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CyberOrbit.ai is a penetration testing platform combining AI automation with certified security professional oversight to deliver audit-ready security assessments. It conducts continuous testing across external attack surfaces, web applications, networks, cloud configurations, and email systems. AI agents map attack surfaces, identify vulnerabilities, and maintain evidence, while certified professionals review and sign findings. Reports include executive summaries, methodologies, detailed findings with CVSS scores, remediation guidance, and compliance mappings for standards like ISO 27001, SOC 2, and PCI-DSS. Testing spans six domains, prioritizing remediation by impact and blast radius over CVSS scores. Re-testing is included post-remediation.

SKYXOPS is a SaaS-based FinOps and cloud cost optimization platform that enables organizations to proactively control and optimize cloud spending across AWS, Azure, and GCP. Unlike traditional monitoring tools, SKYXOPS prevents overspending before it occurs. Its CostGuard feature integrates directly into CI/CD pipelines to analyze infrastructure-as-code prior to deployment, enforces budget guardrails, and prevents deployments that exceed approved spending thresholds. With AI-driven insights, SKYXOPS detects idle and underutilized resources, recommends rightsizing opportunities, supports budgeting and forecasting, and provides anomaly detection alerts for unexpected cost spikes. The platform connects securely using read-only permissions and does not modify customer infrastructure.

TinyOrbit is creche management software built for Irish early years services. Managers see live staff-to-child ratios, keep Garda vetting, First Aid and Children First dates in view, record incidents, and run waitlists and parent enquiries without spreading the work across spreadsheets. It is designed around how Irish creches actually operate, including Tusla-oriented records and reporting across one site or many. Track occupancy, rooms, rotas, and staff compliance in one dashboard. Each creche can have a hosted enquiry page for parents, with a shared inbox for new applications. Data is GDPR-ready and hosted in the EU. One plan per creche includes unlimited users and child profiles, a free spreadsheet migration, and a 14-day trial. No long-term contract. Cancel anytime.

Unchained Robotics, founded in 2019 and based in Paderborn, Germany, is dedicated to simplifying industrial automation for businesses of all sizes. Their platform enables companies to discover, compare, and integrate a wide range of robots and automation components from leading global manufacturers, making automation more accessible and efficient. Key Features and Functionality: - LUNA OS: A standardized operating system that integrates robots from various manufacturers into a single, user-friendly interface, allowing users to configure, deploy, and operate robots without prior technical training. - MalocherBot: A modular, turnkey automation solution designed for tasks such as palletizing, grinding, machine tending, and picking. Powered by LUNA OS, MalocherBot offers rapid setup, intuitive operation, and adaptability to various production needs. - Automation Component Marketplace: An extensive online platform where users can search for, find, and compare hundreds of robots and automation components, including cobots, industrial robots, grippers, and safety technology. Primary Value and Solutions Provided: Unchained Robotics addresses the complexities and high costs traditionally associated with industrial automation by offering intuitive, modular solutions that require minimal technical expertise. Their products enable rapid deployment and easy operation, allowing businesses to automate processes efficiently and achieve a faster return on investment. By democratizing access to automation technologies, Unchained Robotics empowers companies to enhance productivity, reduce labor shortages, and stay competitive in the evolving manufacturing landscape.

Jacobi Robotics offers an AI-driven software platform designed to revolutionize industrial automation by simplifying robot programming and deployment. By integrating advanced motion planning and self-learning AI, Jacobi enables robots to adapt autonomously to dynamic environments, significantly reducing setup times and operational costs. This technology empowers businesses to enhance productivity, improve throughput, and increase uptime without the complexities of traditional robot programming. Key Features and Functionality: - Adaptive Robot Control: Jacobi's motion planning technology allows users to define tasks without specifying exact movements. Robots autonomously adjust their trajectories for optimal efficiency and safety. - Self-Learning AI: The platform's AI continuously learns from real-world variations, enabling robots to adapt on the fly without pre-programmed rules, thus handling complex and unpredictable scenarios effectively. - Rapid Deployment: Jacobi's software reduces robot programming and deployment times by up to 95%, allowing operational readiness in hours instead of weeks. - Hardware Agnostic Integration: The platform supports a wide range of industrial robots and cobots, offering Python and C++ APIs accessible via the cloud or on-premises solutions. - Intuitive User Interface: Jacobi Studio provides a user-friendly digital twin that mirrors the physical system in real time, enabling simulation, testing, and quick iteration to reduce development time. Primary Value and Problem Solved: Jacobi Robotics addresses the critical challenges of labor shortages, rising operational expenses, and the complexity of traditional robot programming in industries such as manufacturing, logistics, and warehousing. By offering an intelligent, adaptable, and easy-to-deploy automation solution, Jacobi enables businesses to: - Enhance Productivity: Automate repetitive tasks, allowing human workers to focus on more meaningful and creative work. - Reduce Costs: Minimize dependency on manual labor and decrease injury-related expenses by automating physically demanding tasks. - Increase Flexibility: Quickly adapt to changing production needs and handle a wide variety of products without extensive reprogramming. By bridging the gap between complex robotics technology and practical industrial applications, Jacobi Robotics empowers companies to seamlessly integrate automation into their operations, driving efficiency and innovation.

Pivot Robotics specializes in intelligent automation solutions designed to enhance manufacturing processes by integrating advanced 3D vision, artificial intelligence, and adaptive control systems. Their autonomous robotic platforms are engineered to perform complex finishing tasks such as grinding, cutting, sanding, machining, and spraying with high precision and adaptability. By eliminating the need for CAD models and extensive programming, Pivot Robotics' systems can scan actual part geometries in seconds, generate optimal toolpaths on the fly, and adjust in real-time to accommodate part variations and material inconsistencies. Key Features and Functionality: - Camera-First Automation: Utilizes advanced 3D vision to capture part geometries, enabling real-time adaptation to part variations without the need for CAD models or manual programming. - Adaptive Force Control: Maintains consistent pressure during operations, compensating for tool wear and ensuring repeatable precision, even in demanding environments. - Multi-Process Capability: Supports a range of finishing operations, including grinding, cutting, sanding, machining, and spraying, all managed by a unified perception and control system. - No Programming Required: Automatically generates toolpaths and adapts to part variations, eliminating the need for manual programming and reducing setup times. - Integration-Ready: Designed to integrate seamlessly with existing manufacturing infrastructure, including material handling systems and quality control processes. Primary Value and Problem Solved: Pivot Robotics addresses critical challenges in modern manufacturing, such as labor shortages, increasing part complexity, and the limitations of traditional fixed automation systems. By providing adaptive, vision-guided robotic solutions, they enable manufacturers to: - Increase Throughput: Automating repetitive finishing tasks allows for higher production volumes without compromising quality. - Enhance Quality Consistency: Adaptive control systems ensure precise and uniform finishes, meeting tight tolerance requirements and reducing rework. - Reduce Dependence on Skilled Labor: By automating complex tasks, manufacturers can mitigate the impact of skilled labor shortages and reallocate human resources to more strategic roles. - Adapt to Part Variations: The system's ability to scan and adapt to actual part geometries in real-time allows for flexible manufacturing and quick adaptation to new part designs. Overall, Pivot Robotics' solutions empower manufacturers to overcome traditional automation limitations, achieve higher precision, and maintain competitiveness in a rapidly evolving industry.

Neptune Robotics provides robotic hull cleaning, robotic hull inspection, and biofouling management services to maritime operators.

Energy Robotics is a developer of software solutions for mobile inspection robots.

Leju Robotics focuses on researching and developing, marketing, and manufacturing of robot.

Perrone Robotics offers the TONY AV Kit, a comprehensive, vehicle-agnostic solution designed to retrofit existing vehicles or integrate into new ones, transforming them into fully autonomous systems. This kit enables Level 4 autonomy within geo-fenced operational zones, making it ideal for applications such as transit operations, campuses, airports, resorts, defense, and logistics. Key Features and Functionality: - Unified Software Core: The patented MAX platform ensures seamless software integration across diverse vehicle types and operational environments, facilitating adaptable and robust autonomous functions. - Robust and Adaptable: Engineered to navigate both off-road terrains and manage precision control in busy on-road traffic scenarios, ensuring reliability wherever deployed. - V2I Communications: Vehicle-to-infrastructure communication allows the vehicle to interact with traffic signals, road sensors, and other infrastructure elements. - V2V Coordination: Vehicle-to-vehicle communications enable coordination and negotiation of movements among multiple vehicles to enhance traffic flow and safety. - Open and Configurable: Offers open data access for customers who want access to and analysis of logged data via an onboard SD card or with cloud-based access and additional data APIs in desired formats. - Deployment Ready: Successfully deployed globally and across more than 40 different vehicle platforms, demonstrating unparalleled versatility and reliability. - AI-Enhanced Capabilities: Enhanced with the latest AI technologies, the TONY AV Kit continuously improves through real-time data processing and machine learning, pushing the boundaries of autonomous vehicle operation. Primary Value and User Solutions: The TONY AV Kit addresses the growing demand for autonomous vehicle solutions by providing a flexible, scalable, and safety-certifiable framework that can be integrated into a wide range of vehicle types. By enabling rapid conversion to full autonomy, it allows organizations to enhance transportation efficiencies, improve safety, and accelerate the deployment of zero-emission electric vehicles. This solution is particularly beneficial for commercial, municipal, and governmental customers seeking to modernize their fleets and meet emerging regulatory requirements.

Bedrock Robotics specializes in transforming existing heavy construction equipment into fully autonomous machines through the Bedrock Operator system. This innovative solution integrates advanced hardware and software, enabling machinery to operate autonomously, thereby enhancing efficiency and safety on construction sites. Key Features and Functionality: - Seamless Integration: The Bedrock Operator can be installed on existing equipment without permanent modifications, allowing for quick deployment and minimal downtime. - Advanced Sensor Suite: Equipped with LiDAR, GPS, inertial measurement units, and high-definition cameras, the system provides comprehensive environmental awareness and precise navigation capabilities. - Machine Learning Models: Utilizes large-scale machine learning trained on diverse projects to execute tasks with expert-level precision and adaptability. - Real-Time Monitoring: Offers real-time metrics on progress and performance, enabling project managers to track productivity and make informed decisions remotely. Primary Value and Problem Solved: By automating heavy machinery, Bedrock Robotics addresses the critical labor shortages in the construction industry, allowing projects to proceed without delays due to workforce limitations. The autonomous systems enhance safety by reducing human exposure to hazardous environments and improve operational efficiency by enabling continuous, around-the-clock operations. This leads to accelerated project timelines, reduced costs, and the ability to meet the growing global demand for infrastructure development.

Orbit unifies website analytics, marketing performance, and product/support signals in one dashboard, fed by a single first-party tracking library across your sites and apps. Overview and Websites views show traffic, top pages, events, referrers, and campaign performance for 7/30/90-day ranges, built on a single tracking library instrumented once. Behind the dashboard, events are collected server-side and routed to each configured destination (web analytics, marketing automation, Google Analytics 4, LinkedIn Insight Tag) while also landing in a warehouse schema per source, synced every 30 minutes. Visitor identity is first-party (no third-party CDN calls), lasts one year, and travels with explicit consent categories attached to every event.

Free partner management software for SaaS and app teams: track partner revenue and named leads, then pay partners through PayPal, Stripe, RazorpayX, or Mollie.

Orbit is a business value intelligence platform for enterprise software sales teams. It turns vague vendor ROI claims into credible, buyer-grounded business cases that hold up when the CFO looks at them. Orbit combines three sources into one defensible value position: what your sellers know, the buyer's real situation, and independent market benchmarks. Buyers and sellers build the economic model together, so the deal moves from skepticism to collaboration. What Orbit does: - Buyer-grounded ROI models built from the customer's own inputs, not generic vendor maths Cost-of-delay analysis that shows the monthly and quarterly cost of waiting, so buyers have a real reason to act now - Value governance dashboard that scores every pipeline deal on evidence, buyer grounding, economic alignment, cost of inaction, benchmark confidence and value agreement - Live assumption tracking that updates the numbers when scope or timelines change - Branded proposals in your company's voice, colours and validated figures Every claim has a source, assumption and benchmark. Finance teams can trace each number from start to finish, which is what gets large deals signed. Built for CROs, revenue leaders, value engineers and account executives running complex B2B software deals. The result is shorter sales cycles, weak deals caught earlier, more accurate forecasts and higher win rates.