PXL CONNECT
We integrate what others would rather not touch: corporate ERPs, legacy systems, industrial hardware, mainframes and old protocols. No magic frameworks, real engineering.
What's included
Mapping of systems, protocols, the data to be exchanged, frequency, latency and security and compliance constraints.
Patterns (REST, GraphQL, Webhooks, events, ETL, RPC), middleware (iPaaS, ESB, queues) and an error-handling strategy.
SAP, Oracle EBS/Fusion, NetSuite, Microsoft Dynamics, Salesforce, HubSpot, Workday and Amazon Connect.
Processors (Stripe, Conekta, Kushki, Kueski, PayPal), banking gateways, SPEI, ACH and a direct connection to banking cores where relevant.
POS, biometric readers, industrial IoT, scales, thermal printers, sensors and other devices.
Connection to legacy systems with the support of the internal team.
Mulesoft, Workato, Boomi, Tray.io where relevant.
Automatic retries, failure containment to prevent cascading effects, error handling, integration monitoring and specific alerts.
We make your product queryable and operable by AI assistants: MCP servers, agent-ready APIs and structured data, with permissions and traceability. If assistants can't read you, they won't recommend you.
We prepare your site and information so ChatGPT, Claude, Gemini and Perplexity can find, understand and cite you: structured data, llms.txt, AI-readable content and monthly mention tracking.
Who it's for
We'll help you decide quickly. If we are not the right match, we point you to who is.
Problem
Badly designed integrations are one of the main sources of intermittent bugs, inconsistent data and silent operational load. An integration that breaks at 3am does not only cause downtime: it erodes trust between internal systems, departments and customers.
Inconsistent data between systems, breaking reports and operations
Integrations that fail silently, with no alerts and no observability
Intermittent bugs investigated for days with no clear pattern
Fragile dependencies that bring down core systems when a third party fails
Growing operational cost from manual exception handling
An inability to migrate or change suppliers because the integrations are tightly coupled
Outcomes
Well-architected integrations are invisible when they work and quickly diagnosable when they fail. They enable modernising systems without rewriting everything, reduce operational load and let the business adopt new systems without year-long projects.
Reliable synchronised data between critical systems
Resilience to third-party failures (graceful degradation, not a total outage)
Granular observability of every integration with defined SLOs
The ability to change suppliers or systems at a lower migration cost
Reduced manual operational load from handling exceptions
A complete audit trail of which data went where, when and why
Process
An inventory of systems, data, protocols, constraints and stakeholders for each system involved.
The integration pattern, middleware where relevant, data contracts, an error strategy and a testing plan.
We start with the most critical or lowest-risk integration. We iterate before scaling to the rest.
Load testing, fallbacks, retries, edge cases and testing in a controlled production environment.
Dashboards per integration, alerts, runbooks and continuous support.
Related case studies
Insurance
Native app designed for 4 user profiles (policyholder, policy agent, coordinating physician and contracting party) to check policies, receipts, coverage and the hospital directory from their phone.
B2B SaaS
A B2B platform cross-checking public and private sources to validate policies, fleets and operations for its insurance clients.
B2B SaaS
A pipeline for OCR, extraction, classification and routing of insurance documents. We combined Tesseract, rules and cross-validation. Volume: 40K documents/month.
Stack | Tools | Standards
Integrations that do not fail at 3am.
Frequently asked questions
Yes, integrations with SAP ECC, S/4HANA and SAP BTP. For pure SAP implementations there are specialist partners we collaborate with.
It varies a lot depending on how many systems it connects and whether hardware or legacy systems are involved. Reach out to us through Contact and we'll give you a real range for your case.
Yes, it's part of our work with legacy systems and industrial hardware, not just software APIs.
Yes, we use iPaaS platforms like Mulesoft, Workato, Boomi, or Tray.io when it applies, though we also build custom integrations case by case.
Yes, that's exactly the kind of integration where we don't rely on documentation that doesn't exist: we reverse-engineer the system to map real data flows and dependencies.
SEO aims to get you into Google's results; GEO aims to get AI assistants like ChatGPT or Perplexity to mention and cite you when someone asks about what you offer. They complement each other, and much of the technical groundwork serves both.
MCP is an open standard that lets AI assistants connect to external products and systems. With an MCP server, an assistant can query your catalog, availability or account information and take actions within the permissions you define.
Related services
PXL AUTOMATION
PXL Automation
Operational orchestration. The operational flow that executes: when the input arrives, the model decides and the decision is routed into the business systems.
PXL DEVOPS
PXL DevOps
CI/CD and continuous delivery. Deployments without fear, live observability and SRE practice for serious teams.
PXL SECURITY
PXL Security
Security & pentesting. Hardening, compliance and vulnerability auditing. Because building well is not enough if it is not secure.
A 30-minute call about your integration. The initial diagnosis is free.
