Turing Standard

Agentic AI Overlay

Purpose-built agents.
Grounded by AKE.

The Agentic Overlay is a fully fledged AI agent with the power of AKE beneath it. Tailored intelligence per client, stable knowledge foundation underneath. Every fact cited. Every decision traceable.

How It Works

Tailored intelligence over a stable system.

AKE provides cited, environment-aware facts through three deterministic query types. The Agentic Overlay applies domain reasoning, physics, and UX on top. Hover any component to see the connection.

Inputs
AKE: Cited, Environment-Aware Facts
Agentic Overlay

Equipment specification libraries

Technical standards and datasheets

Regulatory membership and compliance lists

spec_query

cited specifications

rag_query

cited document pages

config_query

cited eligibility verdict

Tailored Intelligence

user agent

per-client UX and interaction

orchestrator

propose, verify, rank

domain solver

physics, constraints, domain logic

AKE serves cited facts and refuses the rest
Agentic Overlay applies tailored intelligence on those facts

Stable System

AKE is shared, version-controlled, and domain-agnostic. It never changes per client.

Tailored Intelligence

The Agentic Overlay is purpose-built per domain. Its reasoning, UX, and logic are yours.

Two Layers

One ground of truth. Your intelligence on top.

Agentic Overlay: per client

Orchestrator · Domain reasoning · Physics solver · User-facing agent

Purpose-built for your domain. Calls AKE for all factual lookups. Never decides a fact: it receives them, with citation, and reasons on top.

all factual queries

AKE: Ground Layer

Bi-temporal knowledge graph · Deterministic solver · Citation store

Stable, shared, version-controlled. Every fact delivered with its exact source page. Deterministic and reproducible.

What You Get

Designed for accountability, not convenience.

Behaviour-driven development

Rules written in plain English, locked in as tests. The agent knows what it can do and refuses to exceed that boundary.

Architecture from first principles

State, memory, and tool boundaries explicitly modelled, not left to emergent behaviour.

Typed, bounded tool calls

All tool calls carry budgets and circuit breakers. The agent cannot silently exceed a cost limit.

Eval harness built in

Not bolted on after deployment. Evaluation is part of the system design.

Full decision traceability

Every decision is logged and replayable. All facts sourced from AKE, with citation.

Commitment

Bring the problem. We tailor the solution.

Proof of concept first

We demonstrate before you commit.

Every engagement starts with a working demonstration on your own documents. We agree on a specific cited-answer rate for your query types before any contract is signed. Straightforward lookup or multi-layer compliance agent, the architecture holds across the full range of complexity.

If we miss the bar

You owe nothing.

Not a marketing device. We state specific quality criteria before the pilot begins. If the system does not meet them in your domain, the pilot engagement is refunded in full. The confidence to make that offer is the signal.

Example

Solar inverter configuration.

The agent checks five physical and regulatory constraints. Each number is retrieved from the cited source page. It stops when it finds a binding violation.

Query

“Verify DC string wiring for SMA STP15000TL-30 inverter with 20 × LONGi LR5-72HPH-555M modules proposed as 2 strings × 10 connected to MPPT-A only. Site: Riyadh, SA. Is this configuration safe to deploy?”

System Configuration

InverterSMA Sunny Tripower 15000TL-30 (15.0 kW AC)
Modules20 × LONGi LR5-72HPH-555M (555 W each)
Proposed wiring2 strings × 10 modules → MPPT-A only
SiteRiyadh, SA · Tmin: 5 °C / Tmax: 47 °C
DC input power20 × 555 W = 11.10 kWp< 22.5 kW DC limit
[SMA STP15000TL-30 · §3.1 · p. 9]
String Voc at min temp (5 °C)10 × 49.6 V × 1.054 = 523 V< 1000 V max string voltage
[IEC 62109-1:2010 · §7.3 · p. 28]
MPPT voltage at max temp (47 °C)10 × 41.1 V × 0.9406 = 387 V≥ 380 V MPPT floor
[SMA STP15000TL-30 · §3.1 · p. 9]
DC / AC ratio11.10 kWp / 15.0 kW = 0.74∈ [0.70, 1.50] recommended range
[SMA Application Note · §2 · p. 4]
MPPT-A input current2 strings × 13.72 A = 27.44 A> 18.0 A maximum per tracker
[SMA STP15000TL-30 · §3.1 · p. 9]

Status

NON-COMPLIANT

Binding failure: MPPT-A over-current (27.44 A > 18.0 A limit)

Remediation

MPPT-A:1 string × 10 modules13.72 A18.0 A max
MPPT-B:1 string × 10 modules13.72 A18.0 A max

Every number above was retrieved from the cited source page by AKE. The agent handled the physics. Neither step involved a model deciding a fact.

Deploy a purpose-built agent
on a proven knowledge layer.

Learn about AKE