
BLAZE is the award-winning, AI-Powered Cannabis Retail Platform, purpose-built for dispensary growth. Founded by former cannabis operators, we genuinely understand the business, offering the gold standard in support and constantly pushing out new, intelligent features.
Our powerful AI core is focused on driving unprecedented automation. This means huge labor and cost savings for your team, all while maximizing sales across every channel. The BLAZE ecosystem is your unified, all-in-one solution:
BLAZE Retail POS: A fast, intuitive, web-based system perfect for high-volume sales.
BLAZEPAY: Integrated payments that eliminate cash headaches and instantly boost your average ticket size.
BLAZE ECOM: Complete omni-channel commerce (Online Menu, Mobile App, Kiosks) designed so you fully own all your customer data.
BLAZE Sites: A dynamic CMS for compliant, professional website control.
We take compliance seriously with automated Metrc and BioTrack integrations, and our robust API ensures seamless, deep integration with any enterprise system you need. Simply put, BLAZE is how you future-proof your retail business.
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MuleSoft provides a unified platform for enterprises that need to connect, manage, govern, and orchestrate AI agents, APIs, models, applications, and data at scale. It serves as an agentic control plane that helps organizations bring structure and visibility to fast-growing AI environments. Through MuleSoft Agent Fabric, companies can govern and coordinate agents regardless of where they were built, helping improve performance, compliance, and return on investment. MuleSoft Omni Gateway extends control across APIs, agents, and models, allowing teams to manage development, deployment, security, and policy enforcement from a single place. The platform also includes tools such as Agent Registry and Agent Scanners to identify, catalog, and monitor agents across major AI platforms. With Agent Broker and A2A support, MuleSoft helps agents collaborate across systems while giving businesses more control over how tasks are routed and completed. Organizations can also use MuleSoft MCP Support and Anypoint Connectors to transform existing applications, APIs, and systems into resources that AI agents can use. For developers, MuleSoft offers options ranging from natural language building with MuleSoft Vibes to pro-code development with Anypoint Code Builder. MuleSoft is designed for enterprises that want to scale agentic AI securely while maintaining governance, integration, observability, and operational consistency.
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FLIR FLUX
FLUX is an advanced software platform designed for integration with FLIR's video detection systems. This platform aggregates data related to traffic, including events, alarms, and video footage produced by various cameras, sensors, and detectors. Additionally, FLUX provides robust video management capabilities and can operate network video recorders, as well as monitor both mobile and static cameras. By utilizing FLUX, users can effectively oversee all traffic data sourced from different sensors, ensuring that the information is both meaningful and applicable to their needs. Accessing the traffic management system is straightforward, requiring only a web browser and a network connection. FLUX enables users to gather, visualize, and archive traffic-related data, events, and alarms, while also graphically displaying video detectors along with logging and alerting for events. Traffic managers globally rely on FLIR’s detection and monitoring technologies to ensure the safe and efficient movement of vehicles. With real-time processing of video or thermal imaging, FLUX enhances traffic management strategies in various settings, including urban environments, highways, and tunnels. This comprehensive approach not only improves safety but also optimizes traffic flow, showcasing FLUX's essential role in modern traffic management solutions.
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PTV Vissim
PTV algorithms provide planners with the ability to design and simulate a wide range of scenarios, from simple street intersections to the entire transportation network of a city, including truck route optimization and fleet management solutions. These sophisticated models rely on extensive data sets to create accurate digital representations of urban environments, enabling the simulation of various scenarios and business cases. By integrating historical data with real-time information, users can formulate specific strategies and anticipate the movements of buses, cars, and trucks throughout the city. This technology facilitates effective monitoring, optimization, and management of both traffic and logistics operations. Furthermore, leveraging real-time data alongside these models allows for reliable traffic forecasts extending up to 60 minutes ahead, ensuring that routes are calculated for maximum efficiency while adapting to changing conditions. Ultimately, the versatility of PTV technology empowers cities to enhance transportation systems and improve overall mobility.
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