationale, boundary, and unresolved dependencies.