From Requirement To Issued Deliverable.
Before the pitch, the product. The method tools organised by discipline, the Ergo originals organised by scope - real windows from the shipping build, nothing mocked up.
The toolkit as it ships: the classic methods organised by discipline, and the Ergo-prefixed originals organised by human, task, environment and system scope. Maturity labels on every tile.
A Human Factors project can span task analyses, assessment tools, issue registers, requirements and reports. Keeping those records connected takes work of its own.
When the task changes, the analysis needs updating. Findings need to reach the issue register. Requirements need supporting evidence. The report needs to reflect the latest decisions.
ErgoSphere brings those activities into one project file. Assessments connect to the task structure, findings feed the registers, and reports draw on the same project record. Less re-entry, clearer traceability and a more direct path from analysis to issued deliverable.
Recognise the folder? Here is a whole project's worth of it, and the same project as one file →
The usual HF project folder: eight files, each holding part of the story, none of them aware of the others.
Illustrative values. SPAR-H action task: nominal HEP 0.001, and barely adequate available time applies a multiplier of 10.
Your assessments are connected.
Your tools should be too.
The full assessment lifecycle in one working environment: the methods you already trust, and a set of original instruments no other HF&E platform ships. One place, one project file, one report.
Decompose once. Hierarchies flow forward into reliability and workload assessments without re-keying.
Posture and manual handling, through to the HSE task assessment trio.
Workload, attention and situation awareness, captured live in session.
Canonical event-tree THERP, SHERPA in Classic and Extended modes, and cross-method HEP linking throughout.
The usability classics, plus Use-Related Risk Analysis and use-error FMEA for medical and safety-critical devices.
The system around the operator: work-as-done, team and information networks, and causation from the shop floor to the regulator.
17 original instruments, organised the way the app organises them: by the human, the task, the environment, the system and the direction of the programme. Every name opens a closer look - a screenshot from the shipping build and the full write-up.
Posture scoring from phone video or webcam. No mocap hardware.
Wearable IMU motion capture with live joint-angle dials.
EEG band-power workload analysis.
ACT-R cognitive task modelling.
Time and motion study of workflow patterns.
Monte Carlo HEP simulation across a whole HTA tree.
Before-and-after comparison of HTA and SHERPA across a changing system.
Workstation layout and reach analysis, from 2D draft to 3D.
Radiance-backed glare assessment, interior daylight and exterior solar.
Crowd dynamics for sign placement and egress.
STAMP control structures, CAST and STPA.
System-dynamics causal loop diagrams.
Bowtie barrier mapping, grown into critical control management.
Operator-led alarm requirements, upstream of the master alarm database.
Method selection, assurance and justification, written into the HFIP.
Ten-KPA acceptability radial for AI-based automation.
Five-level safety culture maturity across eleven evidenced dimensions.
One of the Originals up close: ErgoDesign draws the workstation in 2D elevation - vision envelopes, ERP-referenced dimensions - and keeps a live 3D twin of the same model.
Four of these run free in your browser - no account, no install: RULA, HTA, NASA-TLX and SART →
Your client paid for the analysis and received a PDF. That is how Human Factors usually arrives, and it gets weighed accordingly: the deliverable shapes how seriously the discipline is taken. These are screens from working assessments in the shipping build - the difference between submitting findings and presenting a practice. Click any screen to look closer.
A live bowtie for an LNG storage facility: threats, barriers and consequences, human-dependent barriers flagged, and a single point of failure caught before an auditor catches it.
System-dynamics modelling that recognises archetypes as you draw: this safety-goals model matches Eroding Goals at 100 percent, with leverage points a click away.
A finished RULA assessment: component scores, action-level gauge and recommended next steps, ready to finalise and sign.
Generated, not assembled. The full spread is one tool's session report - a MAC assessment with method and rationale, findings, charts and references, auto-drafted by the tool and finished by the assessor. Click either document to read it.
A report you cannot take away is work you do not own. Every report leaves ErgoSphere whenever you say so - the only question is which door it takes. Neither one is a flat PDF.
Every assessment drafts its own report, and the close-out compiles the programme. One click hands you a native Word document: your template, your letterhead, your edits. Walk away with it whenever you like - nothing about your own work is locked in.
Or stay in ErgoSphere and issue it: a revision-lettered package, hash-sealed, carried with a contents manifest that declares what went in and what was left out. Your client opens it in the free Viewer and meets the living analysis - interactive charts, finalised assessments, the numbers behind every score. Not a flat print of the work. The work.
The delivery loop, as the Deliverables module runs it. A Ready mark lapses the moment the report changes underneath it, so nothing stale can ship. Issue takes Rev A out the door as a sealed package. And the amber leg is the part paper cannot do: the client's comments come back into your review queue, anchored to the exact finding, ready for Rev B to answer.
Your client does not need ErgoSphere to open any of this. Deliver the assessment as a .ergview file and they can walk the task analysis, trace the bowtie and read the numbers behind every score in the free Viewer. Read-only, no licence, no account - and their review comments travel back to you in the same file.
Four first-class modules sit alongside the assessment tools. The work doesn't stop at a score - it flows into a project, a register, a compliance gate, and out the door as a controlled deliverable.
Run the HF programme, not just the assessment.
A programme of 119 assessments on one calendar: scheduling with recurring assessments and compliance review gates, and progress, risk and activity analytics over the lot.
Gate-review ready. Audit-ready. Out of the box.
Standards, clause by clause. MIL-STD-1472H, AS 7470, ISO 11228 and ISO 26800 ship in the library, and any other standard, like the ISO 11064 and DEF STAN 00-25 sets on screen, is added by hand, section by section. Each clause carries its compliance status, professional judgement, residual risk and linked assessment evidence for requirement tracing.
Every issue, task, role, document and standard in one place.
Findings become records. An issue raised in ErgoBow lands in the Issues Register with severity, owner, target date and overdue state - and the Issues and Standards registers export to ReqIF for IBM DOORS and other requirements tools. HF findings, flowing into the systems your engineering programme already runs on.
Assurance decides the work is right. Deliverables decides what leaves the building.
Delivery, run like a register. Every report's state on one rail, what is ready to issue, what is blocking the next issue, and the client's returned review waiting for an answer - with every issued revision's manifest and digest on record.
Every tool in ErgoSphere shares the same project file. Every assessment writes to the same evidence model. Every output flows into one auditable report. The integration is the point.
Every tool reads and writes the same project. No exports. No copy-paste between applications. No stitching reports together the night before a deadline.
Hash-based integrity snapshots across assessments help you check whether recorded content has changed. Keep the supporting evidence together for assurance reviews and reporting.
A single auditable report assembled from every tool used. The assessor's narrative, the methodology trace, and the evidence - in one professional deliverable.
The integration, on screen. One HTA carrying live HEP results from SPAR-H, THERP, HEART and SHERPA on the task tree itself, with every linked assessment one click away and risk rolled up across the hierarchy. No re-keying. No stitching.
Every issued package carries a SHA-256 fingerprint of each thing sealed inside it, and one digest over the lot. The Viewer checks them as the package opens.
Try it: open any entry and change something, and its fingerprint moves. Put it back and it verifies again, because the seal checks content, not history. Add a review comment and nothing breaks: comments sit beside the sealed content, never inside it.
Integrity only: the seal shows whether anything has changed since issue, by accident or casually. It does not prove who produced the package, because anyone editing the file can recompute it.
ErgoSense streams wearable motion capture into the same project file as every other tool. Scrub the take frame by frame with joint-angle dials for neck, trunk and shoulders, keep the synced operator webcam alongside, and score RULA, REBA and NIOSH from the one recording.
See something worth acting on? Log a finding at the exact frame, and it carries through to the report with the evidence attached. Walking a client through their own operator's capture is a different conversation to handing over a workbook.
Book a live capture demo →
A carton, a low table, a high shelf. Every frame is scored with REBA from the skeleton's own joint angles and painted onto the timeline, with the worst one flagged as a finding. The lift itself runs through the NIOSH lifting equation, origin to destination. Then raise the table, or change the weight, and watch it all re-plan.
REBA, this frame
Score A 1 · Score B 1
A teaching model of what ErgoSense does with captured 3D kinematics: one side view, no twist or side bend, wrist taken as neutral, fair coupling while the carton is held, activity score 0, NIOSH load constant 23 kg. The floating L5/S1 dial is indicative only: its needle follows a simplified estimate of load on the lower back, on the same face as ErgoSense's gauge, with the NIOSH action limit at 12 o'clock. ErgoSense calculates the real figure from the subject's body weight, height and captured motion. Scored against the published REBA tables (Hignett & McAtamney, 2000) and the revised NIOSH lifting equation (Waters et al., 1993), taking 2 lifts a minute for up to an hour, fair coupling and no twist.
The Knowledge Base ships a full write-up for every method: what it is, where it came from, when to use it, how to run it in the tool, a worked example, honest strengths and limitations, and the source literature - linked. 54 tools stop being intimidating when the theory travels with them.
New to the platform? Guided scenarios walk you through real investigations end to end - like a day in the life of an HF engineer chasing a warehouse injury report from first observation to formal issue and follow-up.
Want to see the methods applied before you open the app? The Workbook walks whole assessments end to end →
Free for students and universities →Affordable for the practitioner. Credible for the procurement officer who has to approve the purchase. Both, by design.
DigiCert Extended Validation. Every release signed. The trust mark procurement asks for.
Customer data lives on the customer's machine. Not in a vendor cloud. Not on someone else's server.
Client-side encryption. The vendor cannot read your data, cannot recover lost passwords, cannot be compelled to disclose.
A full System Architecture Document and a Security & Data Privacy whitepaper, available to your IT department on request. Engineering your reviewers can interrogate, not an app thrown together to ride a wave.
Our verification programme records how assessment methods are checked against their published sources. Read how the checks work and explore the public engineering record. Detailed dossiers are available on request under NDA; the verification page explains the programme's scope and independent review status.
Brisbane-built. Independent. Veteran-owned. Designed and built by a certified Human Factors engineer (CHFEP) and former Boeing Associate Technical Fellow, with three invention awards and two published patents on the record, to Australian privacy and software standards from day one.
ErgoSphere is the consolidation of ten years of purpose-built human factors tools: each written for a real problem, in whatever language suited it at the time. They worked, they scattered, and this platform is where they finally live together. Built by one person carrying three trades: a graphic artist's eye for the face, a coder's hands for the tools, and a systems engineer's discipline for making it all mesh. Read how ErgoSphere got its name.
Gravity and force simulators acting on the human body
Joint angles pulled from captured postures, static and moving
Cognitive models grounded in Hierarchical Task Analysis
Evacuation simulation, waypoint signage, accident reconstruction
That work, brought into one codebase. Windows native, local-first, shipping.
A solo-built platform that claimed every one of its tools was best-in-class would be lying. Some tools are mature and battle-tested. Some are early. ErgoSphere ships with labels on every tool so a practitioner always knows what they are standing on.
Revenue funds the team. The team takes the tools to best-in-class, one at a time. The Preview and Beta labels graduate as each tool matures.
Graduations are not quiet. Every label change, new method and fix is in the release notes →
Tools with practical use and technical review behind them. Apply each method within its documented scope and limitations.
Complete and usable. Still being polished against in-field feedback before it graduates.
Live in the toolkit so practitioners can shape it. Treat as preview while methodology is finalised.
The labels live on the tiles. Every tool declares where it stands before you open it.
One annual licence. The full platform. Buy a seat at the published price, apply to the Founding Cohort for 25% off your first two years, or be selected as a Champion and spend a year on us. Same software, whichever way in.
The full platform at the published rate, no strings. The same price whether you buy direct in Australia or through one of our partners overseas.
Most organisations have one person carrying Human Factors. I’ve been that person. Too many good practitioners spend more time justifying their tools than using them. So here’s my offer: use ErgoSphere on your real work for a year. I’ll help you get started, check in each quarter, and build what you tell me is missing. If it earns its place, keep it. If it doesn’t, we part as colleagues.
Nik Pearsall, CHFEPFounder
Let’s talkNeed to justify the spend internally? Here is the case, with the arithmetic already done →
Outside Australia, ErgoSphere is delivered through a small number of accredited regional partners on private wholesale terms. We do not publish partner pricing here. If you advise on or implement Human Factors and ergonomics work in your region and want to carry ErgoSphere, become a partner and we will talk numbers directly.
Free platform licences for universities and training providers that embed ErgoSphere into accredited Human Factors coursework. Students learn on the same toolset they'll use in practice. The instructor applies; licences are issued for the whole cohort and renew each teaching period.
Enquire about an educational licence → Studying rather than teaching? Get your own free licence →Every seat up to 25 has a published price, and each band is charged at its own rate, so there is no cliff and no call to make. From 26 seats, or for formal procurement, we write an Enterprise Agreement with you.
Up to five seats? The Founding Cohort is still the better rate, if you are willing to trade a case study for it.
Founding Cohort pricing is earned, not automatic. It is offered by application and at our discretion, capped at the first 50 seats and closing once the cohort is full, limited to five seats per organisation at the cohort price, and open to Australian organisations only. To hold the rate you agree to: a short case study in each of your two founding years (a short written account of how you use ErgoSphere, produced with you and featured on our website and in our marketing, not an academic paper); the right for Ergonomics Engineered Pty Ltd to use your company name and logo in its advertising and marketing; and genuine design-partner engagement (feedback, the occasional reference call, and input into the product). The 25% discount applies to years one and two, locked in at signup, then reverts to the standard $4,900 from year three. The Founding Cohort is arranged directly and is not sold, nominated, or fulfilled through our overseas partners.
The Champions Programme is offered by selection and at our discretion. Up to 5 places per intake, two seats per organisation. Twelve months of the full platform from activation, including every update released in that time. No automatic renewal and no charge at the end of the term: continuing is opt-in, at the standard published rate. Champions agree to use ErgoSphere on a live project within three months, take part in quarterly check-ins, and share an outcome at year end, published by name or anonymised at the organisation's choice. Most places are offered by invitation.
For 26 seats or more, or any organisation buying through formal procurement. An Enterprise Agreement is about terms as much as price, so it is written with you rather than published here. It covers:
No per-seat figure below the team rate is published. Terms are agreed in writing before any invoice is raised. Talk to us about an Enterprise Agreement →
Free tooling you can use today, worked examples you can learn from, the arithmetic behind the price, and the engineering record you are welcome to audit before you spend anything.
RULA, HTA, NASA-TLX and SART, running in your browser. No account, no install, no licence.
The free companion app for issued files. Your client walks the analysis, reads the report page for page, and sends comments straight back.
How to do good Human Factors, one worked example at a time. Scenarios from rail, aviation, mining and manufacturing, walked end to end.
A Human Factors problem in front of you? Send it over and a certified professional will tell you how they would approach it.
The folder, the issues spreadsheet, the plan copied from the last job, the standard read clause by clause. Then the same project, as one file.
What a seat costs set against what an hour costs, with the arithmetic already done. A worked example and a break-even test.
Every version, every new method, every fix. What shipped, and when it shipped.
Releases, method updates, field notes and use cases from the platform.
The Dossier Project. Every method gets a verification and validation dossier on a fixed eight-component skeleton, with golden cases encoded from the source literature.
The public register of controlled engineering documents: dossiers, functional requirements, the software hazard analysis and the security baseline.
Community forums, email, documentation and a contact form. Australian-based, Monday to Friday.
'Ergon' is Greek for work: the shared root of ergonomics and the ergosphere, the region around a black hole from which energy can be drawn.
Free access for all Human Factors practitioners. Discussion forums, knowledge sharing, professional connection. Open to ErgoSphere users and non-users alike.
Request a trial to evaluate ErgoSphere against your own workflow, or book a demonstration to see how the assessments, project records and deliverables connect.
ErgoLens turns ordinary footage into posture data. Record the task on a phone or point a webcam at it, and on-device pose estimation measures the joint angles frame by frame. Nothing is uploaded anywhere: the analysis runs on your machine.
The capture hardware is the phone your client already owns.
ErgoSense takes live motion-capture data and turns it into ergonomic evidence. Joint angles stream onto live dials as the worker moves, the session records, and the review workspace plays it back with the analysis alongside.
When the client's problem justifies instrumentation, ErgoSense makes the data usable.
Subjective scales tell you what the operator remembers feeling. ErgoNeuro adds the physiological channel: it takes a live EEG stream, computes band powers with a Hann-windowed FFT, and tracks published workload and engagement indices against a captured baseline.
Pair it with NASA-TLX or SART sessions in the same project file: subjective and physiological workload, side by side.
ACT-R is the gold-standard cognitive architecture, and it has always been out of reach: modelling a task meant writing Lisp production rules. ErgoAct closes that gap. You storyboard the task in plain language, and it compiles your storyboard into a real ACT-R model and runs it hundreds of times.
Predict how long a task will take, and where it will go wrong, before the procedure or the interface exists.
ErgoTrace implements the systems-theoretic school. Build the safety control structure - controllers, control actions, feedback - then run CAST to explain an accident that has happened, STPA to find the hazards that have not happened yet, or both on the same model.
For the failures that component-level thinking cannot see.
Most causal loop tools are drawing packages: you draw the loops, and you are on your own. ErgoLoop reads the diagram back. It finds every closed loop in the model, classifies each one as reinforcing or balancing, and tells you which system archetypes your diagram matches.
For the problems where cause and effect refuse to stay in a straight line, and every fix seems to make it worse.
ErgoBow builds bowties for major accident hazards: threats on the left, the top event in the centre, consequences on the right, and the barriers between them. The method's grammar is enforced as you draw, so preventive barriers anchor to threats and mitigative barriers to consequences, and the diagram stays defensible.
A bowtie whose barriers are quantified, not just drawn. This is what the board reads.
A practitioner picks methods constantly and is rarely asked to write down why. ErgoCompass makes that decision an artefact: a short on-ramp about the problem, a recommendation matched to it, and a positive justification recorded where an auditor will actually look for it.
Ratings and guidance are ErgoSphere's own, informed by Stanton and Young (1999) and Holman et al. (2021), both cited in the Library Guide.
ErgoRadar takes a position on whether an AI-automation design is acceptable. For each design stage you declare a Level of Automation, a Technology Readiness range and a Human Readiness range, then rate ten Key Performance Areas as Acceptable, Tolerable or Unacceptable on a ten-spoke, three-band radial.
Based on Stroeve, Kirwan and Everdij (2026), with SESAR, NASA TRL and ANSI/HFES 400-2021 HRL scales.
ErgoCulture rates an organisation's safety culture maturity across eleven dimensions, from leadership commitment to cohesion across teams and levels, on a five-level ladder: Pathological, Reactive, Calculative, Proactive and Generative. It is an assessor's evidenced judgement, not a climate survey averaged out of a staff questionnaire.
Westrum's (2004) typology of organisational information flow, on the five named rungs of Parker, Lawrie and Hudson (2006). The eleven-dimension structure, the evidence and triangulation discipline and the playbooks are ErgoSphere's.
Alarm rationalisation usually runs backwards: alarms get configured, operators drown in nuisance alarms, and only then does anyone ask what the people responding actually needed. ErgoAIR sits upstream of the master alarm database, in the identification and rationalisation stages of the ISA-18.2 lifecycle, capturing the failures an operator must respond to, the indication that tells them, and the response they take.
Based on EEMUA 191, 4th edition (2024) and ISA-18.2 / IEC 62682.
ErgoDesign puts the human at the centre of the drawing. Place the operator manikin, then the surfaces, screens and controls around them, and the tool scores every item as you go: viewing angle, lateral offset, reach distance, and whether it belongs in the primary, secondary or tertiary zone.
A defensible, dimensioned workstation drawing your client can take into a design review.
ErgoGlare wraps LBNL Radiance, the physically based lighting engine trusted across building science, in a workflow an HF practitioner can run without becoming a lighting simulation specialist. Two modes cover the two glare problems clients actually bring:
Every result traces back to a published method, so the assessment stands up when it is challenged.
ErgoTempo runs a live observation session: define a card per task, press record, and tap between them as the worker moves through the job. Because real work overlaps, tasks can run at the same time on separate tracks instead of being forced into one-at-a-time timing.
Where the time actually goes, with the evidence to prove it.
ErgoEvac runs an agent-based crowd simulation over your floor plan: import a drawing and calibrate its scale, or draw the space in metres. A hundred Monte Carlo runs, each with its own crowd, turn egress performance into a distribution instead of a single hopeful number.
It reports observed egress performance to drive design decisions, stated honestly as observations rather than dressed up as a compliance certificate.
Every point-estimate HEP invites the same question: how confident are you in that number? ErgoEnsemble answers it. It takes the HEP-scored task tree you have already built in ErgoSphere, with error probabilities from THERP, HEART, CREAM, SPAR-H and the rest, and replays the whole mission a thousand times, sampling every step's HEP under a lognormal uncertainty model.
This is the tool that turns the reliability chapter from a table of estimates into a quantified, defensible result.
Systems change: a new interface, a revised procedure, a step handed to automation. The claim is always that the work got simpler and safer. ErgoDelta checks it. Give it two versions of the same task analysis and it matches the HTA nodes across them, then compares the SHERPA error modes each version carries.
The answer to "did the redesign help?", in the two currencies that matter: steps and errors.