Zahara's cloud-based platform automates budget management and suppliers. It also allows for multi-level purchase approvals, delivery approvals, and invoice reconciliation and approvals. Zahara integrates seamlessly with the most popular accounting software, such as QuickBooks Online or Xero, to provide expanding SME's with real-time visibility and central control over their purchasing.
Zahara can be used for controlling spend within an organization. We can take the initial request to purchase something and automate the approval and sending the PO to the Vendor. Deliveries can be received, invoices from vendors matched and processed before being exported to finance.
Zahara increases control and speeds up processing.
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Trusted by over 25 million users worldwide, Jotform is an all-in-one platform that simplifies data collection, workflow automation, and online sales, all without coding. With Jotform’s drag-and-drop Form Builder, businesses can create customized forms and surveys to collect leads, contact information, payments, appointments, and e-signatures with ease. Choose from over 10,000 templates for everything from feedback surveys to registration forms, or build your own from scratch. Jotform's advanced features, such as conditional logic, autoresponders, and over 200 integrations, further streamline processes.
In addition, Jotform's AI-powered Agents offer real-time customer support by guiding users through the form submission process, answering questions, and ensuring a smooth experience, all while reducing the need for manual intervention.
With Jotform’s Store Builder, you can also set up an online store, sell products, services, and subscriptions, collect donations, and receive payments through 30+ supported payment gateways. Finally, Jotform’s tools like Approvals, PDF Editor, and Report Builder help businesses transform collected data into actionable insights and automate workflows for even greater efficiency.
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CHERRY
CHERRY is a B2B payment processing solution that seamlessly integrates with existing accounting software like QuickBooks and connects with banking payment platforms, enhancing automation and removing manual tasks for the payer, bank, and payee. By automating payments, CHERRY ensures that transaction-related data is instantly synchronized from the accounting software to the intended recipient, effectively removing the need for redundant data entry and optimizing transaction approval workflows within the current accounting system. When a payment is recorded in the accounting software, the CHERRY platform generates a vCheck™ (virtual check) which can be digitally reviewed and approved before being sent for processing by the user's bank. The traditional approach to digital payments starts outside of accounting applications, leading to accounting issues due to a manual process that is often cumbersome and susceptible to errors from duplicate entries. With CHERRY, users can complete payments directly within their accounting application, significantly enhancing efficiency and reducing the risk of mistakes. This innovative solution not only simplifies the payment process but also ensures a smoother financial management experience overall.
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NVIDIA OpenShell
NVIDIA OpenShell serves as an open and secure runtime environment specifically designed for autonomous AI agents, regulating their execution, access rights, and the pathways for inference traffic. Instead of embedding security within the model or application, it maintains safety measures in the surrounding environment, meaning that nothing is allowed by default; permissions are assigned through established policies, and enforcement mechanisms operate outside the agent process to prevent any circumvention via prompts. Each autonomous agent operates within a confined sandbox, which restricts direct network connectivity, limits file access, and implements kernel-level monitoring of system calls to ensure rigorous oversight. Acting as the control plane, a gateway is responsible for user authentication, lifecycle management of sandboxes, and the provision of policies, settings, credentials, and inference configurations to the agents. Additionally, a supervisor operates externally to each sandbox, scrutinizing network requests according to policies at various levels—including binary, destination, method, and path—and only grants access to credentials when explicitly permitted, thus enhancing the overall security framework. This layered architecture ensures that the agents function effectively while maintaining robust security protocols throughout their operations.
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