This article is contributed. See the original author and article here.
The Microsoft Dynamics 365 sales accelerator helps sellers sell smartly by building a strong and prioritized pipeline, offering context, and suggesting next actions through sales sequences that expedite the sales process. We’ve made three improvements to sales accelerator that can help sellers be even more productive:
Sellers can now build their own sales sequences
We’ve made the sequence designer even easier to use
Sellers can add the Up next widget to any form
Let’s examine each of these improvements in more detail.
Empowering sellers to build their own sales sequences
Before now, sales managers enforced best practices by defining a set of consecutive activities for their sellers to follow throughout their workday. Managers could connect these sequences to leads and opportunities that appeared in the sellers’ work queue. Sales sequences helped sellers prioritize their activities and focus on selling to be more productive and to better align to business processes.
Now, we’re empowering sellers to build their own sequences. Often sellers are in a better position to decide the best engagement strategy to follow with a prospect. Now they can create sequences for themselves and connect them to records. They can also personalize a sequence with their own language and steps.
The following screenshot shows the new functionality in the Personal settings > Sequences page in the Sales Hub app:
Use security roles to manage permissions to create, connect, and share sales sequences.
Improved design experience for sales sequences
As we give sellers the power to create sales sequences, we need to make sure it’s easy to do. That’s why we created a new sequence designer with a modern UX and an enhanced editing experience. Sellers will realize several immediate benefits:
Consistency between the marketing journey and sales sequences means sellers don’t have to learn two different systems.
A side panel makes editing easier and scalable with more space.
Changes are automatically preserved in the browser and can be saved with a single click.
The updated top command bar shows relevant options, leaving more space for editing.
An exit icon effortlessly identifies the end of any sequence branch.
Enhanced error handling enables easy identification and resolution of any errors.
Add the Up next widget to any form
Sales organizations may have hundreds or even thousands of records their sales teams are working on. As they start using sales sequences, they typically create a few to try out and use them to determine the best way to grow and scale based on business needs. The trouble with that is that then the organizations have a few records that are connected to sequences and a multitude of records that aren’t. For sellers, this means that only the few connected records appear in the Up next widget in their worklist, because the Up next widget is fed by sequences. They have to juggle the worklist and their leads, opportunities, and other entities tables, where their non-sequenced records live.
To solve this challenge, we now allow sellers to add the Up next widget to any form. Previously, the Up next widget and sales sequences were available only in the sales accelerator workspace.
To help new users easily discover the benefits of the sales accelerator, we’ve started adding the Up next widget to the default lead, opportunity, contact, and account forms. Sellers can easily start using the sales accelerator to create sequences, streamline customer interactions, and win more deals.
This article is contributed. See the original author and article here.
Production deployments of Kubernetes continue to soar as customers increasingly containerize their applications. With the growth in application modernization customers are looking to rapidly scale their Kubernetes deployments by building very large clusters or adopting a multi-cluster strategy. They expect instantaneous connectivity when spinning up and scaling out application instances. Specialized applications, such as gaming apps, expect superior data path throughput for rich application experience. The increased east-west traffic flows necessitate fine-grained monitoring and tracing for troubleshooting. Network Security is another important aspect as customers wish to implement common L4 and L7 security controls for their cloud-native applications and need solutions that are more tailored for Kubernetes and containers.
These requirements call for a robust platform that scales seamlessly to provide networking for millions of containers, a rich set of security controls and hooks into rich traffic metrics and logs for network visibility, without compromising on the performance.
Azure Container Network Interface (CNI) Powered by Cilium is the next-generation networking platform that meets all these requirements by combining two powerful technologies, viz. Azure CNI that provides a scalable and flexible Pod networking control plane integrated with the Azure Virtual Network stack and Cilium open-source project, a pioneer in providing eBPF-powered data plane for networking, security, and observability in Kubernetes.
We are proud to announce the availability of Azure CNI Powered by Cilium natively in Azure Kubernetes Service to provide scalable and high-performance Pod networking and Kubernetes Network Policies.
About Cilium eBPF
eBPF is a revolutionary technology that allows the insertion of sandboxed programs into the Linux kernel to greatly enhance the traffic processing capabilities in the operating system runtime. eBPF programs today enable a rich set of networking, security, observability, and application tracing use cases at very high performance.
Cilium offers the next generation dataplane for Kubernetes that builds on top of eBPF technology to address these use cases for cloud native workloads. Cilium provides rich functionalities such as high-performance data path for Kubernetes services, efficient load-balancing, extensive network security features and rich monitoring. Besides the traditional Kubernetes network-level security Cilium also enables security based on application protocol context, DNS FQDNs, and service identity.
About Azure CNI
Azure CNI provides network provisioning for Kubernetes Pods in AKS. It functions in one of the following two modes which is configured at the time of AKS cluster creation.
VNET Mode: In VNET mode Azure CNI assigns IPs to Pods from a Vnet subnet making Pods first-class citizens in a Vnet. Pods have direct connectivity to each other and to other resources in the VNET and on-premises. You can choose to dynamically assign IP addresses to Pods from a separate Pod subnet that is different from the cluster subnet. This provides better utilization of VNET IP space, and the ability to configure separate Vnet policies for Pods
Overlay Mode: In Overlay mode only the cluster nodes are deployed into a VNET whereas Pods are assigned IP addresses from a private address space that is logically different from the VNET hosting the nodes. This mode significantly reduces the amount of Vnet IP addresses consumed by AKS clusters allowing limitless cluster scale. The Pod address space can be re-used on multiple clusters in the same VNET, greatly simplifying IP address planning. Overlay addressing does not require provisioning of custom routes or usage of encapsulation for Pod-Pod connectivity offering data path performance at par with connectivity between VMs in a VNET.
What does Azure CNI Powered by Cilium provide?
Azure CNI powered by Cilium integrates the scalable and flexible Azure IPAM control plane with the robust dataplane offered by Cilium OSS to create a modern container networking stack that meets the demands of cloud native workloads.
Azure CNI Powered by Cilium
Azure CNI Powered by Cilium offers the following benefits today and provides the ideal platform for future innovations.
Scalable and performant Networking
The Cilium powered CNI supports both Vnet and Overlay modes. The socket-based load-balancing for Kubernetes services in Cilium replaces the inefficient load-balancing based on IPTable rules in KubeProxy to provide superior data path performance at par with direct connectivity to service backend Pod. The performance is deterministic irrespective of the number of services deployed in the cluster.
Kubernetes Network
The Cilium powered CNI comes with built-in support for the basic Kubernetes Network Policies. There is no need to install a separate solution on top. The solution offers significant improvement in scale and performance by eliminating usage of IPTables for network filtering.
This article is contributed. See the original author and article here.
The Samba Team has released security updates to address vulnerabilities in multiple versions of Samba. A remote attacker could exploit one of these vulnerabilities to take control of an affected system.
CISA encourages users and administrators to review the following Samba Security Announcements and apply the necessary updates and workarounds.
This article is contributed. See the original author and article here.
You’ve done all the work to build confidence in your data with great data quality, availability and reliability. But how do you know if your data has been tampered with or otherwise experienced an unplanned change? Now SQL Server and Azure SQL Database can answer that question for you. In this episode of Data Exposed: MVP Edition with Anna Hoffman and Karen Lopez, you’ll go through a couple of quick demos about Ledger Databases and Tables to see if you can trust your data.
This article is contributed. See the original author and article here.
Sensor Data Intelligence, a new feature of Microsoft Dynamics 365 Supply Chain Management, helps you drive business processes based on automated IoT (Internet of Things) signals from machines and equipment on the production floor. With Sensor Data Intelligence, you can:
Drive predictive maintenance with details collected from machines and equipment.
Use a simple onboarding wizard instead of manually installing and configuring components in Microsoft Dynamics Lifecycle Services (LCS).
Configure, scale, and extend the solution as business logic running on your own Azure subscription.
Sensor Data Intelligence supports a variety of automated IoT scenarios
Sensor Data Intelligence supports several specific business scenarios, each with its own set of configuration options:
Asset downtime: Accurately track the efficiency of machine assets by using sensor data to track machine downtime.
Asset maintenance: Minimize maintenance cost and extend asset life by improving maintenance plans based on sensor readings of critical control points.
Machine status: Ensure operation efficiency by using sensor readings to notify planners about machine outages and provide options for mitigating potential delays.
Product quality: Ensure the quality of product batches by comparing sensor readings for properties of each product batch, such as moisture, temperature, or custom-defined quality metrics. The system notifies operators when deviations occur.
Production delays: Use sensor readings to compare actual cycle time to planned cycle time, and notify supervisors when production isn’t on schedule.
Custom scenarios: The architecture of Sensor Data Intelligence allows you to customize the out-of-box scenarios and even create new automated IoT scenarios to meet your unique business needs.
Fit equipment with automatic sensors for real-time monitoring and decision-making
You can fit your organization’s assets with a variety of automated IoT sensors, each designed to provide information for a specific purpose. For example, you might fit a metal stamping machine with a sensor that counts each stroke. You could then configure your system to receive a signal from that counter and set a threshold (for example, 40,000 strokes) at which Supply Chain Management should automatically generate a maintenance work order.
Enjoy fast, wizard-based setup for automated IoT scenarios
Sensor Data Intelligence is simple to onboard. Deploy a template of resources (including an Azure IoT hub and Azure stream analytics) by walking through a few steps in a wizard.
It’s just as fast and easy to add a new sensor to your system. Choose a scenario, identify the new sensor, and map it to the required system functionality.
Flexible and extendible Azure architecture lets you fine-tune the system
Because everything is deployed on your own Azure subscription, the solution is easy to scale and configure to your own requirements.
The following architectural diagram provides an overview of Sensor Data Intelligence and its components:
Learn more
Sensor Data Intelligence is a public preview feature of Dynamics 365 Supply Chain Management. For more information, check out the Dynamics 365 release plan and the documentation.
This article is contributed. See the original author and article here.
Sellers rely on email to reach out to contacts when working on deals. The new email address validation feature in Microsoft Dynamics 365 Sales flags email addresses in your customer relationship management (CRM) system that are in the wrong format or have an expired or fictitious domain. That lets your sellers connect with subscribers and boost their conversion rates without wasting time and energy trying to communicate with uninterested or non-existent customers.
Improve lead quality with email address validation
Email address validation in Dynamics 365 Sales finds and removes non-working email addresses in your CRM. This lets your sellers prioritize leads that have a valid email address for lower email bounce rates, improved engagement, and a better return on their time.
Email address validation looks for the following errors:
Incorrect syntax: An address that does not have both a username and an email domain
Disposable domain: An address that has a known disposable or temporary email domain
Test or spam address: An address that has known indicators of a test or spam address in the email header or metadata, IP address, HTML code, and email content and formatting
Expired address: An email account that has expired and can no longer receive or send email
Address with unregistered domain: A domain that does not appear in the domain registry
You can view flagged email addresses on primary entity and sales insights forms as well as on the Up next widget and work list items.
If you try to send an email to a flagged address, a notification gives you the reason the system marked the address as not valid.
If you know the email address is correct, select Mark valid. The system marks the address as valid and removes the alert.
If you don’t know the email address is correct but you still want to send the email, select Compose anyway.
More data hygiene improvements in Dynamics 365 Sales
In addition to email address validation, we have also implemented duplicate detection for leads. Dynamics 365 Sales uses AI and “fuzzy” matching algorithms to detect duplicate leads. By “fuzzy,” we mean that the system identifies as duplicates not only records that have exactly matching field values, but also records that have approximately matching field values. This helps sellers focus on the records that truly matter and clears out any “noise” that they would otherwise have to spend time manually reducing.
On top of that, we are continuously working on even more improvements to data hygiene in Dynamics 365 Sales to help your sellers be more focused and productive.
Next steps
Increasing your sales team’s productivity could be as simple as eliminating leads with incomplete, non-working, or spam email addressesand Dynamics 365 Sales makes it easy.
To get started with email address validation, read the documentation:
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