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TAJALLI

Industries

Application domains, stated precisely.

Tajalli's architecture applies wherever a proposed decision becomes a real commitment or action. We distinguish domains with controlled validation from domains where the architecture is applicable but not yet validated.

Validated domainArchitecture applicable
01Validated domainTajalli QISTAS

Energy & Distributed Flexibility

Certified operational commitments

Flexibility is only valuable when it can be committed. QISTAS certifies what a distributed portfolio can actually deliver, under current evidence, before it is offered, bid or dispatched.

  • Certified flexibility per asset and per portfolio
  • Commitment gating before market or grid submission
  • Dynamic validity bound to the evidence it was derived from
  • Imbalance exposure addressed before commitment, not after settlement
  • Shadow evaluation against existing optimization stacks
02Validated domainTajalli RADM

Enterprise AI Agents

Deterministic runtime authority

Agents are moving from answering questions to taking actions. RADM places a deterministic execution boundary between agent reasoning and the tools that change real systems.

  • Privileged tool use under explicit authority
  • Mediation of MCP tools and function calls
  • Internal assistants with bounded effects
  • Autonomous workflows with commit / abort boundaries
  • Human approval where the effect requires it
03Architecture applicableTajalli RADM

Cloud & Digital Operations

Controlled privileged execution

Architecture applicable to operational automation where a single call can change production: infrastructure actions, administrative tools and deployment workflows.

  • Infrastructure and configuration actions
  • Administrative and break-glass tooling
  • High-consequence internal APIs
  • Deployment and release actions
  • Access-controlled operational workflows
04Architecture applicableCompany architecture

Industrial & OT Systems

Boundary-aware control architectures

Potential application architecture. Supervisory optimization and advanced control increasingly propose setpoints and schedules. A state-bound control layer can determine which proposals remain admissible under current plant evidence.

  • State-bound admissibility for supervisory proposals
  • Explicit validity boundaries tied to plant evidence
  • Fail-closed behavior when evidence is missing or stale
  • Replayable decision lineage for engineering review
05Architecture applicableCompany architecture

Regulated Enterprise Workflows

Evidence-bound decision infrastructure

Architecture applicable to processes where an action must be traceable to the evidence and authority that permitted it.

  • Financial operations and payment workflows
  • Critical approval chains
  • Controlled automation of business processes
  • High-consequence decisions requiring reconstruction

Enterprise enquiries

Bring a high-consequence decision. We will map the boundary.

Describe the system that proposes and the system that acts. We will tell you plainly whether deterministic control fits.