C · Systems Foundry

Production AI agents for companies that need control, not experiments.

Maze Tech designs, builds, and governs agentic systems that use tools, follow approval rules, generate telemetry, and operate inside defined business boundaries.

Tool contractsApproval gatesTrace replayEval suites

Palette direction

Systems architecture composition for technical buyers who need integration clarity and production discipline.

  • Mist grey
  • Ink
  • Desaturated rust
  • Dusty olive

The buyer problem

Your teams are already using AI. The question is whether leadership can govern it.

South African companies have moved from AI curiosity to AI exposure. Reports, research, support drafts, analysis, and internal workflows are already being assisted by generative AI. Most organisations still need a clear answer to four questions: who owns the system, what data may it use, what actions may it take, and how is the work checked?

Boundary What stays human-only? Access Which tools and data? Evidence What gets logged? Review Who approves change?

What Maze Tech builds

Workflow-specific agents with the control surface procurement expects.

Not chatbots with broad access. Not a model demo dressed as a product. Each system is scoped around an operational workflow, a permission model, an approval path, and a way to prove behavior over time.

Tool-using agents

Agents connected to APIs, documents, CRM/ERP surfaces, support queues, and internal tools.

Approval-gated workflows

Human checkpoints for financial, customer-facing, legal, or hard-to-reverse actions.

Agent telemetry

Trace records for prompts, tool calls, approval decisions, exceptions, spend, and operator feedback.

Evals and test harnesses

Scenario packs for accuracy, policy adherence, prompt-injection resistance, and regression checks.

Governance layer

Ownership, risk tiers, access rules, model/provider records, review cadence, and incident routines.

Secure architecture

Least privilege, scoped secrets, user-context execution, audit trails, monitoring, and rollback paths.

Why agent pilots fail

Most failures come from the surrounding system, not the model alone.

01

Broad tool access

02

No approval checkpoints

03

No audit trail

04

No evaluation suite

05

Unclear ownership

06

No rollback path

07

Weak prompt-injection testing

08

No cost or latency telemetry

Production Agent Control Model

Define the operating envelope before autonomy expands.

This direction is built for technical buyers: systems, adapters, traces, failure modes, eval replay, and the governance needed to scale beyond one pilot.

01

Use-case boundary

Define the workflow, decisions, data sources, and actions that stay human-only.

02

Tool contracts

Limit each agent to named systems, schemas, permissions, and failure behavior.

03

Approval map

Route sensitive, costly, customer-facing, or irreversible actions to named reviewers.

04

Telemetry trail

Record inputs, tool calls, approvals, exceptions, cost, latency, and feedback.

05

Evaluation suite

Replay real cases against policy, source grounding, refusal behavior, and regressions.

06

Lifecycle owner

Assign risk rating, review cadence, change control, incident path, and retirement criteria.

Where to start

Choose workflows where oversight, evidence, and cycle time matter.

Operations

Internal request triage, exception handling, SOP-guided work, supplier document processing, report packs.

Customer operations

Support triage, complaint classification, call/email summaries, approved response drafting.

Finance and admin

Invoice extraction, reconciliation support, procurement research, policy-guided approvals.

Sales and revenue ops

Account research, proposal drafts, CRM hygiene, sales-call intelligence, tender support.

Compliance and risk

Policy lookup, control evidence collection, audit-prep workflows, regulatory monitoring.

Governance and security

Designed for POPIA-aware, audit-ready operation.

Maze Tech designs agentic systems with data boundaries, scoped permissions, approval thresholds, trace records, and review artifacts that executives, IT, risk, and compliance teams can inspect.

Least-privilege tool access
Human review for high-impact actions
Traceable prompts and tool calls
Evaluation before expansion
Incident and rollback paths
Model and provider records

Proof without invented claims

When client metrics are not public, show the artifacts buyers can inspect.

Maze Tech should earn trust through the shape of the work: control documents, eval packs, telemetry models, architecture traces, and a private technical walkthrough.

AI use-case registerAgent risk registerTool contract specificationApproval matrixTelemetry event modelEvaluation suiteProduction-readiness checklistGovernance review pack

Market context used in the strategy

The content is grounded in buyer concerns, not AI hype.

South African GenAI adoption has outpaced strategy and guardrails

World Wide Worx / Dell / Intel SA GenAI Roadmap 2025 reports widespread adoption with limited company-wide strategy and guardrails.

Agentic AI needs identity, guardrails, observability, and lifecycle management

AWS Prescriptive Guidance frames agents as production-grade services, not isolated model deployments.

Agent value depends on workflow redesign and governance

McKinsey argues ROI comes from embedding agents into core workflows with feedback loops and governance.

Autonomy creates new risk classes

OWASP Excessive Agency guidance recommends least privilege, limited tools, human approval, and monitoring.

Human oversight remains important in South Africa

POPIA section 71 requires care around solely automated decisions with legal or substantial effects.

Questions buyers ask

Answer the concerns before procurement has to ask.

We are not ready for AI agents.

You may not be ready for full autonomy. You are ready to map current AI use, choose one safe workflow, and define the guardrails.

Our data is messy.

Start with a bounded workflow, approved sources, narrow tool access, and measurable outputs. Data readiness is assessed per workflow.

Compliance will block this.

Uncontrolled AI creates the risk. Governed systems reduce it with data boundaries, logging, approvals, and incident paths.

We already use Copilot or ChatGPT.

General tools are not governed agentic systems. Maze Tech builds workflow-specific agents with tool contracts, traces, evals, and approval gates.

What if the agent takes the wrong action?

High-impact actions should not be fully autonomous. They should pass through policy checks, scoped permissions, rate limits, and human approval.

How do we prove ROI?

Start with one measurable workflow: manual touches, cycle time, backlog, response time, review load, or evidence collection effort. Baseline before promising ROI.

Next step

Book an Agentic Systems Assessment.

Bring one workflow, one risk concern, or one internal AI problem. Maze Tech will help define the operating boundary, first pilot path, and governance artifacts needed to proceed.

Start the assessment brief