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Project-State is a project intelligence and governance platform built for funded R&D and regulated delivery environments. It maintains a single, structured source of truth for each project — milestones, phase gates, documents, decisions, and reporting obligations — so that status is always derivable from state rather than reconstructed from memory.

Designed around the reporting realities of grant-funded and multi-stakeholder programs, Project-State automates the recurring machinery of project delivery: status reports, funder claims, steering-committee packs, change registers, and IP disclosures. Cadences and obligations are compiled directly from the project's reporting matrix, so nothing depends on an individual remembering a deadline.

Project-State reflects Atomic47's agent-native approach to operational software: a disciplined state layer that both human teams and AI agents can read, update, and act on safely. The result is project delivery that is auditable, repeatable, and legible — to funders, executives, and the intelligent systems that increasingly participate in the work.

AIMQC is a digital quality control and inspection platform built to replace fragmented, paper-based processes in industrial and regulated operations. Developed by Atomic47 Labs, it provides a unified system for managing inspections, documentation, and compliance across complex projects and distributed field teams.

Designed for environments where accuracy, traceability, and auditability are non-negotiable, AIMQC digitizes workflows such as inspections, materials tracking, turnover packages, and regulatory documentation. It creates a single source of truth that connects field activity with management oversight in real time.

Beyond workflow digitization, AIMQC lays the groundwork for applied intelligence in quality systems. By structuring inspection data, project states, and operational signals, the platform enables advanced analytics and AI-driven insight without compromising regulatory integrity or operational control.

AIMQC helps organizations move from reactive quality management to proactive, data-informed decision-making—improving reliability, reducing risk, and accelerating project delivery in high-stakes environments.

PharmAlign is a clinical operations platform designed to modernize pharmacy workflows while maintaining strict regulatory compliance and patient safety. Built for real-world pharmacy environments, it integrates seamlessly into existing dispensing, verification and reporting processes without disrupting care delivery.

The platform supports pharmacies in automating routine operational tasks, reducing manual error, and improving visibility across medication workflows. By aligning clinical requirements with operational efficiency, PharmAlign helps teams maintain consistency, accuracy and compliance at scale.

PharmAlign is particularly well suited to high-volume or regulated pharmacy settings where precision, traceability and reliability are critical. The system is designed to support pharmacists and technicians rather than replace them—providing intelligent assistance that enhances decision-making, throughput and confidence in day-to-day operations.

FermentDT is an AI supervisory control system — a digital twin — for industrial fermentation. Developed by Atomic47 Labs, it layers neural-network soft sensors, predictive modelling, and model-predictive control on top of the PLC/SCADA systems already running a plant, inferring what physical sensors cannot measure and steering each batch toward a target curve rather than a static setpoint.

Rather than replacing existing automation, FermentDT operates as an optimization layer over it. A live hybrid model of each vessel fuses fermentation mechanism with machine learning, learning the process from plant data and staying accurate in the small-data regimes real production environments actually operate in.

The platform flags stuck, sluggish, or contaminated ferments early — catching divergence while there is still time to act — and returns setpoint recommendations the operator stays in control of. It connects at the plant floor through standard industrial interfaces, with no new hardware and no rip-and-replace.

FermentDT brings a class of capability historically confined to pharmaceutical bioprocessing to food, beverage, and industrial fermentation — vendor-neutral by design, and sized for pilot deployment rather than multi-year rollouts.