Is the transition practical?
Assess comparable routes, fleet productivity, power capacity and total transport cost before defining a field pilot.
Explore the pilot pathway →SIMSIM by CrystalAI · Carbon Intelligence
From machine operations
to carbon intelligence.
One platform concept for industrial operations, fleet electrification and traceable carbon data. Understand the work. Compare the energy. Review the evidence.
Product concept. All figures in the explorer are illustrative inputs, not site measurements.
Two tracks. One data foundation.
Make the operational case.
Build the carbon evidence.
Can the result be traced?
Connect asset records and energy readings with a deterministic calculation engine, versioned factors and an evidence trail.
Explore the data foundation →The proposed platform in motion
From a machine reading to a reviewed result.
Capture the context.
Concept animationA proposed connector records the machine, measurement period and fuel or electricity reading. No live source is connected in this illustration.
Interactive concept · No live data
Explore a fleet
transition scenario.
Set the diesel and electric energy inputs for the same transport workload. See how your chosen factors affect the comparison.
Illustrative comparisonDownload scenario CSV
Operational CO₂ comparison
Diesel baseline—
Electric scenario—
Calculated difference—
Show calculation and boundary
Diesel CO₂ = litres × combustion factor.
Electric CO₂ = kWh × electricity factor.
Difference = diesel CO₂ − electric CO₂.
Intensity = CO₂ ÷ equivalent transport work.
Includes only the two selected operational CO₂ inputs. Excludes lifecycle emissions, other greenhouse gases, leakage and project eligibility tests. Not a corporate inventory, a verified project reduction or an issuable carbon credit. Location-based and market-based electricity reporting require separate factors and evidence.
Designed for traceability
Every result needs a source.
Machines & energy
Proposed inputs include vehicle systems, battery records, charging or swapping stations, meters and enterprise data.
Rules & versions
Keep timestamped source records, asset IDs and factor versions alongside deterministic calculation runs.
Evidence & approval
Expose missing readings, estimation flags and review status before reporting or an operational action.
Distinct ledgers. Clear boundaries.
Corporate inventories, project reductions, lifecycle assessments and issued carbon assets have different rules. The proposed platform keeps them separate, with traceable mappings.
Illustrative evidence record
A traceable result, at a glance.
- Source record
- DEMO-METER-001 · synthetic
- Factor version
- DEMO-v1 · user-entered assumption
- Calculation
- Operational CO₂ comparison · v1
- Review status
- Demonstration only · not independently verified
An assistant with the evidence in view.
Ask a question.
Inspect the answer.
SIMSIM is designed to orchestrate approved tools. Calculations come from defined rules; formal records and consequential actions remain subject to human review.
Scripted concept response
Compare equivalent work first.
Use the Scenario Explorer above to enter matched transport work and energy inputs. Review the chosen factors and boundary before interpreting the difference.
No AI service or live connector is called by this website demonstration.
A conditional carbon market pathway
Evidence first.
Market access follows.
A measured operational improvement can support a project assessment. Carbon credits require a separate process: applicable rules, independent assessment and issuance in an authoritative registry.
01Eligibility & rights
Establish ownership of reductions, project boundaries, additionality and an applicable methodology. Check local rules and the intended use of any credits.
02Baseline & monitoring
Document the baseline, comparable service, equipment categories and measurement plan. Retain calibrated meter records, energy sources, quality checks and versioned factors.
03Validation & registration
Prepare project documentation and obtain assessment by a suitably approved independent validation body. Complete the chosen programme’s registration process.
04Verification & issuance
Submit monitored results for independent verification and programme review. Credits exist only when issued in the relevant registry, with serial numbers and a defined vintage.
05Transfer & transaction
Meet account, counterparty and market acceptance requirements. Reconcile credit ownership, registry transfers, contracts, delivery and payment records.
06Retirement & claims
Record beneficiary, purpose, serial numbers and retirement evidence. Review the intended claim and applicable rules; prevent reuse or double counting.
SIMSIM’s proposed role: the evidence layer.
Prepare traceable data and review workflows; link future registry, transfer and retirement records where authorised. Standards bodies, independent auditors and market infrastructure retain their separate roles.
No registry or exchange connection is live. CrystalAI does not issue credits or guarantee eligibility, price, sales or returns.
Planning checklist · stored only in this page
What needs to be ready?
Mark the items you have documented. This checklist organises a discussion; it does not certify eligibility.
0 of 8 planning items marked. External assessment remains required.
Verra · Gold Standard
Public examples of carbon-credit programmes and registries. Select a pathway only after checking the specific activity and current methodology requirements.
Verra registry reference ↗Gold Standard registry reference ↗Approved validation bodies
Use the selected programme’s current list and the auditor’s specific sector approvals. Auditor qualification is separate from software capability.
Approved-body directory ↗VCM · ACX · Carbonplace
Public examples of trading or credit-management infrastructure. Accepted credits, accounts, fees and delivery arrangements must be assessed separately.
VCM ↗ACX ↗Carbonplace ↗Independent reference organisations, not CrystalAI partners or integrated services. References reviewed 10 October 2026.
Methodology and international-use notes
Verra VMR0014 is a relevant candidate for assessment of vehicle or mobile-machinery electrification. Its applicability, additionality, baseline and monitoring rules must be checked for each project. Tonne-km in the explorer is an operational comparison metric; it is not a substitute for a methodology’s prescribed units of service.
Corporate electricity reporting and project-crediting calculations follow different rules. Renewable electricity attributes require evidence and appropriate accounting; they do not by themselves establish a zero-carbon claim.
For Article 6 or CORSIA uses, assess host-country authorisation, corresponding-adjustment evidence and use-specific labels where required. These are not assumed requirements for every voluntary-market transaction.
Logistics · Mining · Ports
Three environments.
One connected operating view.
Explore fleet dispatch, quarry coordination and terminal haulage through three application videos. Simulated workflows are identified separately from supplied case footage; these videos do not establish independently verified performance results.
01 · Logistics
Long-haul logistics
A proposed long-haul transport workflow connecting vehicle dispatch, charging and swapping, energy allocation and carbon evidence. Scenario for a large logistics operator in Western China. Operator identity is withheld.
30-second anonymised excerpt · Synthetic values · Concept demonstration
02 · Mining
Mine & quarry operations
A proposed quarry workflow for shift planning, haulage coordination and response to operating constraints. This is a scenario demonstration, not a deployed customer project.
30-second anonymised excerpt · Synthetic values · No deployment or performance claim
03 · Ports
Autonomous terminal haulage
A supplied port application video combining terminal imagery and an animated workflow: stockyard loading, weighing, quay delivery and cloud fleet coordination.
90-second supplied video · Footage and workflow visualisation · Results not independently verified
A pilot defined around the site
Agree the evidence.
Then scale the operation.
Assess
Confirm data access, comparable routes, equipment suitability and available power.
Model
Build a diesel baseline and an electric scenario using agreed assumptions.
Pilot
Validate production, transport cost, availability and traceable carbon data.
Review & scale
Expand after financial, equipment, infrastructure and evidence gates are met.
Four acceptance areas, agreed before the pilot.
Equivalent transport work · Cost and energy per unit of work · Vehicle availability, replenishment and dispatch · Carbon data coverage and review readiness.
Targets and test periods are agreed with the customer. Carbon credit development is a separate, conditional pathway requiring rights, applicable methodology and independent assessment.