TRAVEL·INFRASTRUCTUREMULTIPLE SOURCESREGIONS·14PCI·DSSSLA·99.99V·2·6·STABLEGDSSABRE · AMADEUS · TRAVELPORTREQ/S2,847AIRLINE DIRECTNDC · IATA · BSPREQ/S1,632HOTEL DIRECTHRS · BOOKING · EXPEDIAREQ/S3,194CAR · RAIL · GROUNDHERTZ · AVIS · TRAINLINEREQ/S894Unified traveler experienceNORMALIZEDEDUPERANKCACHEDELIVERINTEGRATION HEALTHP50 LATENCY142msP99 LATENCY487ms24HUPTIME · 30D99.997%SLA 99.99TRANSACTIONS · 24H8.4MBY SOURCEGDS61%AIR22%HOTEL13%GROUND4%MODES · ACTIVEAIR2,847 RPSRAIL632 RPSGROUND262 RPSLAXJFKLHRDXBBOMSINNRT120W60W060E120EQ1·2026·LIVEREGION·EU·NA·APACSEQ·14829CHK·0xB7E2A4AGG·8.4MP50·142MSP99·487MSSLA·99.997CACHE·0.94SYNC
TRAVEL·INFRALIVESUPPLIERS40+1 API · 99.99% uptimeMODESACTIVEAIRRAILGROUNDLAXJFKLHRDXBBOMSINNRTP50·142msP99·487msSLA·99.997SYNC

Travel technology built for enterprise complexity.

Enspirit designs and builds enterprise travel technology, booking platforms, GDS integrations, sustainability intelligence tools, and traveler-facing experiences for companies including Deem, Travelport, and Alo Index.

Deem7-year partnership
TravelportGDS integration
EncoreWebflow + brand
22Design awards

What we build for travel

Enterprise travel is operationally dense. Multi-supplier inventory, policy engines, approval workflows, expense reconciliation, and traveler profiles that need to work across web, mobile, and offline. We've built across booking platforms, GDS integrations, sustainability intelligence, and traveler-facing design for companies where a broken workflow has real business cost.

Booking platforms

End-to-end booking flows across air, hotel, car, and rail. Policy-aware, multi-currency, integrated with GDS and NDC sources.

Traveler experience

Mobile-first interfaces for itinerary management, trip changes, and real-time alerts. Designed for road warriors, not casual travelers.

GDS & supplier integration

Deep integration with Sabre, Amadeus, Travelport, and direct supplier APIs. Real-time availability, pricing, and ticketing.

Sustainability and analytics

ESG benchmarking, hotel sustainability scoring, and enterprise reporting for travel buyers who need data across global programs.

Enterprise travel runs on dense infrastructure

A corporate booking platform has to talk to GDS infrastructure that predates the web, apply policy rules that vary by traveler tier and trip purpose, enforce approval chains that differ by department, and push confirmations into an expense system in whatever format finance actually uses. Each of those connections has different API patterns, different failure modes, and a different vendor on the other end when something breaks.

The Deem platform we've worked on for over seven years serves more than 300 enterprise clients. Each one has its own policy configuration. A Fortune 500 with a managed travel program and a mid-market company with basic expense reimbursement need the same booking flow to behave very differently underneath. The UI can look the same. The rules engine cannot be simplified.

GDS integrations reveal their complexity once you're working against a live environment, not in a sandbox. Sabre, Amadeus, and Travelport have different API patterns and different update cycles. NDC direct supplier content adds a second layer with different data structures. Getting availability, pricing, and ticketing correct across all of it in real time is the kind of problem that looks solved in a demo and isn't.

The organizer problem that nobody built for

The travel industry spent 30 years building platforms for the traveler. The person clicking confirm booking. Every portal, every app, every AI product entering corporate travel right now is aimed at that person.

That person is not your real problem. The recruiting coordinator managing 12 candidates flying in next week is. The HCP event lead trying to stay Sunshine Act-compliant while getting 40 physicians to Phoenix is. The crew coordinator who just got told the location changed. These people run their work from spreadsheets, email threads, and Slack. Every travel platform asks them to leave all of that and enter a form-filling ceremony in a portal they barely remember logging into.

We've been building in this space long enough to see where the actual friction is. It's not the booking flow for the individual traveler. It's the organizer holding everything together with manual work they shouldn't be doing. The guest who wants to drive one way and fly back. The speaker extending two days at personal expense. The candidate who missed their flight at 11pm with no one to call. Today, most of those become support tickets. Someone handles them by hand. It works, barely, and it doesn't scale.

The AI that matters in corporate travel isn't a faster booking UI. It's one that already knows your event, your guests, your policy, and the deviations you're going to face before you've thought to ask. That meets you in Slack or email rather than making you open another tab. We've built this kind of AI for an organizer-side corporate travel product, and the demand is real. Most platforms are building a faster car. The problem worth solving is making the road shorter.

How we approach travel platform work

We start with the policy engine and GDS integration architecture, not the UI. The booking experience is constrained entirely by what the system can guarantee: that options are policy-compliant, the price shown is the price charged, the confirmation reaches the right systems. Those guarantees require the right architecture before any screen is designed.

Accessibility gets built in from sprint one, not added before launch. Deem serves travelers with a range of vision, hearing, motor, and cognitive needs. When Apple required specific accessibility standards for a custom enterprise deployment, the existing architecture already met them. That only happens when WCAG compliance is a design constraint from the start.

7-year partnership

Deem: enterprise travel booking, reimagined

Redesigned the entire booking experience for 300+ enterprise clients. Booking time dropped from 425 seconds to 127. NPS moved from 19 to 54. WCAG AA+. 22 industry awards.

Read case study

Common questions

We've integrated with Sabre, Amadeus, and Travelport across multiple engagements, including the Deem platform which sits on Travelport infrastructure. We've also worked with NDC direct supplier connections for airline content that sits outside the GDS. Each system has different API patterns, update cycles, and support models. We scope GDS integration as a separate workstream with its own timeline because the complexity is significant and tends to surface unexpected requirements once you're working against a live environment.
Yes. Policy enforcement is central to enterprise travel and is one of the areas where we have the most depth. The Deem platform supports policy configurations across hundreds of enterprise clients, each with different rules by traveler tier, trip purpose, booking window, and approval chain. The policy engine has to handle pre-trip approval routing, out-of-policy flagging with exception workflows, and post-trip reconciliation. We design the policy layer as a first-class system component, not as a set of conditional checks added after the booking flow is built.
We build to WCAG AA+ from the first sprint. Enterprise travel platforms serve travelers with a range of accessibility needs, and accessibility built in from the start costs a fraction of what it costs to retrofit later. When Deem needed to meet Apple's specific accessibility standards for a custom enterprise deployment, our existing architecture was already compliant. That outcome is only possible when accessibility decisions are made alongside design decisions, not after them.
Enterprise travel platform work is typically a multi-phase engagement. An initial design and architecture phase establishes the booking flow, policy engine model, and GDS integration architecture. The first production release covers the core booking flow with basic policy enforcement. Subsequent phases add approval workflows, mobile, analytics, and additional supplier integrations. The Deem engagement has run for over seven years because the platform keeps evolving and new requirements keep emerging. We scope the first phase clearly and plan for the phases that follow.
Yes. Mobile is central to the traveler experience and gets different design treatment than the desktop booking flow. Travelers use mobile for itinerary access, trip changes, and real-time alerts more than for initial booking. The mobile experience has to work in low-connectivity environments, integrate with native notifications, and surface the most time-sensitive information without requiring a full app open. We've built mobile-first traveler experiences alongside the web platform on multiple engagements.

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