Core Platform: LINQ

The flagship offering from Automata is the LINQ Platform, an end-to-end laboratory automation ecosystem designed to be open and hardware-agnostic. It consists of three primary pillars: hardware, software, and expert services.

1. LINQ Bench (Hardware)

The LINQ Bench is a modular, robot-enabled laboratory workcell that serves as the physical foundation for automation. Unlike traditional specialized instruments that operate in isolation, the LINQ Bench is designed to be a "smart" version of a standard lab bench. - Magnetic Transport Layer: A proprietary transport system that moves labware across and between benches, allowing samples to traverse side and back edges of the workcell. - SCARA Arm + Rail: Integrated robotic arms that perform machine-tending tasks, such as loading and unloading plates into various third-party instruments. - Modular Configurations: The benches can be arranged in linear, island, or corner configurations to fit the specific spatial constraints of an existing lab. - Instrument Agnostic: It is designed to work with a wide range of third-party instruments, from sequencers to liquid handlers, integrating them into a single automated flow.

2. LINQ Cloud (Software)

LINQ Cloud is the digital orchestrator of the platform. It provides a cloud-based interface for scientists to design, run, and manage their experiments remotely. - Workflow Canvas: A visual, low-code tool that allows users to drag and drop different steps of a protocol to build an automated workflow. - Advanced Scheduling: The software automatically calculates the most efficient sequence of actions, optimizing for throughput and minimizing idle time for expensive instruments. - Simulation Mode: Scientists can run virtual simulations of a workflow to identify potential bottlenecks or errors before any physical reagents are used. - Data Integration: LINQ Cloud automates the collection and parsing of data from every stage of the experiment, ensuring full digital accountability and reducing the risk of manual data-entry errors. - Python SDK: For power users and developers, the platform offers a Python SDK for deeper customization and integration with existing Laboratory Information Management Systems (LIMS).

3. LINQ Service

Automata provides a partnership-based service model where dedicated automation scientists and project managers assist laboratories from the initial design phase through to deployment and ongoing maintenance. This includes Factory Acceptance Tests (FAT) to ensure the system meets specific experimental requirements before it is installed on-site.

Key Applications and Impact

Automata?s technology is utilized across several high-impact areas in the life sciences: - Genomics: Streamlining high-throughput sequencing and sample preparation. - Drug Discovery: Accelerating the screening of compounds and the development of cell models. - Clinical Diagnostics: Enhancing the speed and accuracy of pathology and oncology testing. - Synthetic Biology: Automating the repetitive tasks involved in engineering biological systems.

By implementing the LINQ platform, laboratories have reported up to a 5x increase in throughput and a 95% reduction in manual interaction time. This "walkaway time" allows scientists to focus on high-value data analysis and experimental design rather than repetitive manual labor.

Partnerships and Global Presence

Automata works with a diverse range of prestigious organizations, including: - NHS Trusts: Supporting the UK?s first robotic genomic testing facility for cancer patients at The Royal Marsden. - Academic Institutions: Partnering with the Francis Crick Institute and the Duncan Neurological Research Institute. - Pharmaceutical & Biotech: Collaborating with industry leaders like AstraZeneca and bit.bio.

Headquartered in London, Automata has expanded its operations across the US and EMEA regions, supported by significant venture capital funding aimed at modernizing the global life sciences infrastructure.