MAGS

Measurement Assurance & Governance System
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Your meters are accurate.
Your methods are correct.
But is your measurement defensible?

Operator problems

You have seen this before.

Your auditor asks for proving records from 18 months ago and nobody can find them.

Your allocation hasn’t balanced in six months and nobody can explain why.

Your consultant says you’re compliant but your EPAP declaration feels like guesswork.

You follow every AGA standard but the auditor still isn’t satisfied.

Your chromatograph has been down for two weeks and nobody documented the gap.

Your field does one thing and your office reports another — and nobody noticed until now.

Your emissions report depends on fuel gas and flare measurement that has never been independently validated.

Why it breaks

The cost of weak measurement is real.

Every month your allocation is undocumented, the retroactive correction gets harder.

Every proving interval without records is a period you cannot defend.

Every reporting cycle built on unverified composition is a royalty calculation you can’t substantiate.

Every year without an uncertainty estimate is a measurement quality claim with no basis.

Every emissions report built on unverified fuel gas or flare measurement is a carbon liability you cannot substantiate.

The pieces exist. The system doesn’t. That gap is what creates the exposure.

Why the chain breaks

Having the pieces does not mean they connect.

Defensibility requires a connected chain from governing requirement through technical basis, field execution, retained evidence, to readiness to rely on the result.

Most operators satisfy the supporting sources — AGA, API, GPA method standards — without confirming they satisfy the governing source — Directive 017, PNG017, or the BCER guideline.

This is the most common structural gap in Western Canadian upstream measurement. It is a systemic gap. And it requires a governed system to address it.

MAGS is the system

MAGS is the system.

Measurement Assurance & Governance System.

Governance Manual

Controls, accountability, evidence posture, defensibility rules

Engineering Standard

Technical doctrine, accepted methods, applicability, failure modes

Operations Manual

Execution bridge from doctrine to field and office practice

SOPs

Repeatable proof-point tasks and retained evidence actions

MAGNUS Governed reasoning

  • Governed reasoning and source-aware explanation
  • Gap diagnosis and defensible-state guidance
  • Method applicability and consequence reasoning

MAGI Governed validation

  • Governed validation of measurement outputs
  • Evidence-linked calculations
  • Pre-reporting assurance and defensibility checks

End vision

A governed system connecting requirements, technical basis, field execution, evidence, and readiness to rely on the result.

The chain

Requirement to defensible state.

This is what the system is built around.

Governing requirement

D017 / PNG017 / BCER

Supporting doctrine

AGA / API / GPA + manuals

Accepted method

Applicability and justification

Implementation

Installation, proving, sampling, controls

Retained evidence

Proof the work was done

Readiness to rely on the result

Acceptance, reporting, audit readiness

Each link carries a distinct obligation. The platform identifies where this chain is broken and guides users from current state to defensible state.

Security

MAGNUS helps reason. MAGI helps validate.

MAGNUS
Governed reasoning
Measurement Assurance Guidance, Navigation & Understanding System
  • Governing vs supporting source distinction
  • Gap diagnosis and defensible-state guidance
  • Method applicability and consequence reasoning
  • Future guided remediation conversations
MAGI
Governed validation
Measurement Analysis, Governance & Integrity
  • Evidence-linked calculations and troubleshooting
  • Pre-reporting assurance and defensibility checks
  • Challenge layer — does the output satisfy the chain?
  • Future evidence packaging and release assessment

The interaction

A real question. A governed response.

User question
What is the real gap between the CHOPS study and PNG017 acceptance?
Route: requirement_gap_analysisUse: Regulatory / AuditState: Use with Review

Direct Answer

The supporting source points in the same direction as the governing requirement, but does not by itself provide the governing requirement path, accepted method basis, or field implementation evidence.

What is still missing

  • Governing requirement path
  • Accepted or defensible method basis
  • Implementation and retained evidence

What to fix first

Map the issue to the exact governing requirement, confirm the real method basis, and show implementation and retained records in practice.

Why this matters

This is the difference between useful technical support and a position that is actually defensible.

What MAGS helps identify

What the system helps you work through.

Governed source hierarchy
Distinguish governing from supporting sources
Method applicability reasoning
Recognize when a method is outside its envelope
Gap-to-action reasoning
Identify real gaps and prioritize what to fix first
Current-state to defensible-state
Guide users from where they are to where they need to be
Evidence-needed guidance
Identify what records close a gap
Consequence-aware reasoning
Explain what happens if a gap is ignored
Readiness to rely on the result assessment
Evaluate whether evidence supports acceptance
Guided remediation
Multi-turn conversations to defensible resolution
Client-overlay intelligence
Adapt reasoning to client-specific programs
Evidence packaging
Assemble defensibility packages for audit
Emissions measurement integrity
Validate fuel gas, flare, and vent measurement feeding emissions calculations
Cross-jurisdictional reasoning
Handle AB, SK, and BC regulatory differences in a single governed framework

Honest about limits

What MAGS is not.

MAGS does not replace engineering judgment
It does not become the regulator
It does not pretend a summary replaces the governing source
It gives operators the governed structure to make their own programs defensible

Built by a Western Canadian measurement specialist who has done the field work, the audits, and the governance design. Built from operator-side measurement, audit, and governance experience.

What exists now


Reliable Measurement is building MAGS to make this real.
Every defensible program starts the same way.
If you already know why your measurement program needs to be more than accurate — if you’ve carried the weight of an EPAP declaration and wondered whether your evidence would hold — this was built for you.
doug@reliablemeasurement.caReliable Measurement · Calgary, Alberta
MAGS · MAGNUS · MAGI
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