Our products
Lyxio Zap EV Charging Intelligence
Lyxio Zap is an intelligent EV charging assistant that transforms charging stops from passive waiting into planned, meaningful micro-experiences. Instead of spending 30–60 minutes idle at a charger, drivers receive nearby cafés, walks, venues, or activities that align with:
Their charging duration
Their location
Their time of day
Zap is designed for drivers charging in unfamiliar areas with limited time and incomplete information.
The problem Zap solves
EV drivers frequently charge in locations they don't know— with little clarity on:
- Whether a charger will work
- How long charging will actually take
- What is nearby and reachable - Whether the area feels appropriate or safe
Zap addresses this gap by providing charging intelligence, not just listing chargers.
Unified Charger Intelligence Layer Public EV charging data (OpenChargeMap) enriched with reliability scoring, metadata enhancement, and user feedback. Operator feeds integrated as commercial partnerships expand.
Activity & Local Discovery Engine
Multi-source aggregation from: - Google Events - Selected ticketing and event platforms - Hospitality and venue data - Hotel APIs (Sources expanded gradually to manage cost and quality.)
AI-Powered Personalization
OpenAI-powered reasoning layer for: - Preference learning - Recommendation ranking - Itinerary logic - Natural-language explanation of results
Experience Layer
Web platform and mobile applications built with: React / React Native • Node backend • cloud-hosted infrastructure
How the intelligence layer works
Zap's intelligence layer validates multiple dimensions of a charging stop:
1. Charger Reliability Derived from historical uptime trends, user signals, and charger metadata.
2. Expected Charging Duration Estimated using vehicle parameters, charger power rating, and charge curve approximations.
3. Activity Relevance & Time Fit Multi-source aggregation of nearby places and events, matched precisely to: - Charging duration - Walking distance - Contextual relevance
4. Route-Aware Smart Stop Selection Selection of optimal charging stops based on reliability, time efficiency, and experience quality.
Zap converts charging downtime into intentional, informed experiences.
CheckinBliss
A multi-layer Verified Hotel & Stay Booking platform built for diaspora travellers who need certainty before arrival, not guesswork after booking.
CheckinBliss addresses a major trust gap: diaspora travellers hotel booking in emerging markets routinely face fake photos, unreliable power/water, misleading locations, unsafe neighbourhoods, and airport-to-property arrival issues gaps that traditional platforms are not designed to solve.
KEY FEATURES
Smart 6-Layer Verification System
Each property is verified through structured on-ground inspection:
Sustainability, security diaspora friendly
Host identity verification
Utility reliability tests (power, backup hours, water pressure, AC performance, WiFi stability)
Neighbourhood safety & accessibility (day/night scoring)
Real street-view capture (current, not outdated Google imagery)
Arrival experience validation (airport route accuracy, road quality, ease of finding the property)
“Matches What You Expect” Guarantee
If a property does not match our verification:
Replacement accommodation
Refund of booking fees
Optional travel credit
CheckinBliss verifies ground truth, not assumptions:
Property legitimacy (documents, ownership checks, compliance)
Host authenticity & professionalism
Utilities performance tests (power, water, AC, internet)
Neighbourhood intelligence (crime indicators, road condition, distance to essentials)
Arrival journey quality (route difficulty, night-time safety, driver guidance accuracy)
Photo/video authenticity (fresh captures + comparison with listing photos)
This solves trust gaps that platforms like Airbnb or Booking.com cannot close in emerging markets — because they don’t inspect properties physically.
Core Stack:
Field inspection workflow engine
Identity & document verification systems
Neighborhood intelligence scoring
Visual verification + street-level capture
Utility performance logging
Host behaviour and response-time analysis
Arrival-route mapping & risk scoring