The intelligence layer under your operation

Your data already
knows.
Prism is what
gets it to talk.

Prism sits across every meter, sensor, bill, log, and work order you already produce — and reconstructs your operation as a Live Graph: every facility, line, machine, and cost center on one model — a live, ML-reconciled view of the operation. The graph is the substrate. On top, seven analytical primitives chain into thousands of workflows — detecting, tracing, simulating, quantifying, and acting on what would have taken a cross-functional team six weeks to surface manually.

The substrateLive Graph · every entity, every relationship, every flow
What reaches your deskFindings with teeth · quantified · traced · cross-checked
What runs on topYour custom apps · workflows · dashboards · agents

One model of the operation.
Everything else runs on top.

Every industrial operation already generates the data it needs to run better — meters, sensors, bills, logs, work orders, SCADA, historians. The problem isn't data. The problem is that no two systems agree, most of it never reaches the people making decisions, and the part that does arrives too late to act on.

Prism is the intelligence layer that sits across all of it. It reconstructs your operation as a Live Graph — every facility, line, machine, and cost center on one continuously reconciled model — and runs seven analytical primitives on top: Ingest, Model, Detect, Trace, Simulate, Quantify, Act. Together they turn raw telemetry into quantified, traced, defensible findings your team can act on the same shift.

The rest of this page walks through it in order: what current tools miss, how the Live Graph works, who it's for across the value chain, the impact you should expect, how it compares to the alternatives, and how it stays auditable. Read straight through, or jump to the section that matters to your seat.

A conveyor at Terminal 3 draws 8% over baseline. Every current tool shows you that. None of them show you what comes next.

001 / the cascade nobody traces

The conveyor feeds the packaging line. The packaging line backs up into cold storage. Cold storage starts cycling. The electrical draw migrates three floors away.

Prism traces the cascade through the Live Graph — from the first anomalous amp to the cost center it lands in and the P&L line it hits. Automatically. While it's still happening.

1 signaltraced end-to-end across the plant
002 / the number nobody quantifies

Your current platform says “anomaly detected.” Your CFO doesn't act on anomalies. They act on dollars.

Every Prism finding ships with a quantified range, a confidence tier, and a counter that accumulates every second the finding sits unresolved. The number that makes the CFO act.

Quantifiedwith a range, a confidence, a clock
003 / the alert nobody trusts

Legacy tools flag everything. Your team muted the channel six months in.

Prism requires every finding to survive a chain of independent checks before it surfaces. When a finding reaches your desk, it has already earned the trip.

Silence
by default
noise stays noise

A full-fidelity model of the plant and the world around it — shared across every team, updated as reality does.

The Live Graph is the heart of Prism. A living, coordinated representation of every facility, line, machine, meter, contract, price curve, and crew — with the relationships between them tracked as the operation runs. Every Prism workflow reads from the graph, writes back to it, and can be composed from the same seven primitives on top.

LAYER / 01
What the plant is
Structural
Every asset, relationship, and flow — encoded as a first-class object. Equipment hierarchies, process lineages, contract coverage, org ownership. One source of truth the whole company shares.
  • Asset & equipment objects
  • Process & line lineage
  • Cost-center ownership
  • Contract & tariff coverage
LAYER / 02
What the plant is doing
Behavioral
Telemetry, state, and control — streamed from every meter, sensor, bill, log, and work order and fused into the graph. The plant's live state, not a snapshot.
  • Real-time sensor & meter streams
  • Control-loop state & setpoints
  • Event, alarm & work-order history
  • Physics-based model outputs
LAYER / 03
What the plant costs
Economic
Every object, event, and deviation quantified in dollars — with calibrated ranges, confidence tiers, and a counter that runs the moment something drifts. This is the layer no other platform has.
  • Quantified deviations, not anomalies
  • Counterfactual P&L on every action
  • Full uncertainty bounds, never point
  • CFO-defensible, audit-traceable

Compose it. Instrument it. Operate through it.

01Integration with purpose
Compose
Pull data, models, and processes from every corner of the operation — ERPs, historians, SCADA, bills, spreadsheets, documents — and fuse them into a single dynamic foundation. Vendor-agnostic by design.
02From data to decisions
Instrument
Turn raw streams and static models into real-world objects, relations, actions, and cost impacts. The moment something deviates, the graph already knows who owns it and what it costs.
03Workflows on the substrate
Operate
Build scalable, sophisticated workflows on top — quantified findings, bounded-autonomous agents, custom ops apps — all reading and writing the same graph. Change a primitive, every workflow that uses it updates.

Seven primitives. Every workflow chains from them.

Seven primitives that compose into thousands of workflows — configured per-domain, not rewritten. The same substrate that models a steam trap leak at a refinery models a cooling anomaly at a data center. Hover each to see what it does.

Detect
Engine
Flag anomalies, inefficiencies, and opportunities. Every flag survives a chain of independent checks before it surfaces.
Multi-layer consensus · robust statistics · ML ensemble

One graph for the operation. Every vertical where energy is first-order.

Prism is purpose-built for any operation where energy isn't a footnote. Energy companies running the value chain. Hyperscalers and industrials where megawatts are the constraint on growth. Operators who need to make their plant more legible, more confident, more directly manipulatable — and who treat the savings that follow as the natural consequence, not the brief.

Click a vertical to see what Prism monitors, what it lets you simulate, and what it helps you operate toward.

Monitor →
The entire value chain — sandface to export to refined product — on one interactive graph. Subsurface, topside, pipelines, storage, and process units reconciled live against physics baselines.
Simulate →
Change a compressor setpoint upstream and see the plant respond downstream. Chain scenarios across subsea, topside, midstream logistics, and refinery units — not one simulator at a time.
Operate →
Engineers, schedulers, and commercial teams speak one language across the value chain. Decisions judged end-to-end, with confidence bounds that hold up to audit.
Monitor →
Every unit's heat rate, fuel mix, and availability live on the Live Graph. Transmission health and grid exposure fused in. Fleet-wide cohort benchmarking built in.
Simulate →
Dispatch under volatile fuel, emissions, and grid-price scenarios. See merit order and transmission constraints respond before you commit.
Operate →
Unit-commitment, outage planning, and ancillary-services decisions made on one shared substrate — not four spreadsheets and a phone call.
Monitor →
Immediate notification on any tracker, string, turbine, or inverter needing attention. Yield-vs-resource across every site and hybrid plant, always current.
Simulate →
Test curtailment, storage dispatch, and retrofit scenarios against merit-order reality. Investment trade-offs made defensible.
Operate →
Crew-routing and intervention decisions prioritized by impact, not ticket age. Bounded-autonomous responses within operator tolerances.
Monitor →
Every kiln, furnace, mill, reactor, and utility on one graph. Energy intensity per unit of output live, reconciled continuously — not at month-end.
Simulate →
Test shift schedules, recipe changes, and fuel switches before you touch the plant. Changes chain through every downstream unit and utility tie-in.
Operate →
Operators, schedulers, and engineers work off the same graph. No translation layer, no reporting delay, no blind spots between shifts.
Monitor →
Comminution circuits, haul-fleet telemetry, mill loads, and port logistics on one graph. Energy and fuel per tonne live across every stage.
Simulate →
Test ore-blend changes, fleet deployment, and mill-circuit reconfigurations. See the energy and throughput trade-offs before committing to the plan.
Operate →
Operations and planning teams see the same substrate — pit to port. Decisions made on streaming evidence, not weekly reports.
Monitor →
Cooling, grid-draw, PUE, and workload fused in one live picture. ML-driven weather and grid forecasts sit inside the graph, not beside it.
Simulate →
Capacity, cooling, and emissions trade-offs under real workload. Site-selection and placement decisions made legible.
Operate →
Keep SLAs, keep the grid happy. Demand-response and emergency workflows fire from the graph — not from four vendor consoles.
Monitor →
Fuel burn per voyage, per route, per asset. Cold-chain integrity, port energy, and terminal grid exposure fused with fleet telemetry.
Simulate →
Test routing, bunkering, and electrification scenarios. See the fuel, emissions, and SLA trade-offs across the whole network before you commit.
Operate →
Operations, commercial, and sustainability teams work off one shared view of the fleet and network. Deviation surfaces before it becomes disruption.
Monitor →
Every BMS, chiller plant, submeter, and tenant-load profile on one graph. Portfolio energy intensity per square foot, live across every asset.
Simulate →
Test retrofits, tenant mix changes, and district-energy tie-ins. See the capital and operating trade-offs quantified against real tenant behavior.
Operate →
Facilities, sustainability, and asset managers see the same substrate. Lease-up, capex, and ESG decisions made on streaming evidence.
Monitor →
Site power, gensets, and construction-phase energy on one graph. Embodied carbon and scope 3 exposure tracked continuously across active projects.
Simulate →
Test site-power strategies, genset vs. grid tie-in, and low-carbon material scenarios. See the cost, schedule, and carbon trade-offs quantified together.
Operate →
Project, operations, and sustainability teams see the same numbers — no monthly reconciliation, no scope-3 surprises at handover.
Monitor →
Pumps, treatment trains, transit traction loads, and district services fused in one live picture. Asset health and energy intensity visible by ratepayer segment.
Simulate →
Test demand-management, capex sequencing, and resiliency scenarios. See the service, cost, and emissions trade-offs before the board meeting.
Operate →
Operations, planning, and regulatory teams work off one defensible substrate. Rate cases and resiliency plans backed by streaming evidence.
Monitor →
Scope 1 & 2 derived from live operational data. Satellite, methane imagery, and sensor data fused with plant telemetry on one view.
Simulate →
Run decarbonization strategy against real plant physics. Equipment upgrade vs. long-term asset investment, with calibrated bounds.
Operate →
Automated reporting with full data lineage to source. Reduction goals tracked year-over-year, defensible from sensor to statement.
Monitor →
Stand up a Live Graph on a client's or target's operation in days. Existing data, existing sensors — no rip-and-replace, no 18-month integration.
Simulate →
Test the thesis against plant physics. What does the target's real energy, uptime, and loss profile say — before the deal closes?
Operate →
Findings land as quantified, bounded deliverables. Valuation, capex plans, and post-close operating playbooks rooted in streaming evidence, not a PDF.
Reconciliation cadence
Live
The graph re-reconciles against physics and ML baselines continuously — sub-second on streaming telemetry, minutes on batch feeds. Your ops view is never more than one cycle behind reality.
Ingest → quantified finding
Minutes
The first quantified, ranked finding lands before your coffee cools. Not weeks, not days, not after the analyst gets back from vacation.
Every dollar, every time
Bounded
Ranges and confidence tiers on every figure. No lone headline number. No number you can't defend in the CFO's office.
Portfolio scale
5–500+
One facility or five hundred. Regional operator or global portfolio. Same substrate, same day-one performance, same day-one economics.

An AI-powered intelligence platform for the entire operation.

A full-fidelity digital rendering of the business — every asset, every flow, every contract, every decision, from the largest turbine to the smallest meter — reconciled live and built to be acted on. Enterprise data platforms give you a warehouse. Vendor systems give you a silo. Prism is the substrate underneath.

Capability Caelon PrismEnterprise data platformsVendor BMS / OT incumbentsCarbon accounting toolsBill / benchmark software
Vendor-agnostic ingest Full Full Own hardware only No Bills only
Cross-checked findings · no noise Built-in Build your own Threshold alerts N/A Threshold alerts
Quantified recommendations, not charts On every finding If you build it No No No
Autonomous action + safety bounds First-class No Within own hardware No No
3D explorable operational clone Included DIY Partial No No
Private API, MCP, SDK for custom apps Day one Enterprise only Limited Limited No
Exports to your existing BI / reporting Plug-and-play Yes Partial Partial Partial
Time to stand upWeeksMany monthsMonthsWeeksWeeks
Embedded engineers required No Often Often No No
● = full / ◐ = partial / ○ = not supported. Descriptive category shapes, Q1 2026. Specific vendors vary within each category.

Deterministic math. Full lineage. Zero black box.

Every finding ships with its data lineage, the checks it survived, the scenario assumptions it rests on, and the exact code version that produced it. Rerun the number five years later. Get the same number. Byte-identical. That's what audit-grade regulated industries require — and what no black-box AI tool can provide.

Certifications current as of Q1 2026. SOC 2 Type II audited annually by [auditor].

Attestation 01SOC 2 Type IISecurity, availability, confidentiality controls audited annually.
Attestation 02ISO 27001Information security management system certified.
DeploymentSingle-tenant VPCYour data never leaves your cloud. Bring-your-own-key encryption.
InferenceDeterministic replayEvery finding reproducible bit-for-bit from source data & code version.

Every Prism primitive, named.

The flat list. No icons. No marketing. Each one is a thing in the product, documented, tested, and composable with the rest. Every workflow in Prism is one of these — or a chain of them — applied to the Live Graph.

Your operation runs itself better when you can see it, trust it, and act on it.

Tell us about the operation. We'll get back to you with the right next step — a working session, a technical deep-dive, or a conversation with the team already solving what you're solving.

We read every one. No lists, no drip.