AI Strategy, Infrastructure Architecture & Security Research
Move from an impressive agent demo to a system your organization can inspect, control and recover
Roble Mumin advises on the architecture and qualification of agentic AI systems: how agents use tools, retain state, cross authorization boundaries, recover from failures and demonstrate acceptable behavior before production use.
The consulting scope concentrates on the interfaces where agentic systems usually fail: tools, state, identity, evidence, recovery and operational ownership.
Define agent responsibilities, tool contracts, state transitions and failure paths so a model cannot quietly become the authority for permissions or business rules.
Build matched task sets, positive and negative controls, factual-integrity checks and release thresholds around the final visitor or operator outcome.
Separate user identity, agent identity and service authority; keep sensitive actions behind explicit authorization and preserve evidence for later review.
Plan correlated logs, cost and latency telemetry, bounded retries, partial-result handling, rollback and operator-visible failure states.
The exact sequence depends on the system, but production qualification should make the important boundaries observable before deployment.
These are possible outputs chosen by scope, not a claim that every engagement produces all of them.
A production agent is not defined by how fluent its best run sounds. It is defined by the work it may perform, the evidence it must preserve and the way the surrounding system contains incomplete or unsafe output.
Model choice matters, but it does not replace application-controlled permissions, proposition scope, deterministic controls, operational telemetry and a tested recovery path.
Roble Mumin is based in Cologne and can scope agentic-AI architecture and qualification work remotely across Germany and DACH. On-site work is agreed when needed; no additional office is claimed.
A production system has explicit permissions, tool contracts, state handling, human approvals, evaluation thresholds, observability, recovery and accountable operators. A successful demonstration does not establish those properties.
Use matched tasks that reflect the intended workload, measure quality and containment separately, and include latency, privacy, contractual, operational and switching constraints. A public leaderboard is not a substitute for this comparison.
It should test correct outcomes, refusals, authorization boundaries, factual scope, tool errors, interrupted streams, state continuity, recovery and the final answer or action seen by the user.
Yes. Architecture, evidence review and qualification work can be scoped remotely across Germany and DACH. Access to systems and any on-site work are agreed separately.
The examples below show implemented or published work relevant to the consulting method. Their maturity labels are part of the claim.
IICP publishes specifications, conformance material and client/provider implementations for intent-based agent discovery and routing.
Calixa uses evidence admission, application-owned authority, guarded release transactions and public conversational smoke tests on this website.
Public repository instructions, architecture decisions, gate catalogues and release tooling document a verification-first engineering process.
Use the related pages to inspect the underlying workflow, model-selection heuristics and public project evidence.
A first review can map the agent’s intended work, the authority it needs, the failure states that matter and the smallest credible qualification set.
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