Identity and permission validation
Confirms who is acting, the authority under which they act and the functions or information they may access.
Layer 1 · system-enforced foundation
System Mechanics
ICCE System Mechanics are the reusable programmatic operations that make controlled activity possible across the platform. They receive authorised inputs, apply defined rules and produce structured results that can be relied upon by the next relevant part of the system.
Current event
ENG-28419 · verified activity input
Processing complete
01
Source authorityVerified participant and permission scope
Pass02
Input validationRequired information and conditions present
Pass03
Controlled processingDefined operating rule applied
Pass04
Structured outputResult transferred with source attribution
Issued05
Evidence recordOperation and outcome retained
StoredCore mechanics
Consistent operations, reused across the system.
Rather than allowing each operating area to depend on informal coordination or local interpretation, ICCE applies the same controlled methods wherever an equivalent operation is required.
Readiness assessment
Checks that the operational or financial conditions required for relevant activity are present before progression.
Controlled progression
Applies defined conditions to engagement activity and prevents unsupported actions from bypassing the system.
Deterministic calculation
Produces repeatable payroll and related outputs from authoritative, finalised inputs.
Precise data transfer
Moves structured outputs between System Components without re-entry, reinterpretation or silent mutation.
Reconciliation
Connects related operational, payroll, payment and reporting records and makes mismatches visible.
Attributable evidence formation
Preserves the source, operation, timing and resulting outcome as part of the controlled transaction history.
Authorised execution support
Produces the structured information required for permitted downstream action, including controlled payment execution.
Position within the architecture
Mechanics power the system without owning every responsibility.
A single Mechanic may support more than one Component, and a single Component may rely on several Mechanics. This makes controlled operations reusable while preserving clear responsibility across the wider architecture.
Layer 3
ICCE Cubes
Consume combined outputs
Stakeholder-facing capabilities and outcomes.
Layer 2
System Components
Apply relevant mechanics
Separated operating environments with defined responsibility.
Layer 1
System Mechanics
System-enforced foundation
Reusable operations for validation, calculation, transfer, reconciliation and evidence.
Common operating pattern
Every supported action follows an attributable path.
Individual Mechanics perform different functions, but each operates from an authorised source, applies defined rules and produces a controlled result. Unsupported activity returns a restriction or exception rather than continuing informally.
Mechanics activity ledger
Control is visible because each operation remains attributable.
The interface below is a conceptual representation of the kind of event-level operational view that can be produced from controlled Mechanics. It demonstrates the design principle rather than a final product screen.
| Event | Authorised source | Mechanic | Result | Evidence state |
|---|---|---|---|---|
| ENG-28419 09:42:16 |
Agency user · verified role | Participant and information validation | Accepted | Recorded · attributable |
| TIME-77204 09:47:31 |
Engager confirmation | Input completeness and consistency check | Confirmed | Linked to engagement record |
| PAY-06137 10:02:08 |
Verified operational output | Deterministic payroll calculation | Calculated | Payroll evidence issued |
| ACCESS-4198 10:06:44 |
External participant | Permission and readiness validation | Restricted | Exception retained |
System outcome
Important activity is processed, not merely recorded.
ICCE System Mechanics are the reason the platform can operate as infrastructure rather than as a passive record store. They apply repeatable control to material actions, preserve the result and create the dependable operating foundation on which System Components and ICCE Cubes rely.