Industry solution
Keep every well, mine and wind farm on one operating record
Reliability, production, offtake, emissions and site security for energy, mining and utility operators, on products that work together.
The problem
Operators run remote, costly assets on scattered systems. Trips, leaks, stockpiles, permits and crew certifications live in different tools, so problems reach the people who can act on them days late.
Energy, mining and utility operators run physical assets that are spread out, remote and expensive to stop. A compressor station, a concentrator or a substation can sit hours from the nearest office, and the information about it is just as scattered: sensor history in a historian, downtime in a spreadsheet, maintenance in a separate system, contracts in email and permits in PDFs. Every team keeps its own version of the truth, and the numbers only meet at month-end.
The pressures pull against each other. Operations wants uptime; the commercial desk has cargoes nominated against output that has not been produced yet; environment teams face rising expectations on methane, flaring and mine water; security teams watch remote sites that attract theft and intrusion, on OT networks that need as much care as IT. The energy transition adds wind, solar and new minerals to portfolios built around a single commodity.
What is missing is less another point tool than a shared operating record: one place where a trip, a leak, a stockpile, a lapsed certification and a fence cut are logged once, tied to the asset they belong to, and handed to the team that has to act. That is the gap this solution concept is designed to close.
General manager, operations
One view of production, reliability, cargo risk and emissions across sites, without waiting for month-end reconciliation.
Maintenance, reliability and turnaround lead
Which compressors, pumps and mills fail most and what each failure costs, and turnaround scopes staffed with qualified crews weeks before day one.
Renewables and network asset manager
Turbine and substation availability, lost generation by cause, and repairs scheduled before the next weather window.
Commercial and marketing manager
Cargo nominations backed by stock and output they can trust, with early warning when a laycan is at risk.
Environment and emissions lead
Leak, flare and water-monitoring records that trace to field evidence and hold up in front of a verifier or regulator.
Site security and OT lead
Physical alarms, patrol reports and OT configuration drift for each critical site on one timeline, owned by one case.
A day in the life
Nomvula Mokoena runs operations at Brackenfold Resources, a fictional mid-sized producer with a gas gathering network and processing plant, an open-pit copper mine with its own concentrator, and a wind farm that sells into the grid. Her week crosses the control room, the commercial desk, the environment team and site security. This is how it goes when those teams work from different systems, and where Burdenoff products are designed to step in.
Monday, 03:10
Nomvula wakes to a message from the night control room: a compressor at Booster Station 3 has tripped again, and the station is flaring while it restarts. On the 07:00 call Aroha, the reliability engineer, asks the two questions nobody can answer: how much gas did that cost, and why does the same machine keep failing?
How this is solved: Repeat trips on production-critical equipmentMonday, 07:30
Later on the same call, someone mentions in passing that a mill at the Greyspur concentrator lost most of the weekend. Nobody thinks of the concentrate vessel due at the port in nine days. On Thursday Daniel, on the commercial desk, hears about it from the rail contractor and wonders why the plant knew on Monday and he did not.
How this is solved: Concentrate shortfall before a vessel laycanTuesday, 10:15
Luis finishes the morning's leak survey with two finds written on paper tags and a video of a venting hatch on his own phone. Priya, who owns the emissions numbers, will not see either until quarter end, and she already knows Monday's flaring will be an estimate. Which leaks were actually fixed, and how would she prove it?
How this is solved: Methane leaks and flaring kept on the recordWednesday, 06:00
Before dawn, a monitoring bore below the tailings storage facility at Greyspur crosses the level set in its water license, and nobody is watching. Mariana, the environmental superintendent, hears about it from a contractor late in the morning. She loses the afternoon to one question: is this a real exceedance or a fouled probe?
How this is solved: Mine water readings and license conditionsWednesday, 23:40
Hamid's phone rings just before midnight: the fence alarm at the Tallow Ridge substation has tripped, and the patrol has found a cut. He remembers a break-in attempt at the gas plant two nights earlier. The next morning Sun-hee, in operational technology (OT) engineering, finds a problem of her own on the substation's network, and nobody is sure whose incident this now is.
How this is solved: Security at substations, plants and remote padsThursday, 14:00
With three weeks to go, Siobhan, who runs the gas plant's Train 2 turnaround, opens her contractor spreadsheet again. The scope keeps growing, and every answer about who is qualified sits in someone's inbox. How many gaps will she only find on day one?
How this is solved: Qualified, in-date crews for the plant turnaroundOn Friday Nomvula opens the weekly operations review. In this illustrative future, the week sits on one console: K-302 and a wind turbine gearbox at the top of the bad-actor board with their lost output and repairs planned, the concentrate cargo flagged on Monday, the Pad 14 leak repaired and awaiting re-survey, the bore reading checked against the license, the substation case open with both fixes on record, and the turnaround gaps being filled.
Challenges and how they are solved
Each challenge shows the problem as it happens, how the products are designed to hand work to each other, and the concepts that illustrate it. Share any challenge on its own.
Answers are in plain business terms. Choose Technical, or open any technical detail, to see how it works under the hood.
Challenge 1 of 6
At 03:10 the second-stage compressor at Booster Station 3 trips on high vibration, its third trip this quarter. The night operator resets it, writes "K-302 tripped, reset OK" in the shift log, and the station flares while it comes back up. On the morning call nobody can say how much gas was deferred, whether this is the same bearing fault as last month, or whether that corrective work order was ever closed. At the Tallow Ridge wind farm, turbine WTG-07 has shut down three times on high gearbox oil temperature, and its lost megawatt-hours sit in yet another spreadsheet. Vibration history lives in the historian, downtime in spreadsheets and maintenance in a separate system, so equipment keeps getting reset instead of fixed.
Deferred production is booked late or not at all, bad actors stay invisible, and reliability engineers spend the morning reconstructing events instead of planning the repair that would stop the next trip.
When a compressor or wind turbine trips, AssetHandler is designed to log it once against that machine, and FluidGrids passes the lost hours to TheGlobalFuel, which shows the gas or power lost against plan that morning. AssetHandler ranks the machines that trip most, with what each has cost and its open repair job beside it, so the reliability engineer fixes the worst ones first.
Technical detail
AssetHandler holds the compressor as an asset with its work order and maintenance history, and is designed to add its trip log and vibration trend and rank it on a bad-actor board with the pumps, mills and wind turbine gearboxes, by repeat trips, downtime and open corrective work. When a trip is logged against the asset, a FluidGrids automation, started by a webhook or API call, is designed to post the downtime hours and work order number against Booster Station 3 in TheGlobalFuel, on the same production record as the day's volume. Turbine outages are booked the same way, as lost MWh against the Tallow Ridge wind farm. TheGlobalFuel is designed to show the shortfall against plan, and that deferred volume is designed to flow back onto the AssetHandler board, so the reliability engineer sees what each failure costs beside its repair history and raises the corrective work order against the right asset, not a shift-log line.
Every trip is designed to be logged once, costed in deferred volume and tied to a work order, so the team can fix its worst actors first instead of resetting them again.
AssetHandler
Ranks compressors, pumps, mills and wind turbine gearboxes by repeat trips, downtime and deferred gas or lost generation, with the open work order beside each one.
Works with TheGlobalFuel, FluidGrids
TheGlobalFuel
Records each period's volume and downtime hours per asset, in gas volume for the station and MWh for the wind farm, so output lost to a trip is booked the same morning.
FluidGrids
The canvas where the trip-to-downtime automation is drawn, starting from a webhook or API-call trigger when a trip is logged.
Challenge 2 of 6
At the Monday production meeting the concentrator reports that mill 2 was down for most of the weekend with a liner failure. Nobody connects it to the cargo: a copper concentrate vessel opens its laycan at the port in nine days, the stockpile there is below the nominated tonnage, and two trains of concentrate are still at the mine waiting on assays. The commercial manager finds out on Thursday, from the rail contractor, leaving little time to talk to the buyer about tolerance or a revised nomination.
Late surprises put demurrage, a short-loaded vessel or a strained buyer relationship on the table, and the commercial desk negotiates from a weak position because the operational picture reaches it days late.
TheGlobalFuel is designed to set each nominated cargo against port stock, concentrate in transit and planned output, and flag any falling short before the laycan (loading window) opens. FluidGrids copies the mill repair and its expected back-in-service date from AssetHandler, so the cargo board shows the cause. The commercial desk sees the risk on Monday, with time to talk to the buyer, and BigConsole shows it in the portfolio review.
Technical detail
TheGlobalFuel holds the offtake contract, the concentrate lots at the mine and the port by grade and status, and the rail shipments between them, and its cargo readiness board is designed to compare stock on hand, material in transit and planned output from the production plan with the nominated tonnage for each laycan. The mill outage is logged in AssetHandler as a work order with its expected return to service, and a FluidGrids automation is designed to copy the work order number and that date onto the concentrator's production record, so the board can show it as the cause of the gap. FluidGrids can also push production and stockpile figures into BigConsole datasinks, where the portfolio console shows the shortfall, and an Explain panel, on BigConsole's roadmap, is designed to cite the sink and field behind each change. The commercial desk sees the risk on Monday afternoon, with room left to talk to the buyer.
The commercial desk is designed to see cargo risk the day it appears, with the operational cause attached, and to plan nominations against stock it can trust.
TheGlobalFuel
Sets port stockpile, concentrate in transit and planned output against each nominated cargo, and flags the ones below tolerance before the laycan opens.
Works with AssetHandler, FluidGrids, BigConsole
AssetHandler
Carries the mill 2 liner repair as a work order with its priority, assignee and expected return to service, the cause the readiness board points to.
BigConsole
Is designed to explain on the weekly portfolio console why concentrate stocks fell, citing the datasink and field behind each finding. The Explain panel is on BigConsole's roadmap.
Challenge 3 of 6
On Tuesday a technician working through the quarterly leak survey with an optical gas imaging camera finds a thief hatch venting on a condensate tank at Pad 14, and a leaking valve packing at the gas plant. Both go on a paper tag sheet. The repair requests go out by email; one is fixed on Friday, the other is never re-surveyed. Monday's flaring during the compressor trip is estimated from memory. At quarter end the emissions lead rebuilds Scope 1 from survey sheets, flare meter exports and fuel invoices, and cannot show which leaks were repaired and confirmed.
Leaks stay open longer than they should, repair and re-survey dates are hard to evidence, and the Scope 1 figure a verifier or regulator sees rests on spreadsheets nobody can fully trace.
Each leak is designed to be logged in EcoImpactHub from a phone in the field, with a photo and location, not on a paper tag. A leak that needs fixing becomes an AssetHandler job, and the repair and re-survey dates come back to the leak. FluidGrids passes flaring booked in TheGlobalFuel to the same EcoImpactHub list, and closed leaks and flares become Scope 1 ledger lines traced to their evidence.
Technical detail
EcoImpactHub is designed to hold a leak and flare event register, where each leak is logged in the field with component, photo, location and estimated rate. A leak that needs repair is designed to hand off to AssetHandler as a work order against the tank or valve, and the repair and re-survey dates come back onto the leak record. Flare volume and fuel use are designed to be recorded first against the producing asset in TheGlobalFuel, alongside that period's production. A FluidGrids automation is designed to pass each flare record to the EcoImpactHub register, where it joins the leak events. Closed events are then designed to become Scope 1 lines in the EcoImpactHub carbon ledger, the single Scope 1 record in this solution, each with its emission factor, evidence and a status that moves from recorded to verified.
Every leak is designed to have an owner, a repair record and a re-survey date, and Scope 1 totals are designed to trace back to field evidence line by line.
EcoImpactHub
Logs each leak and flare event with component, photo, volume and repair status, linked to the AssetHandler work order that closes it.
Works with AssetHandler, TheGlobalFuel, FluidGrids
EcoImpactHub
Turns flaring, venting and fuel activity into Scope 1 ledger lines with the factor behind each one and a verification status.
AssetHandler
Carries each leak repair as a work order with priority, assignee and status, so repair and re-survey dates are on record.
Challenge 4 of 6
Before dawn on Wednesday, the logger on monitoring bore MB-07, downstream of the tailings storage facility at the Greyspur mine, shows electrical conductivity climbing past the level set in the site's water license. The reading lands on a logger website that one person checks weekly. The environmental superintendent hears about it late in the morning from a contractor, then has to find the license condition in a PDF, work out whether the reading is real or a fouled probe, and pull sampling records from three different folders.
A real exceedance can go unnoticed for days, a faulty probe can trigger a needless escalation, and the evidence trail for the regulator is assembled under time pressure.
EcoImpactHub is designed to check each monitoring bore reading against the level set in the water license as it is recorded, and flag any reading past it. FluidGrids alerts the environmental superintendent at once and opens a sampling task; a planned EcoImpactHub view would help tell a real breach from a fouled probe. Once confirmed, the reading, lab results and notification record go onto the license in TheGlobalFuel.
Technical detail
EcoImpactHub holds the tailings facility, discharge points and monitoring bores as monitored sites with sensors and threshold rules set to the license trigger values, so a reading past a trigger is flagged as it is recorded, and a triage view on EcoImpactHub's roadmap is designed to separate a likely real event from a sensor fault. A FluidGrids automation is then designed to alert the environmental superintendent and open a field sampling task in EcoImpactHub. The water license sits in TheGlobalFuel's compliance register against the mine asset, with its expiry, responsible owner and evidence documents. Once the exceedance is confirmed, the same automation is designed to attach the reading, lab results and notification record to that license, so the license record and the monitoring data tell the same story.
Exceedances are designed to reach the environmental superintendent as they are recorded, and the license record carries the evidence a regulator will ask to see.
EcoImpactHub
Checks each bore and discharge-point reading against its license trigger value as it is recorded and flags breaches, with a roadmap triage view for telling real events from probe faults.
TheGlobalFuel
Keeps the water license on the mine's record with its expiry, owner, status and the evidence documents behind it.
Challenge 5 of 6
At 23:40 the perimeter alarm trips at a wind farm substation. The patrol finds a cut section of fence and, on the way out, a guard reports a drone over the switchyard. Two nights earlier there was a copper theft attempt at the gas plant laydown yard. The next morning the operational technology (OT) engineer notices that a supplier's remote access to the substation's network equipment was never switched off after last month's software work on it. Each fact lives with a different team, in the guarding contractor's log, the control room and OT engineering, and nobody puts them on one timeline.
Physical and cyber signals that belong together are handled apart, patterns across sites go unnoticed, and repairs and access changes are chased by phone.
IntelWatchtower is designed to put perimeter alarms, patrol reports and drone sightings for each site on one map and timeline, and to open one case when a pattern shows across sites. AdapterCloud's warning that supplier remote access at the substation was left switched on joins the same timeline. The fence repair becomes an AssetHandler job, the access fix is tracked in AdapterCloud, and the case closes with both on record.
Technical detail
IntelWatchtower is designed to give site security one picture per critical site: the substation, the gas plant and each well pad are tracked as facility entities on a map, alarm feeds and patrol reports arrive as observations from sources with a reliability score, and alerts are triaged or escalated into a case with a timestamped journal. AdapterCloud is designed to keep the inventory of edge gateways, radios and historian servers at each site, reported through an edge adapter, with guardrail policies, and its drift record for the gateway (remote access expected off, observed on) is designed to appear on the same site timeline as the fence cut and the drone report. Confirmed damage is designed to hand off to AssetHandler as a work order for the fence, the gateway fix is tracked in AdapterCloud, and the case closes with both on record.
Physical and OT signals for a site are designed to sit on one timeline, so security, OT engineering and maintenance close the same incident together.
IntelWatchtower
One map and timeline per critical site, where alarms, patrol reports and OT drift fuse into alerts and a single case.
Works with AdapterCloud, AssetHandler
IntelWatchtower
Works the queue of site-security alerts, showing why each fired and escalating a pattern across sites into one case.
AdapterCloud
Shows the substation gateway setting that diverged from its approved state, with expected and observed values and a remediate action.
Challenge 6 of 6
Three weeks before the gas plant's Train 2 turnaround, the turnaround manager has 180 work orders in scope and a contractor roster of around 140 names in a spreadsheet. Checks of tickets (trade certifications) for confined space entry, gas testing, working at heights and rigging are done by emailing scans. On Thursday she learns that two scaffolders' working-at-heights tickets lapse in the middle of the shutdown, that there is no spare permit issuer for night shift, and that the scope has grown by eleven jobs after the compressor inspection.
Gaps found on day one of a shutdown stretch the schedule, put pressure on permit-to-work arrangements and push work into overtime the plan never allowed for.
AssetHandler keeps the turnaround scope as one list of jobs, each with the trade it needs, including new jobs from inspections. CrewFoundry is designed to match those jobs to employees and contractors whose certifications stay current through the shutdown, and to show gaps, such as a lapsing working-at-heights certification or no spare night-shift permit issuer, as open slots weeks ahead. The chosen crew is named on each job.
Technical detail
AssetHandler holds the turnaround scope as work orders against the plant's assets, each with the craft it needs, and new jobs from inspections land in the same scope alongside the recurring maintenance schedule. CrewFoundry is designed to take that work pack and match it to employees and contractors through its skills graph and the certification records it is designed to hold, each with an expiry date, in a competency matrix by craft and shift built on shift rosters, which are on CrewFoundry's roadmap. Every certification's expiry is checked against the shutdown window. Gaps, such as a lapsing working-at-heights ticket or an uncovered night-shift permit issuer, show up as open slots to fill from the wider workforce or the talent marketplace, and the assigned crew is designed to be named back on each AssetHandler work order.
Certification and coverage gaps are designed to surface weeks before the shutdown, while there is still time to retrain, rebook or rearrange the crew.
CrewFoundry
Matches the turnaround work pack to people by craft, shift and certification, and flags certifications that expire inside the shutdown window.
Works with AssetHandler
AssetHandler
Keeps recurring inspections and turnaround jobs on one owned schedule against the plant's assets, so the scope is known early.
How it fits together
Follow one operating week through the solution concept. Each step shows how one product is designed to do one job and pass a specific record, such as a changed equipment setting, a work order, a downtime figure or an emissions ledger line, to the product that needs it next. Only the link from FluidGrids into BigConsole is documented today.
To IntelWatchtower: Changed equipment settings, marked with the site they belong to
To AssetHandler: A repair request for a damaged fence, gate or piece of equipment
To FluidGrids: Each trip or outage with its repair job number
To TheGlobalFuel: Lost hours and lost output by site and period
To EcoImpactHub: Flared and fuel-gas volumes per site, passed on by FluidGrids
To BigConsole: Emissions and water figures, carried into BigConsole by FluidGrids
Step 1 of 8: Map the site estate
Technical detail
Products in this solution
Core record of the resource value chain
Keeps every well, mine, plant, terminal and wind farm on one record, with its output, downtime, stock, sales contracts, shipments and permits side by side.
Technical detail
Holds every well, mine, plant, terminal and wind farm as a structured asset, with production, downtime, inventory lots, offtake contracts, shipments and permits on the same record.
Maintenance and reliability
Runs repair jobs and planned maintenance for each piece of equipment, and is designed to add readings from equipment sensors, so breakdowns are tracked against the equipment that caused them and repairs are scheduled rather than remembered.
Technical detail
Runs work orders, preventive maintenance and maintenance history against each asset, and is designed to add sensor-connected condition data, so failures are tracked against the equipment that caused them and repairs are scheduled rather than remembered.
Emissions and environmental monitoring
Keeps the carbon ledger for Scope 1 to 3 emissions, with the emission factor behind each figure, plus the monitored sites and their limits, so methane, flaring and mine water records trace back to their evidence.
Technical detail
Keeps the Scope 1 to 3 carbon ledger, emission factors, monitored sites and threshold rules, so methane, flaring and mine-water records trace back to their evidence.
Critical-site security picture
Brings alarms, patrol reports and other sources together for each site, sorts the alerts and opens investigation cases, with a confidence level, its source and a handling label on every record.
Technical detail
Fuses alarms, patrol reports and other sources into tracked site entities, triaged alerts and investigation cases, with confidence, provenance and a handling label on every record.
Site control and network equipment inventory
Is designed to keep one list of the network equipment and servers at remote sites, each with its approved settings, and to show when a substation device no longer matches them.
Technical detail
Is designed to bring edge gateways, network gear and servers at remote sites into one inventory through its edge, IoT and network adapter types, with policies and drift records that show when a substation device's configuration no longer matches its approved state.
Crews, skills and certifications
Holds employees and contractors in one view of skills, and is designed to add trade certifications with expiry dates and shift rosters, so shutdown and repair work goes to people who are qualified and current.
Technical detail
Brings employees and contractors into one skills graph with resourcing views, and is designed to add trade certifications with expiry dates and shift rosters, so shutdown and repair work can be staffed by people who are qualified and current.
Automation between products
Is designed to pass news between the products automatically, using workflows drawn on screen that run on a schedule or when something happens, and it carries operating figures into BigConsole, a link that is documented today.
Technical detail
Is designed to carry events between the products with visual workflows started by a webhook, API call or schedule, using custom connector nodes, and pushes operating data into BigConsole datasinks, a documented integration.
Portfolio consoles
Turns production, cargo and emissions figures into screens for the weekly operations review that people can click into for detail, with access set by role, and is designed to add explanations of what changed, with sources.
Technical detail
Turns production, cargo and emissions datasinks into governed consoles with drill-down for the weekly operations review, and is designed to add cited explanations of what changed.
All eight products run on Burdenoff Workspaces: one sign-on for field, control room and head office staff, role-based access so contractors, field staff and head office each see what their role allows, one audit trail across maintenance, emissions and security records, and one bill.
Concept gallery
15 concepts from 8 products. Each one links to its own page on the product's website, and every view has a link you can share.
AssetHandler
Ranks compressors, pumps, mills and wind turbine gearboxes by repeat trips, downtime and deferred gas or lost generation, with the open work order beside each one.
Works with TheGlobalFuel, FluidGrids
TheGlobalFuel
Records each period's volume and downtime hours per asset, in gas volume for the station and MWh for the wind farm, so output lost to a trip is booked the same morning.
FluidGrids
The canvas where the trip-to-downtime automation is drawn, starting from a webhook or API-call trigger when a trip is logged.
TheGlobalFuel
Sets port stockpile, concentrate in transit and planned output against each nominated cargo, and flags the ones below tolerance before the laycan opens.
Works with AssetHandler, FluidGrids, BigConsole
AssetHandler
Carries the mill 2 liner repair as a work order with its priority, assignee and expected return to service, the cause the readiness board points to.
BigConsole
Is designed to explain on the weekly portfolio console why concentrate stocks fell, citing the datasink and field behind each finding. The Explain panel is on BigConsole's roadmap.
EcoImpactHub
Logs each leak and flare event with component, photo, volume and repair status, linked to the AssetHandler work order that closes it.
Works with AssetHandler, TheGlobalFuel, FluidGrids
EcoImpactHub
Turns flaring, venting and fuel activity into Scope 1 ledger lines with the factor behind each one and a verification status.
EcoImpactHub
Checks each bore and discharge-point reading against its license trigger value as it is recorded and flags breaches, with a roadmap triage view for telling real events from probe faults.
TheGlobalFuel
Keeps the water license on the mine's record with its expiry, owner, status and the evidence documents behind it.
IntelWatchtower
One map and timeline per critical site, where alarms, patrol reports and OT drift fuse into alerts and a single case.
Works with AdapterCloud, AssetHandler
IntelWatchtower
Works the queue of site-security alerts, showing why each fired and escalating a pattern across sites into one case.
AdapterCloud
Shows the substation gateway setting that diverged from its approved state, with expected and observed values and a remediate action.
CrewFoundry
Matches the turnaround work pack to people by craft, shift and certification, and flags certifications that expire inside the shutdown window.
Works with AssetHandler
AssetHandler
Keeps recurring inspections and turnaround jobs on one owned schedule against the plant's assets, so the scope is known early.
Pitch kit
Energy, mining and utility operators run remote, expensive assets on scattered tools, so a compressor trip, a leaking hatch, a short stockpile or a lapsed certification reaches the right person days late. Burdenoff brings TheGlobalFuel, AssetHandler, EcoImpactHub, IntelWatchtower, AdapterCloud, CrewFoundry, FluidGrids and BigConsole together as one solution concept: each event is logged once, tied to its asset and handed to the team that has to act.
Questions
No. This page describes a solution concept, not a packaged product: how several Burdenoff products, none of them launched yet, are designed to work together for energy, mining and utility operators. One link, FluidGrids sending figures into BigConsole, is documented today; the others would be set up with your team.
Technical detail
Not yet. This page describes a solution concept: how several Burdenoff products, all pre-launch, are designed to work together for energy, mining and utility operators. Some hand-offs, such as FluidGrids feeding BigConsole datasinks, are documented integrations; the others describe how the products are designed to work together and would be set up with your team.
No. The products are designed to sit alongside your control systems, historian and ERP, not replace them. Operating records reach them through FluidGrids automations and direct connections, and control of plant and grid equipment stays in the systems you already run.
Technical detail
No. The products are designed to sit alongside control systems, historians and ERP rather than replace them. Operating events and records arrive through APIs and FluidGrids automations, while control of plant and grid equipment stays in the systems you already run.
Yes, by design. TheGlobalFuel holds wells, fields, mines, processing plants, power plants, terminals, pipelines and wind and solar farms in one place, across commodities from crude and gas to copper, lithium and electricity, so a mixed portfolio does not need a separate system for each.
Technical detail
Yes, by design. TheGlobalFuel models wells, fields, mines, processing plants, power plants, terminals, pipelines and wind and solar farms on one backbone, across commodities from crude and gas to copper, lithium and electricity, so a diversified portfolio does not need a separate system for each.
No. No software can do that on its own, but EcoImpactHub is designed to tie each emissions and monitoring record to its evidence, and TheGlobalFuel to keep each license with its conditions, owner and documents, which supports your team and your verifiers. Interpreting regulations and license conditions stays with your own specialists.
Technical detail
No software can do that on its own. EcoImpactHub is designed to keep emissions and monitoring records traceable to their evidence, and TheGlobalFuel to keep each license with its conditions, owner and evidence documents, which supports your team and your verifiers. Interpreting regulations and license conditions stays with your own specialists.
Every IntelWatchtower record carries a handling label, such as Confidential, and each person's role decides what they can open. All the products share one sign-in and one record of who did what, so you can see who changed a security case, an alert or a repair job, and when.
Technical detail
IntelWatchtower carries a handling label on every record, and role-based access controls who can open it. All products share Workspaces identity and one audit trail, so you can see who changed a security case, an alert or a work order, and when.
No. Most teams would start where the pain is sharpest, for example TheGlobalFuel with AssetHandler for production and reliability, or EcoImpactHub for methane and mine water, then add products as the hand-offs become useful. Burdenoff Workspaces keeps sign-in, access and billing the same as you grow.
Technical detail
No. Most teams would start where the pain is sharpest, for example TheGlobalFuel with AssetHandler for production and reliability, or EcoImpactHub for methane and mine water, and add products as the hand-offs become useful. Workspaces keeps identity, access and billing consistent as you grow.
Related domains
Public & SocialChallenges solved
Burdenoff products designed to work together so sustainability teams build Scope 1-3 inventories, chain-of-custody claims, biodiversity evidence and disclosures from operational records.
Industry & OperationsChallenges solved
A solution concept for discrete and batch plants: ManufacturedOps with AssetHandler, CrewFoundry, MoveTheWheels and EcoImpactHub, connected by automation and analytics.
Industry & OperationsChallenges solved
A solution concept for 3PLs, carriers and shippers in which seven Burdenoff products are designed to work together, from carrier status to report card.
Tell us about your setup. We will walk you through the products involved and scope a pilot around the challenge that hurts most.
This is a solution concept: it shows how Burdenoff products are designed to work together in this industry. The images are illustrations of the concepts, not screenshots of the actual products, and every name and figure in them is sample data.
