Resco Inspections+
Resco Inspections+ is a versatile digital solution designed for industries like construction, manufacturing, oil and gas, nonprofits, utilities, and property management. The platform helps organizations move away from paper forms by transforming audits, inspections, surveys, and checklists into fully customizable digital workflows. With native integration with Dynamics 365 and Salesforce, it allows you to extend CRM/ERP data beyond the office, ensuring you can collect and update field data effortlessly.
The offline-first architecture is essential for environments where connectivity is unreliable, such as remote oil rigs, construction sites, garages, or even crowded cities. Field technicians, auditors, and inspectors can capture critical data without interruption, and the advanced sync engine ensures it syncs automatically once a connection is available.
Inspections+ includes a drag-and-drop questionnaire builder with smart questions, business logic, rules, and media capture, enabling easy no-code customization for safety checks, compliance reports, or trial audits. With real-time data insights, organizations can streamline processes, reduce errors, and make informed decisions on the go.
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Alosant
Alosant is a branded resident experience platform designed for master-planned communities, residential developers, HOAs, and community management teams. Through one connected app experience, Alosant helps communities manage communication, events, amenity reservations, interactive maps, resident profiles, payments, access control, and day-to-day operations.
Built for communities of any size that need to engage residents, Alosant makes it easier for residents to stay informed, discover events and amenities, participate in community life, and connect with the places around them. For community teams, the platform supports more efficient operations, stronger engagement, and a more consistent resident experience across every stage of community living.
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UrbanFootprint
Evaluate risks, gain insights into markets, and enhance decision-making by utilizing the most advanced and all-encompassing urban, climate, and community resilience data platform available. Examine current conditions and land usage at the parcel level with detailed urban, environmental, and transportation data. Investigate and analyze the intersections of vulnerabilities, consequences, and policy measures at various levels, including state, city, and neighborhood. Assess how climate change and natural disasters affect communities, resources, and infrastructure. Shape future developments with the latest advancements in urban and transportation planning, leveraging detailed parcel, mobility, and environmental data. Propel ESG reporting through impactful, data-driven evaluations of social and environmental consequences. Foster the creation of more resilient and equitable communities by utilizing focused climate, hazard, and urban vulnerability data, ensuring a comprehensive approach to community planning and sustainability. In doing so, communities can better prepare for the challenges posed by climate change and resource scarcity.
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GREENPASS
As urbanization continues to expand rapidly across the globe, cities are facing increasing vulnerabilities to climate change. Significant threats to urban development and the well-being of city inhabitants include Urban Heat Islands (UHI), air pollution, and surface water flooding. It is imperative for local governments to implement strategies that address the challenges posed by urban expansion and climate change. GREENPASS serves as a valuable tool for planners, developers, and municipalities, providing guidance for optimal decision-making throughout the various stages of urban planning and development while addressing up to six urban challenges. This innovative platform enables users to visualize, measure, and compare the effects of green infrastructure and other structural interventions on the urban landscape. By offering tailored solutions for every phase of the urban planning process, from initial draft assessments to detailed execution, GREENPASS effectively supports sustainable urban growth. It employs preliminary analyses derived from machine learning database evaluations and standard analyses based on conventional BASIC simulations, ensuring comprehensive insights for planners.
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