One read-only platform for plants, power and fleets. Zeus Olympus brings EngineVision, PowerVision and FleetVision together, watches every critical machine, power asset and vehicle and tells each department what to fix first and what waiting would cost before it stops production.
Zeus Olympus is one platform built from three proven modules: PowerVision for plant and power, EngineVision for machine health and FleetVision for vehicles. Together they read the data your plant already records, find the early signs of failure and turn each one into a clear decision with its cost attached.
It is not a control system and it does not replace your DCS, SCADA or ERP. Olympus sits on top of what you already run, connecting signals that today live in separate departments.
Read-only. It only ever listens; it never sends a command to any equipment.
| Syngas compressor C-101Drive-end bearing wear, about 38 days left | ACTION |
| Gas turbine GT-1Burner temperature spread rising | WATCH |
| Ammonia synthesis loopWithin normal range | STABLE |
| Urea plantWithin normal range | STABLE |
| Delivery fleet, 42 trucks1 truck cooling fault forming | WATCH |
Live scenario
Pick your industry, then a scene and press play. Each one follows a real kind of failure from the first faint signal to the decision that prevents it across fertilizer, solar, power, factories, textile, cement, oil & gas and food.
Act 1 of 5
Press play to start the scene.
Illustrative simulation built on how the platform works. Figures are representative examples, not results from a specific customer. A pilot replaces them with your own numbers.
The data to predict most failures already exists. It sits in separate systems, owned by separate departments and nobody connects the signals in time.
A single compressor or turbine trip can halt a continuous-process plant for days, with losses that run into the hundreds of millions.
Operations, maintenance, power and logistics each see one part of the picture. No one sees the chain of cause and cost.
Spare parts and maintenance follow the calendar, not the actual condition of the equipment. Capital is tied up in the wrong stock.
Begin with the module that addresses your largest risk and extend over time. One data layer, one login and one executive view while each team sees only what matters to them.
Read-only connection to control systems and historians. Energy per ton produced, efficiency drift and the health of turbines, generators and boilers.
Vibration and performance analysis for compressors, pumps, motors and engines. Remaining life, probability of failure and a ranked repair list.
Engine data from any truck make or model, roadside breakdown prediction, route and fuel analysis and driver safety events.
Turns every warning into the right spare part, ordered in time and an approved work order delivered into SAP, Maximo, Odoo or Jira.
A prediction only saves money when the right part is on the shelf and the job is in the plan. Maintenance & Spares takes every warning from PowerVision, EngineVision and FleetVision and turns it into a parts decision, a work order and a purchase request in the systems your teams already use.
Any Olympus module flags a component, with its evidence and the time left before it fails.
Each warning is matched to the asset's parts list, your stock and your supplier lead times: covered, order now, order later, or expedite.
A draft work order and purchase request are prepared. Nothing leaves Olympus until your planner or buyer approves it.
Approved records are created in your ERP, CMMS or Jira and their reference numbers come back into Olympus.
Six real kinds of failure across six industries. Watch what happens to each one when the part is ordered after it breaks and when Olympus orders it in time.
Illustrative scenarios built on how the platform plans spares. Lead times, dates and costs are representative, not results from a named customer; a pilot replaces them with your own.
See at a glance which parts will arrive before the predicted failure and which will not, so expediting is a decision made weeks early, not a panic.
Inventory is reviewed against predicted need rather than the calendar: shortfalls are flagged early and idle or excess stock is surfaced for review.
Each warning carries the cost of letting it fail, built from your own downtime figures. Where a figure is missing, Olympus says so rather than guessing.
Every work order and purchase request is reviewed by a person first. Nothing is ever sent twice and every decision is in the audit trail.
Suppliers, parts, stock and parts lists import from the files your ERP already produces, so onboarding is a data load, not a data-entry project.
Before delivery, Olympus shows exactly what will be created in your system and flags anything not yet mapped to your own numbering.
No new screen for your planners and buyers to learn. Approved records appear in your existing ERP, CMMS or work-tracking tool, using your own plants, sites, projects and part numbers.
How we connect: start with file import, move to your integration platform, then a direct connection configured with your ERP team and verified in your own test system before anything reaches production.
Ordinary alarms tell you a machine has already tripped. Olympus watches the trend of each asset's own signals and tells you which one is going to fail and roughly when and follows that warning across every department.
A bearing pattern shifts or a burner runs hotter. Nothing has tripped and no alarm fires.
The asset is marked WATCH or ACTION, with the likely part and an estimated time to failure.
Stores orders the part, maintenance plans the window, logistics adjusts deliveries.
A planned job replaces a forced outage. Production keeps running.
Point tools show live numbers for one asset class and ring an alarm when a line is crossed reactive, siloed and unable to tell a CEO why a decision was made. Olympus predicts early, ranks the whole operation by business impact, links each warning to parts and logistics and proves every call.
Each scenario shows the signal Olympus reads, the decision it supports and the outcome it protects.
Challenge: bearing wear on the main compressor builds silently, well below any alarm limit.
With Olympus: the defect pattern is detected on day 12, the part is ordered and the bearing is replaced in a planned window.
Result: an 8-hour planned job instead of a multi-day plant trip.
Challenge: one burner drifts hotter than its neighbours, wasting gas and heading toward hot-section damage.
With Olympus: the drift is flagged with the likely worn nozzle and inspected at the next scheduled stop.
Result: gas waste stopped and no forced outage.
Challenge: rising coolant temperature and a fast-filling exhaust filter point toward a highway derate.
With Olympus: the truck is serviced overnight at the depot and its load moved to another vehicle.
Result: no roadside breakdown, deliveries kept on schedule.
Representative scenarios based on the platform’s real capabilities; figures illustrate typical outcomes and are established on your own operation during a proof-of-value engagement.
Olympus reads from existing control, historian, vehicle and business systems through a one-way collection layer. Nothing is replaced and nothing flows back to your equipment.
Wherever large machines run around the clock and a stop is expensive, Olympus applies the same discipline.
Protect ammonia and urea output, reduce gas per ton and monitor captive power and distribution.
Pumps, compressors and heat exchangers across continuous lines.
Kilns, mills, fans and heavy haulage.
Large motor populations and energy cost per unit.
Turbines, gensets, inverters and transformers, with losses separated by cause.
Compression, pumping and on-site power, plus tanker fleets.
Processing, cooling and packaging line availability.
Trucks, buses and off-highway equipment kept in service.
Zeus Olympus is engineered to read equipment and consume telemetry the way these standards intend read-only toward every asset, evidence-first and safe around operational technology.
Standard names denote the frameworks Zeus Olympus is engineered to align with and support; they do not imply certification unless separately stated for a given engagement.
CEOs and plant directors, heads of reliability and maintenance, energy and power managers, procurement and logistics leads anyone accountable for uptime, cost and safety across plant, power and fleet.
Runs on your LAN, in your cloud, or fully air-gapped, on hardware separate from your control network. Multi-tenant from one install, so each business unit or plant stays isolated. Reads the systems you already have; no rip-and-replace.
Pick one critical asset line. We connect read-only, learn how it normally runs and report findings to your leadership team.
Read-only link to existing data sources, with no change to the plant.
Olympus learns the normal behaviour of each monitored machine.
Early warnings begin, each with the evidence behind it.
An executive report of findings, avoided risk and a rollout plan.
Arrange an executive briefing for your leadership and engineering teams, built around the machines that carry the most risk in your operation then a read-only pilot with zero risk to any asset.
PowerVision, EngineVision and FleetVision one read-only, evidence-first platform.
Zeus Olympus is read-only by design it reads plant, power and vehicle equipment and never sends control commands. Zeus Olympus and its read-only predictive architecture are patent pending. Maintenance & Spares connections to your ERP, CMMS or Jira are configured with your team and verified in your own test environment during onboarding. SAP, S/4HANA, IBM Maximo, Odoo and Jira are trademarks of their respective owners; Cyber Zeus is not affiliated with them. Results are established on your own operation during a proof-of-value engagement.
