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Understanding IBM WatsonX Granite 3.0: A Deep Dive 2
Explore how Process Mining, Automation, and AI empower effective M&A by streamlining operational integration, enhancing financial due diligence, retaining talent, and maximizing synergies in M&A. Through case studies, see how these technologies support successful mergers by optimizing workflows, ensuring compliance, and fostering seamless cultural integration.
Murali Krishnan
Founder & CEO
In the context of mergers and acquisitions companies, Process Mining, Automation, and Artificial Intelligence (AI) can address several specific challenges, improving decision-making, integration, and operational efficiency. Here’s a breakdown of where each technology can have a significant impact:
Challenge
How Process Mining, Automation, and AI Help:
Example: AI algorithms can predict where bottlenecks or integration risks are likely to occur, allowing for proactive operational integration management.
Challenge
How Process Mining, Automation, and AI Help:
Example: AI can detect patterns in financial transactions that indicate potential liabilities or non-compliance, allowing for deeper investigation before finalizing the deal.
Challenge
How Process Mining, Automation, and AI Help:
Example: AI models can analyze communication patterns or employee performance data to identify individuals at risk of leaving, allowing management to intervene with retention strategies.
Challenge
How Process Mining, Automation, and AI Help:
Example: AI can identify patterns in customer behavior pre-merger, helping predict which customers may leave post-merger. This allows companies to focus retention efforts on high-value clients.
Challenge
How Process Mining, Automation, and AI Help:
Example: Process Mining can reveal which IT systems are underperforming or creating bottlenecks, while AI can suggest ways to optimize system integrations for better performance post-merger.
Challenge
How Process Mining, Automation, and AI Help:
Example: AI-based compliance platforms can alert decision-makers about potential risks based on historical violations or changing regulations, allowing the company to stay proactive in maintaining compliance.
Challenge
How Process Mining, Automation, and AI Help:
Example: AI-powered predictive models can simulate various integration strategies to estimate the potential ROI of synergy opportunities, helping decision-makers allocate resources effectively.
By leveraging Process Mining for insights into existing workflows, Automation to streamline integration efforts, and AI to predict risks and optimize decisions, mergers and acquisitions companies can navigate the complexities of M&A more effectively and increase the chances of a successful merger.
Background
In 2018, Siemens, a global leader in industrial automation and digitalization, acquired Mendix, a low-code development platform company, for €600 million. Siemens sought to integrate Mendix’s capabilities into its Digital Industries Software division to accelerate its Industry 4.0 initiatives and strengthen its IoT offerings. The acquisition faced several typical M&A challenges, particularly integrating technology, systems, and workforce culture.
Challenges
Siemens adopted a data-driven approach using Process Mining, Automation, and AI to streamline integration and realize synergies.
Result: Process Mining identified several inefficiencies in Siemens' existing development workflows, leading to a 20% reduction in software delivery time post-integration.
Result: Automation reduced the time for systems integration by 30%, allowing Siemens to launch integrated products in the market faster than initially planned.
Result: Siemens successfully retained 95% of Mendix’s key employees, including its senior leadership team, post-acquisition, helping to preserve the company’s innovative culture.
Result: Automating compliance checks reduced the risk of non-compliance, with Siemens reporting zero regulatory penalties related to the integration.
By adopting a technology-driven approach in this M&A case, Siemens maximized the value of its acquisition, improved operational efficiency, and facilitated a more seamless cultural integration.
Ennuviz was pivotal in supporting a sizeable multi-utility company during its M&A initiative. The process mining platform analyzed critical customer-facing operations, like meter-to-cash and customer service management, and back-office functions, such as procure-to-pay and infrastructure incident management. The processes to be merged were first examined independently across both the acquiring and merging entities before being compared for alignment. Key differences were identified and classified as critical or non-value-adding. For the vital distinctions to be retained, Ennuviz simulation capability was used to evaluate their impact on the unified processes, ensuring smooth integration. The non-value-adding differences were removed.
From this analysis, a best-of-breed process was crafted and rigorously tested across varying volumes of demand workload conditions to define the optimal resource allocation for the new, combined system. Ultimately, this led to an overhaul of the organization's internal policies and operational guidelines to seamlessly run the merged processes.
Types of Mergers and Acquisitions
You do not need to be a data scientist to use process mining solutions in mergers and acquisitions. As an enterprise leader, you can work with software vendors or process analysts to execute a step-by-step method for assessing synergy potential:
Here is a list of cost-saving synergies that can be achieved when two companies merge:
Here is a list of revenue-enhancing synergies that can be achieved when two companies merge:
Types of Synergies – Financial Synergies
Below are examples of financial synergies:
From <
In the context of mergers and acquisitions companies, Process Mining, Automation, and Artificial Intelligence (AI) can address several specific challenges, improving decision-making, integration, and operational efficiency. Here’s a breakdown of where each technology can have a significant impact:
Challenge
How Process Mining, Automation, and AI Help:
Example: AI algorithms can predict where bottlenecks or integration risks are likely to occur, allowing for proactive operational integration management.
Challenge
How Process Mining, Automation, and AI Help:
Example: AI can detect patterns in financial transactions that indicate potential liabilities or non-compliance, allowing for deeper investigation before finalizing the deal.
Challenge
How Process Mining, Automation, and AI Help:
Example: AI models can analyze communication patterns or employee performance data to identify individuals at risk of leaving, allowing management to intervene with retention strategies.
Challenge
How Process Mining, Automation, and AI Help:
Example: AI can identify patterns in customer behavior pre-merger, helping predict which customers may leave post-merger. This allows companies to focus retention efforts on high-value clients.
Challenge
How Process Mining, Automation, and AI Help:
Example: Process Mining can reveal which IT systems are underperforming or creating bottlenecks, while AI can suggest ways to optimize system integrations for better performance post-merger.
Challenge
How Process Mining, Automation, and AI Help:
Example: AI-based compliance platforms can alert decision-makers about potential risks based on historical violations or changing regulations, allowing the company to stay proactive in maintaining compliance.
Challenge
How Process Mining, Automation, and AI Help:
Example: AI-powered predictive models can simulate various integration strategies to estimate the potential ROI of synergy opportunities, helping decision-makers allocate resources effectively.
By leveraging Process Mining for insights into existing workflows, Automation to streamline integration efforts, and AI to predict risks and optimize decisions, mergers and acquisitions companies can navigate the complexities of M&A more effectively and increase the chances of a successful merger.
Background
In 2018, Siemens, a global leader in industrial automation and digitalization, acquired Mendix, a low-code development platform company, for €600 million. Siemens sought to integrate Mendix’s capabilities into its Digital Industries Software division to accelerate its Industry 4.0 initiatives and strengthen its IoT offerings. The acquisition faced several typical M&A challenges, particularly integrating technology, systems, and workforce culture.
Challenges
Siemens adopted a data-driven approach using Process Mining, Automation, and AI to streamline integration and realize synergies.
Result: Process Mining identified several inefficiencies in Siemens' existing development workflows, leading to a 20% reduction in software delivery time post-integration.
Result: Automation reduced the time for systems integration by 30%, allowing Siemens to launch integrated products in the market faster than initially planned.
Result: Siemens successfully retained 95% of Mendix’s key employees, including its senior leadership team, post-acquisition, helping to preserve the company’s innovative culture.
Result: Automating compliance checks reduced the risk of non-compliance, with Siemens reporting zero regulatory penalties related to the integration.
By adopting a technology-driven approach in this M&A case, Siemens maximized the value of its acquisition, improved operational efficiency, and facilitated a more seamless cultural integration.
Ennuviz was pivotal in supporting a sizeable multi-utility company during its M&A initiative. The process mining platform analyzed critical customer-facing operations, like meter-to-cash and customer service management, and back-office functions, such as procure-to-pay and infrastructure incident management. The processes to be merged were first examined independently across both the acquiring and merging entities before being compared for alignment. Key differences were identified and classified as critical or non-value-adding. For the vital distinctions to be retained, Ennuviz simulation capability was used to evaluate their impact on the unified processes, ensuring smooth integration. The non-value-adding differences were removed.
From this analysis, a best-of-breed process was crafted and rigorously tested across varying volumes of demand workload conditions to define the optimal resource allocation for the new, combined system. Ultimately, this led to an overhaul of the organization's internal policies and operational guidelines to seamlessly run the merged processes.
Types of Mergers and Acquisitions
You do not need to be a data scientist to use process mining solutions in mergers and acquisitions. As an enterprise leader, you can work with software vendors or process analysts to execute a step-by-step method for assessing synergy potential:
Here is a list of cost-saving synergies that can be achieved when two companies merge:
Here is a list of revenue-enhancing synergies that can be achieved when two companies merge:
Types of Synergies – Financial Synergies
Below are examples of financial synergies:
From <
Understanding IBM WatsonX Granite 3.0: A Deep Dive 2
Understanding IBM WatsonX Granite 3.0: A Deep Dive 3
Understanding IBM WatsonX Granite 3.0: A Deep Dive
Understanding IBM WatsonX Granite 3.0: A Deep Dive 2
Understanding IBM WatsonX Granite 3.0: A Deep Dive 3
Understanding IBM WatsonX Granite 3.0: A Deep Dive
Understanding IBM WatsonX Granite 3.0: A Deep Dive 2
Understanding IBM WatsonX Granite 3.0: A Deep Dive 3
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