Emerging Technology | IoT, AR/VR & Blockchain Development

Service 01

IoT Application Development

Edge computing, sensor integration, industrial IoT platforms.

What this includes

Edge computingEdge computing processes data at or near the source, on the device, in the factory, or at the network edge, rather than sending everything to a central cloud for processing. This reduces latency for time-critical decisions (machine shutdown on fault detection, quality rejection on the production line), reduces bandwidth costs for high-volume sensor data, and enables continuous operation when cloud connectivity is intermittent.
Sensor integrationSensor integration connects physical measurement, temperature, pressure, vibration, position, image, flow rate, to digital systems that can store, analyse, and act on that data. We design sensor integration architectures that handle the heterogeneity of real industrial environments: mixed protocols (MQTT, OPC-UA, Modbus, BACnet), varying data frequencies, and the reliability requirements of systems where a lost reading has operational consequences.
Industrial IoT platformsIndustrial IoT platforms aggregate data from multiple assets, sites, and sensor types into a unified environment where it can be monitored, analysed, and acted on at scale. We build industrial IoT platforms that handle device management and firmware updates, time-series data storage and querying, real-time alerting on threshold breaches, and the integration with maintenance, ERP, and analytics systems that makes the data operationally useful.

Service 02

Immersive training, virtual showrooms, spatial computing.

What this includes

Immersive trainingImmersive training uses virtual reality to give people realistic practice in situations that are too dangerous, too expensive, or too infrequent to train for in the real world, emergency response procedures, equipment operation, clinical skills, or customer interaction scenarios. We build VR training applications that run on standalone headsets (Meta Quest) and PC-tethered platforms, with progress tracking and scenario branching that makes the training measurable and adaptable.
Virtual showroomsVirtual showrooms let customers explore products in three-dimensional space without visiting a physical location, configuring options, viewing at scale, and understanding spatial relationships in a way that flat images and video cannot convey. We build virtual showroom experiences for real estate, automotive, furniture, and industrial equipment clients, optimising for the balance between visual fidelity and performance on the devices customers are actually using.
Spatial computingSpatial computing overlays digital information onto the physical world, using augmented reality to show a technician the component they need to replace, a surgeon the anatomy beneath the surface, or a warehouse picker the route to the next item. We build spatial computing applications for Apple Vision Pro, Meta Quest, and web-based AR using WebXR, with the 3D asset pipeline, real-world anchoring, and tracking robustness that professional use cases require.

Service 03

Smart contracts, dApps, NFT platforms, supply chain provenance.

What this includes

Smart contractsSmart contracts are self-executing programs deployed on a blockchain that automatically enforce the terms of an agreement when defined conditions are met, releasing payment when delivery is confirmed, transferring an asset when a vote threshold is reached, or distributing royalties when content is accessed. We write smart contracts in Solidity (Ethereum, Polygon) and Rust (Solana), with security review and formal testing before deployment to mainnet.
dApps (Decentralised Applications)Decentralised applications use smart contracts for their core logic and a blockchain for their data layer, giving users verifiable, tamper-resistant records and eliminating the trusted intermediary that centralised applications require. We build dApps for DeFi, governance, and tokenised asset use cases, with the Web3 wallet integration, front-end development, and subgraph indexing that modern decentralised applications require.
Supply chain provenanceBlockchain-based supply chain provenance creates an immutable record of a product's journey from origin to consumer, verifying the source of raw materials, recording custody transfers, and making that information accessible to end buyers who want to verify authenticity or sustainability claims. We design provenance systems that balance the transparency blockchain provides with the privacy requirements of commercial supply chains, using private or permissioned networks where full public transparency is not appropriate.