How Spatial DNA Works

The operating genome for controlled infrastructure automation.

Systems may already be connected. Spatial DNA controls what happens between them: mapping, validation, decisions, retries, records, extensions, and governed access for analytics, applications, and AI.

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Interactive platform model

Connectors and Data Mappers

Source systems connect into Spatial DNA and are translated into a consistent operating foundation.

Spatial DNA Platform operating model visual An inline SVG showing source systems flowing through the Spatial DNA platform. A central governed execution layer controls mapping, validation, decisions, retries, records, extensions, APIs, and AI access before producing operational outcomes. Source systems Spatial DNA platform Controlled outcomes GIS + spatial assets, location Work management orders, status Field operations crews, updates ERP + finance costs, approvals Billing + CRM customers, fees Reporting + AI analytics, agents Connected is not the same as controlled 1 Connectors + Data Mappers connect and translate existing systems 2 Execution Control Layer validate, enrich, decide, retry, record 3 Unified Model common meaning for work, assets, costs 4 Specifications + Extensions standardize the core, adapt the edge 5 AI + APIs governed access without bypassing control Map Validate Enrich Decide Retry Record Work completed right status, right data Costs validated finance context intact Billing triggered no loose handoffs Audit record trace every operation Analytics-ready trusted operations data AI context governed, traceable One operating model, many systems Spatial DNA Core governed foundation Partner Extensions repeatable packages Customer Rules local requirements STANDARDIZED + EXTENSIBLE

Control each handoff

Spatial DNA applies decision rules and validation before work advances between systems. Missing information, conflicting records, and out-of-sequence updates are handled as exceptions, so a successful transfer does not conceal an operational problem.

Keep work and cost connected

Shared operational context links assets, locations, service requests, work orders, and costs across GIS, work management, and finance. Each system retains its authority, while teams can follow the same job across departmental handoffs.

Extend workflows with control

Add workflows, applications, and AI-assisted capabilities through governed interfaces and reusable rules. New capabilities use the operational context and decision controls that keep existing processes consistent as requirements change.

Trace decisions and results

Spatial DNA records workflow decisions, actions, exceptions, and recovery. Teams can see where a handoff stopped and what happened next, helping operations resolve issues and finance explain how field activity was recorded in the financial system.