The long-term engine behind the products
Our Memorandum of Association charters us for research, prototyping, and commercialisation of emerging technologies. This page is honest about where that work stands today: active engineering research inside our production systems, growing toward published work.
What we're researching now
Our current evidence is strongest in software, real-time media and phone-display engineering. AI, logistics intelligence, embedded systems and lawful unmanned platforms form broader development areas. Exploratory work is identified separately from implemented product behavior.
Shared displays and proximity evidence
Aura studies coordinated phone displays using scheduled local rendering, checked seating and experimental optical mapping. Spatial Lab records consented BLE summaries with freshness, reciprocity and ground-truth checks. Radio evidence describes proximity; it does not establish precise physical coordinates.
Real-time media synchronization
Adaptive playback synchronization across distributed clients — clock drift correction, network-quality signals, and WebRTC SFU architectures. Visible and audible alignment requires device and network measurements. Proving ground: SyncPlayer and the self-hosted LiveKit + TURN stack we operate.
Self-hosted & private AI
Running LLMs on owned infrastructure for data-sovereign deployments — model serving, quantization trade-offs, and same-origin assistant architectures that keep client data inside the perimeter.
Logistics automation
Document intelligence for freight — automated bill-of-lading extraction, workflow automation, and operational analytics. Proving ground: FreightSight running live forwarder operations.
Embedded & unmanned platforms
Exploratory work under our charter: control links, telemetry pipelines, and secure command systems for UAVs and robotics — pursued within DGCA and applicable regulatory frameworks.
Where this section is going
Engineering notes
Write-ups from production work — architectures, benchmarks, and lessons. First publications planned here.
Security research
Advisories and hardening guides from our VAPT and infrastructure practice.
Whitepapers
Deeper work on real-time sync and private AI once results mature.
Partnerships
University and ecosystem collaborations as the research programme grows.
Interested in collaborating?
If you're working on adjacent problems — real-time systems, private AI, logistics intelligence — we'd like to hear from you.