The most advanced BCM engine in the MENA resilience market
Guided BIA workshops that derive MAO and MBCO from impact-over-time curves. Recovery targets committed as RTO, RPO, MAO, and MBCO - and validated against actual test results. Nth-party dependency mapping with cascade simulation that shows exactly which processes fall when a supplier goes dark.
Continuity Plan
4 criticalRecovery timeline
4×4
BIA dimensions × intervals
4
Recovery targets per process
nth
Party cascade depth
81
Avg readiness score
RTOs are written in a workshop and never tested. Dependencies are mapped to Tier 1 and stop there. MAO and MBCO - the metrics that actually protect customers and revenue - are rarely derived at all. When disruption hits, the plan fails because it was never proven, and the cascade runs through dependencies no one mapped.
Regulators and boards no longer accept a plan document as evidence. SAMA, NCEMA, and ISO 22301 all expect tested recovery, measurable targets, and dependency visibility beyond your direct suppliers. A plan that's never been exercised is a plan that doesn't work - and a guess isn't a recovery strategy.
And unmeasurable commitments aren't commitments. 'We'll recover quickly' isn't a target. 'We'll be back in 4 hours with card-auth-only mode' is. Without MAO and MBCO, you can't prioritise, can't test, and can't hold anyone accountable for the outcomes that actually matter to customers.
The old way
Untested plans
Documents that gather dust
RTOs without MAO/MBCO
Targets missing the why
Tier-1-only dependencies
Cascade risk invisible
No test-vs-target proof
Gaps never raised
The NexusEdge way
Guided BIA
Impact curves, not guesses
MAO/MBCO derived
From the curve, not a vote
Nth-party cascade
SPOFs auto-detected
Test-vs-target proof
Gaps auto-remediated
NexusEdge runs a guided per-process BIA that captures impact across four dimensions - financial, operational, regulatory, reputational - at four time intervals, then derives MAO and MBCO from the impact curve. Not a guess, not a workshop vote: a defensible, evidence-backed derivation your regulator will accept.
Recovery targets are committed as RTO, RPO, MAO, and MBCO for every critical process, then validated against actual test results. When a test misses the committed target, the gap is tracked and a remediation action is auto-raised - so proof replaces promises, cycle after cycle.
Dependencies are mapped to the nth party with single points of failure auto-detected and cascade simulations that show exactly which processes fall, and how fast, when a supplier goes dark. Continuity plans are versioned, linked to the BIA and strategies they are built from, and drift-watched - so the plan in the library is always the plan that was tested.
Per-process capture across four dimensions and four time intervals, with MAO and MBCO derived from the impact-over-time curve - not from a workshop guess.
Every critical process commits four targets, validated against actual test results. Gaps between committed and achieved recovery auto-raise remediation.
Map dependencies beyond Tier 1, auto-detect single points of failure, and simulate how a supplier outage cascades through your processes - in hours.
Schedule full failovers, tabletops, and component tests. Record results against committed targets. Overdue tests surface immediately.
Continuity plans are versioned, linked to the BIA and strategies they are built from, and flagged when they drift from the tested baseline.
A live readiness scorecard across eight dimensions, every claim evidence-linked to BIA records, plan versions, and test results - generated in minutes.
A plan that's never been tested is a plan that doesn't work - and an RTO without MAO is a target without a reason.
Schedule a demo and discover how Business Continuity Management transforms your resilience programme.