Airports run hundreds of interconnected systems. Cynaptix uses AI to map, classify, score, and govern every integration dependency across your technology estate.
Request a DemoA major airport operates 100+ enterprise systems across passenger services, ground operations, security, logistics, facilities, and IT infrastructure. Each system depends on dozens of others through APIs, event streams, file transfers, and database links. At scale, that's 800+ interface dependencies that nobody can see in a single view.
Dependency knowledge lives in spreadsheets, in the heads of long-tenured architects, and in inconsistent CMDB entries.
When a system changes, architects must manually contact multiple domain owners to assess impact — a process that takes days, not minutes.
A failure in one hub system cascades across the majority of the airport estate. The top hub system has 86 interface dependencies.
The airport technology ecosystem is rich with platforms — integration middleware, service management, workflow automation, and enterprise architecture tools. Each one does its job well. But none of them provide cross-platform integration intelligence.
| Category | Platform | What It Does | The Gap |
|---|---|---|---|
|
Integration Middleware |
MuleSoft Anypoint | API management, ESB, integration flows | Manages APIs — doesn't map full dependency landscape |
| Informatica IDMC | Data integration, ETL, data quality, governance | Moves data — doesn't model system-to-system interfaces | |
| IBM App Connect | Enterprise integration, message broker, event streams | Routes messages — no holistic integration visibility | |
| TIBCO / Software AG | Event-driven middleware, API management | Connects endpoints — no cross-platform risk scoring | |
| Dell Boomi | iPaaS, cloud-to-cloud integration | Automates flows — doesn't classify dependencies | |
| Apache Kafka / Confluent | Event streaming, real-time data pipelines | Streams events — no graph analysis or blast-radius | |
|
Workflow & BPM |
Appian | Low-code BPM, workflow automation, case management | Runs processes — doesn't expose integration topology |
| Pega | Intelligent automation, decisioning, CRM | Automates decisions — no interface dependency mapping | |
| Microsoft Power Platform | Low-code apps, Power Automate, connectors | Builds apps — no enterprise integration governance | |
|
ITSM & CMDB |
ServiceNow | ITSM, CMDB, change management, asset management | Records CIs — doesn't provide graph analysis or blast-radius |
| BMC Helix | ITSM, CMDB, AIOps, remediation | Manages incidents — no aviation-specific integration model | |
| Ivanti Neurons | IT asset management, service management | Tracks assets — doesn't map interface dependencies | |
| Cherwell / Freshservice | IT service management, workflows | Ticketing focus — no integration topology awareness | |
|
Enterprise Architecture |
LeanIX | EA management, application portfolio, tech radar | Maps architecture — not built for airport-specific operations |
| Sparx Enterprise Architect | UML/ArchiMate modelling, repository | Models structure — no live dependency intelligence | |
| Ardoq / Bizzdesign | Enterprise architecture analysis, transformation | Visualises EA — no real-time integration risk scoring | |
|
Airport Systems |
SITA | AODB, FIDS, BRS, passenger processing, baggage | Runs operations — doesn't govern cross-system interfaces |
| Amadeus / Collins Aerospace | Airport management, resource management (AODB, RMS) | Manages resources — no enterprise-wide dependency view | |
| ADB SAFEGATE | Airfield, gate, tower solutions, A-CDM | Operates airside — no terminal integration intelligence | |
| Leidos / ARINC | Airport IT integration, security systems | Implements systems — no ongoing integration governance | |
|
Monitoring & AIOps |
Datadog / Splunk | Observability, log analysis, APM, dashboards | Monitors performance — doesn't map dependency topology |
| Dynatrace / New Relic | Application performance monitoring, AI root cause | Traces transactions — no integration ownership model | |
| PagerDuty / Opsgenie | Incident alerting, on-call management, escalation | Alerts on failure — doesn't predict cascade impact |
Cynaptix is not a replacement for any of these platforms. It's the intelligence layer above them all — mapping every integration dependency, scoring risk with AI, simulating blast-radius, and governing the interfaces that connect your entire airport estate.
Cynaptix delivers a purpose-built intelligence layer that gives airport technology teams total visibility over their integration landscape.
A colour-coded grid that makes the full integration topology visible at a glance. Filter by domain, zoom to any detail level, export to PNG/SVG/Excel.
Interactive network graph with outage simulation. Select any system, see 1st, 2nd, and 3rd-order blast radius. Trace shortest dependency paths.
Five-factor AI scoring model: passenger impact, cyber exposure, dependency count, ownership maturity, recovery complexity. Configurable weights, trend tracking.
Bi-directional sync with all major CMDBs — ServiceNow, BMC Helix, Ivanti, Cherwell, and Freshservice. Map interface metadata to CI classes with ready-to-execute import specifications. No rip-and-replace.
Natural language queries powered by RAG. Ask: "What depends on the AODB?" or "Show unmonitored interfaces carrying restricted data." Predictive anomaly detection and automated classification.
Auto-generate Epics, Features, and Stories from dependency data. Sequence into risk-aware release waves. Export to Jira or Azure DevOps.
Cynaptix embeds AI at every layer — from automated interface discovery and classification to predictive risk scoring and natural language queries. The platform gets smarter as your data grows.
Ask questions in plain English. "What systems depend on the BHS?" "Show me all Tier-1 interfaces with no SLA." Retrieval-augmented generation across your entire integration corpus.
ML models classify interface types, data sensitivity, protocol patterns, and ownership — reducing weeks of manual cataloguing to hours.
Continuous monitoring detects drift in integration patterns, flags unusual dependencies, and surfaces emerging risks before they cascade.
Run "what-if" scenarios: decommission a system, upgrade a protocol, or migrate a vendor — and see the AI-predicted blast radius in seconds.
Cynaptix constructs a real-time digital twin of your airport's integration ecosystem — a living, breathing topological model that mirrors every system, every interface, and every dependency as they operate right now.
Project the full integration topology onto your Network Operations Centre wall. Every node is a system. Every edge is an interface. Colour-coded by health: green for operational, amber for degraded, red for critical. Your NOC team monitors the entire technology estate from a single, unified view.
When a system degrades, the digital twin instantly highlights every downstream dependency at risk. Your operations team sees the blast-radius before the cascade hits — turning reactive firefighting into proactive intervention.
Pre-built and customisable dashboards surface the metrics that matter: interface health by domain, dependency density heatmaps, SLA compliance, and integration drift tracking — all streaming in real time.
Every technology programme — whether launching a new system, upgrading middleware, or decommissioning a legacy platform — sends shockwaves through the integration landscape. Cynaptix lets you see those shockwaves before they happen.
Select any system for decommissioning and instantly see every interface that will break, every downstream dependency at risk, and every team that needs to be notified. Cynaptix generates the full migration impact report and a sequenced remediation plan.
Introducing a new system? Model the proposed interfaces before Day 1. See where it fits in the dependency graph, which existing integrations it overlaps, and what new risks it introduces. Plan your integration architecture before writing a line of code.
Migrating from one middleware platform to another? Cynaptix maps every integration that touches the old platform, models the cut-over sequence, and tracks each interface migration through testing to production. No interface left behind.
Run unlimited "what-if" simulations against the live topology. What happens if the AODB goes down? What if we move BHS to a new vendor? What if we consolidate three FIDS providers into one? See the predicted impact in seconds, not weeks.
Simulate the decommissioning of any system and see the full cascade impact before execution.
Cynaptix wasn't designed in a lab. It was born from decades of hands-on airport systems integration — from the world's first fully virtualised international airports to major US hub modernisation programmes.
Our team has integrated AODB, FIDS, BHS, BRS, CCTV, access control, and every layer of the airport ecosystem across Muscat, Salalah, Abu Dhabi, Bahrain, and major US hubs.
Cynaptix is delivered in partnership with leading technology consultancies operating at top-tier US airports, international port authorities, and highly regulated aviation environments across North America, the Middle East, and beyond.
Cynaptix is delivered in partnership with leading technology consultancies operating at top-tier US airports, international port authorities, and highly regulated aviation environments across North America, the Middle East, and beyond.
Our airport footprint spans Denver, New York, DFW, Phoenix, Toronto, London, Dubai, Oman, and Riyadh.
Request a demo and see how Cynaptix maps your airport's integration dependencies in a single, AI-powered, queryable intelligence layer.
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