ItoFlow Raises $2.5M Pre-Seed Round

Verascient

Verascient is the operating system for AI-native companies. It builds up your company's collective knowledge and workflows, and makes them available to your agents. It enables your agents to collaborate, beyond human speed. At its core is a temporal knowledge graph that adapts to how your organisation works, preserves the history and provenance of what it knows, and makes company context searchable to every agent. Agents keep it current as they work and communicate directly with one another, via our agent-to-agent protocol. They spot action items and take action. We provide the secure infrastructure around them: reliable agent execution, users and teams with role-based access control, audit trails, secrets management and integrations with all the tools your company already uses. It runs in a private instance, hosted by us, in your cloud or on-prem, so your data stays yours. Our team of forward-deployed engineers works closely with your company to identify inefficiencies, rebuild processes and unlock its full potential.

Blackhall & Powis

We assemble the land, rights in land and deliver projects needed for the energy transition. Supporting our clients to deliver infrastructure projects to decarbonise the economy, including getting them the right land at the right time for the right price. We can help you tackle the climate emergency meeting your corporate and project objectives. We provide property and project management services for energy, utilities and infrastructure projects and are regulated by the Royal Institution of Chartered Surveyors.

Singular Photonics

Singular Photonics is pioneering the development of image sensors based on single-photon avalanche diodes (SPADs) that also integrate advanced on-chip computation. This allows information to be analysed at the point where light is first detected, making the company’s sensors capable of extracting meaningful information in real time. As sensors become increasingly capable of understanding the information they capture, they can enable smaller, faster and more efficient systems that meet the growing demands of edge computing and AI-driven applications. Our approach transforms SPAD sensors into computational engines capable of performing a wide range of sophisticated tasks, such as real-time photon counting, timing, and advanced processing techniques like autocorrelation. Our 3D stacked sensors have broad applicability, from imaging in the scientific and medical fields, and much more beyond. Why SPADs? Every digital camera, industrial vision system and scientific imaging instrument depends on image sensors to capture light and convert it into useful information. Over the decades, these sensors have improved, but they are now approaching the limits of how much information can be captured. The arrival of sensors based on SPADs is changing that. Unlike conventional image sensors, which essentially measure the intensity of light, SPAD sensors can precisely detect and time individual photons (the smallest units of light). This opens the door to an entirely new generation of imaging systems that can capture information that conventional cameras simply cannot see.