Network & dependency analysis

Trace how load, failure and knowledge propagate through a graph of teams, services or components.

14 of 388 tools.

Audit commercial resilience claim integrity

Audit resilience ROI claims against a unique commercial-source to technical-component graph: recompute each action's avoided loss under joint failure scenarios, cap support at graph-derived value, detect duplicate effects, probability drift and weak evidence, and prevent overlapping component benefits from being sold twice.

Risk, tails & resilience Network & dependency analysis

Construct calibration shared evidence graph

Discover stable candidate relationships for shared calibration design by correlating standardized held-out loss improvement across common environments, resampling whole environments, stability-selecting practical edges, controlling sign discoveries with Benjamini-Hochberg FDR and returning connected components without claiming parameter transfer.

Analytics assurance & orchestration Network & dependency analysis

Estimate coordination network percolation

Estimate organizational network tipping points under random versus targeted aggregate-unit loss, with weighted connected-component curves, Monte Carlo intervals, and structural-hub diagnostics.

Org design, incentives & decisions Network & dependency analysis

Estimate systemic portfolio contagion

Estimate nonlinear financial distress propagation across a directed portfolio network under coherent joint shocks, separating direct from contagion loss and reporting CVaR, convergence, spectral instability, tail attribution, and finite-round loss influence.

Risk, tails & resilience Network & dependency analysis

Infer stability selected temporal metric graph

Infer a compact aggregate temporal dependency graph with a chronologically held-out ridge VAR, moving-block coefficient bootstrap, practical-effect stability selection, and false-discovery control.

Risk, tails & resilience Network & dependency analysis

Optimize AI workflow design portfolio

Select one governed AI workflow graph per use case, maximizing risk-adjusted business value under hard control, success, latency and scenario-availability gates plus shared model/tool/review capacity, dependencies, implementation budget and economic-regret CVaR.

AI cost, routing & return Network & dependency analysis

Optimize capability transition network

Plan training and hiring as integral capacity flows through a time-expanded skill network, maximizing multi-period demand value net of transition cost and lead time.

Capacity, staffing & flow Network & dependency analysis

Optimize commercial resilience portfolio

Select a budgeted, capacity-feasible technical resilience portfolio directly on a deduplicated commercial exposure graph, combining simultaneous failures and multiple mitigations multiplicatively, enforcing CVaR and critical-loss gates, returning a cost-loss-tail Pareto frontier, and disclosing exact or deterministic beam search.

Risk, tails & resilience Network & dependency analysis

Optimize cyber control portfolio

Find a budget-, capacity-, availability- and defense-depth-feasible cyber-control portfolio on a nonlinear attack-path graph, recomputing unique-asset expected loss and CVaR under dependencies, exclusions and multiplicative effects.

Security, access & compliance Network & dependency analysis

Optimize queueing network capacity

Choose minimum-cost integer capacity additions across a routed open queueing network using traffic equations, M/M/c waits, and exact budget dynamic programming.

Capacity, staffing & flow Network & dependency analysis

Optimize shared platform investment

Choose a shared-platform option and adopter coalition under budget, capacity, joint scenarios, pairwise network value, CVaR, and individually rational Shapley-informed cost allocation.

Investment & portfolio choice Network & dependency analysis

Optimize team topology

Partition the collaboration graph into bounded teams while balancing preserved working relationships, skill coverage, membership stability, and fixed assignments.

Org design, incentives & decisions Network & dependency analysis

Simulate delivery flow digital twin

Simulate delivery as a network of finite queues with stochastic arrivals, lognormal service, rework, WIP limits, and policy economics.

Capacity, staffing & flow Network & dependency analysis

Simulate dependency cascade risk

Stress-test correlated baseline failures and directed dependency cascades with portfolio loss VaR/CVaR and risk contributions.

Risk, tails & resilience Network & dependency analysis

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