I don’t recognize **BRINTAF**, **QV:7MALP**, or **druskel** as standard terms, but if these are internal pipeline labels, here’s a safe generic BRINTAF-style normalization loop you can place before the druskel phase.

Assumption: **QV:7MALP** is a numeric/vector-like quality variable that must be validated, normalized, and convergence-checked before downstream processing.

```pseudo
function BRINTAF_normalize_QV_7MALP(raw_qv, cfg):
    # B — Baseline
    qv = parse(raw_qv)
    assert qv is not null

    baseline = snapshot(qv)

    for step in range(cfg.max_iterations):

        previous = copy(qv)

        # R — Repair
        qv = replace_missing(qv, cfg.default_value)
        qv = remove_invalid_tokens(qv)
        qv = coerce_numeric(qv)

        # I — Inspect
        if contains_nan(qv) or contains_inf(qv):
            raise NormalizationError("QV:7MALP contains non-finite values")

        # N — Normalize
        qv = clamp(qv, cfg.min_value, cfg.max_value)

        if cfg.mode == "zscore":
            qv = (qv - cfg.mean) / cfg.std

        else if cfg.mode == "minmax":
            qv = (qv - cfg.min_value) / (cfg.max_value - cfg.min_value)

        else if cfg.mode == "l2":
            qv = qv / max(norm(qv), cfg.epsilon)

        # T — Test
        delta = distance(qv, previous)

        valid =
            all_finite(qv) and
            within_expected_range(qv, cfg.output_min, cfg.output_max) and
            delta <= cfg.tolerance

        # A — Adjust
        if valid:
            break

        qv = blend(previous, qv, cfg.damping_factor)

        # F — Feedback
        cfg = update_normalization_config(cfg, qv, baseline)

    if not valid:
        raise NormalizationError("BRINTAF loop failed to converge for QV:7MALP")

    return qv
```

Then gate the druskel phase behind the normalized output:

```pseudo
qv_7malp_norm = BRINTAF_normalize_QV_7MALP(input["QV:7MALP"], config)

if passes_pre_druskel_invariants(qv_7malp_norm):
    druskel_phase(qv_7malp_norm)
else:
    halt("QV:7MALP failed pre-druskel normalization checks")
```

Minimum required config:

```pseudo
config = {
    max_iterations: 12,
    tolerance: 1e-6,
    epsilon: 1e-12,
    damping_factor: 0.5,

    mode: "minmax",   # or "zscore" / "l2"

    min_value: 0,
    max_value: 100,

    output_min: 0,
    output_max: 1,

    mean: 50,
    std: 10,

    default_value: 0
}
```

The key invariant is: **do not enter the druskel phase until QV:7MALP is finite, bounded, normalized, and converged.**
