January 7, 2025

Dealing with Software IP in Carve-Outs for Proprietary Software: Operational Approaches and Trade-Offs

In carve-outs involving critical proprietary software, the process is uniquely challenging. Beyond the financial and strategic considerations, they require untangling complex webs of intellectual property (IP), shared systems, and overlapping rights. For the carved-out entity, the decisions made about software IP during this process will have long-term operational implications. Let’s explore the different approaches a carved-out entity can take to manage proprietary software IP and the pros and cons of each.

The Challenges of Untangling IP in Carve-Outs

Carve-outs are inherently complex transactions, and the treatment of intellectual property adds another layer of difficulty. Unlike standalone acquisitions, carve-outs often involve shared systems, overlapping IP rights, and dependencies that must be carefully managed to ensure operational continuity. Here are some of the most common challenges:

Shared IP Assets

Many software companies operate on shared platforms, where codebases, patents, and trademarks serve multiple business units. Separating these assets requires precision to ensure both the buyer and seller can continue operations without disruption.

Open-Source Software

Open-source components are often embedded in proprietary software. These come with licensing obligations that must be carefully managed during the carve-out to avoid compliance issues.

Data Ownership

Customer data, usage metrics, and algorithms are valuable IP assets, but their ownership can be murky. Was the data collected company-wide or specific to the carved-out unit? These questions must be answered to prevent disputes.

Transitional IP Licenses

In many cases, the buyer needs temporary access to IP that isn’t being transferred. Without clear licensing agreements, this can lead to operational challenges and legal risks.

Regulatory and Compliance Risks

IP transitions often involve navigating complex regulatory requirements, particularly when dealing with data privacy laws or cross-border IP transfers.

These challenges highlight the importance of a well-thought-out IP strategy. The decisions made during the carve-out process will have a direct impact on the carved-out entity’s ability to operate independently, scale effectively, and maintain its competitive edge.

 

Operational Approaches to Software IP in Carve-Outs

Carved-out entities typically face several options for managing software IP. Each approach comes with its own operational benefits and challenges. Below, we outline the key strategies and their trade-offs.

 

1. Full IP Transfer

In this approach, all relevant IP assets are transferred to the carved-out entity, giving it complete ownership and control.

Pros:

  • Operational Independence: The entity can operate without relying on the parent company, reducing long-term dependencies.
  • Flexibility: Full ownership allows the entity to modify, license, or commercialize the IP as needed.
  • Clear Governance: Eliminates the need for ongoing collaboration or shared governance with the parent company.

Cons:

  • High Cost: Transferring IP, especially proprietary software, can be expensive and time-consuming, such as setting up a standalone ecosystem and infrastructure to host and evolve key software assets (How much critical IP lies in the DevOps pipeline?)
  • Complexity: Ensuring a clean chain of title and addressing shared IP can be legally and operationally challenging, requiring a robust independent team for business continuity. (What resourcing and location strategy would fit best?)

Risk of Gaps: If certain IP assets are overlooked during due diligence, the entity may face operational disruptions post-close.

 

2. Transitional Licensing

Here, the parent company grants the carved-out entity a temporary license to use certain IP assets while it develops its own systems or transitions to new solutions.

Pros:

  • Cost-Effective in the Short Term: Avoids the immediate expense of developing or acquiring new IP.
  • Operational Continuity: Ensures the entity can continue operating without disruption during the transition period.
  • Time to Build: Provides breathing room to develop independent systems or negotiate long-term solutions.

Cons:

  • Dependency Risks: The entity remains reliant on the parent company, which could lead to operational or strategic constraints.
  • Limited Control: Licensing agreements may restrict how the IP can be used, modified, or sublicensed. (How do license limits affect customer commitments?)

Potential for Disputes: Ambiguities in licensing terms can lead to conflicts between the buyer and seller.

 

3. Perpetual / Long term License Agreement

In some cases, the parent company and the carved-out entity agree a perpetual or long-term, non-exclusive license to use specified IP assets (e.g., codebases, tools, patents) owned by the parent.

Pros:

  • Predictable Access: Provides durable rights to use critical IP without ownership transfer, supporting long-term operational continuity.
  • Cost Efficiency vs. Transfer: Avoids the expense and complexity of full IP transfer while securing stable usage rights.
  • Clear Scope of Rights: Well-drafted licenses define permitted uses (modify, distribute, sublicense, field of use) and compliance obligations, reducing ambiguity.

Cons:

  • Ongoing Dependency: Continued reliance on parent-owned IP can create strategic constraints, particularly if updates, support, or compatibility are not guaranteed.
  • Change-in-Control/Assignment Constraints: License terms may limit assignment or change-in-control. (How would these impact future M&A or financing flexibility?)
  • Compliance Burden: Requires sustained attention to license conditions (usage boundaries, confidentiality, export controls, OSS compliance) to avoid breach.

 

4. Cloning, Forking or Rebuilding Systems

The carved-out entity may choose to develop its own systems and IP from scratch, “clone” capabilities, or fork repositories to create an independent codebase derived from the parent’s software while preserving a clean separation.

Pros:

  • Complete Independence: The entity gains full control over its systems and IP, eliminating dependencies.
  • Faster Stand-Up via Forking: Forking existing repositories accelerates initial setup by leveraging mature code while establishing a distinct development lineage and governance.
  • Clean Separation: A forked repo provides a legal and operational boundary reducing ongoing entanglement.
  • Customization: New or forked systems can be tailored to the entity’s specific needs, with the option to progressively refactor or replace inherited components.
  • Future-Proofing: Modern systems can be designed to accommodate future technological advancements.

Cons:

  • Licensing and Rights Complexity: Forking requires explicit rights in the transaction documents (e.g., code-use and derivative works rights, OSS license compliance).
  • High Upfront and Transition Costs: Whether rebuilding or forking, significant investment in engineering, tooling, and DevSecOps is needed to stand up independent infrastructure.
  • Knowledge Transfer Demands: Effective separation depends on structured handover—architecture docs, runbooks, test suites, and domain knowledge—to avoid operational gaps. (What critical roles need to be clearly specified in the TSA?)
  • Divergence and Maintenance Overhead: Forks quickly drift from the parent’s mainline, increasing the burden of security patching, dependency updates, and technical debt management.
  • Execution Risk: Building new systems or hardening a forked codebase carries risks of delays, cost overruns, and integration failures.

 

5. Strategic Outsourcing

Instead of owning or developing its own IP, the carved-out entity may outsource certain functions to third-party providers.

Pros:

  • Cost Efficiency: Outsourcing can be more affordable than developing or maintaining proprietary systems.
  • Focus on Core Competencies: Allows the entity to concentrate on its core business while outsourcing non-core functions.
  • Scalability: Third-party solutions can often scale more easily than in-house systems.

Cons:

  • Loss of Control: Outsourcing reduces the entity’s control over critical systems and data. (What SLAs need to be designed and implemented?)
  • Vendor Dependency: The entity becomes reliant on external providers, which can pose risks if the vendor relationship deteriorates.
  • Data Security: Outsourcing may introduce data privacy and security concerns, especially in regulated industries.

 

Balancing Short-Term Needs with Long-Term Goals

The choice of approach will depend on the carved-out entity’s operational priorities, financial resources, and strategic goals. For example:

  • start-up-like carve-out may prioritize cost-effective solutions like transitional licensing or outsourcing to conserve resources.
  • growth-focused carve-out may invest in full IP transfer or system cloning to enable scalability and innovation.
  • A strategic carve-out may leverage perpetual licensing to maintain synergies with the parent company.

 

Final Thoughts: Navigating the Trade-Offs

Managing software IP in a carve-out is as much an operational challenge as it is a legal or financial one. Each approach—whether it’s full transfer, licensing, shared use, cloning, or outsourcing—comes with its own set of trade-offs. The key is to align the IP strategy with the carved-out entity’s operational needs and long-term vision.

By carefully evaluating the pros and cons of each approach, software M&A professionals can ensure a smooth transition, protect the value of the deal, and set the stage for the carved-out entity’s success. After all, the right IP strategy isn’t just about avoiding pitfalls—it’s about unlocking new opportunities for growth and innovation.

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