GOTS Is the Most Expensive Vendor You’ll Ever Hire by J.L. Hancock
When we talk about vendor lock, images dance of a defense prime firm chaining the government to proprietary code and perpetual licensing. But what if the real lock doesn’t come from Silicon Valley—but from inside the building? Government Off-The-Shelf (GOTS) software, often seen as the “safe” or “secure” alternative to commercial tech, may be the most expensive and inflexible vendor of them all. The catch? You’re also the one funding it.
GOTS: Custom-Built… and Locked Down
GOTS software is tailored for the government, by the government—built from the ground up to meet specific mission needs. This may sound ideal, but the reality is far more complex.
GOTS development is slow, expensive, and deeply siloed. It often results in single-agency solutions that are difficult to scale, hard to integrate, and expensive to maintain. With no commercial incentive to innovate and no competition to keep costs in check, GOTS becomes a self-funded monopoly with no exit strategy. Once an agency adopts a GOTS platform, it owns every update, every patch, and every integration. That’s vendor lock—in house.
And the numbers back it up. According to the U.S. Geospatial Intelligence Foundation, GOTS programs cost up to 70% more than comparable COTS solutions. That’s a massive overhead to absorb just to “own” your own problems.
COTS: Not Perfect, but Market-Tested
Commercial Off-The-Shelf (COTS) software isn’t without its risks. It may not meet every mission-specific requirement out of the box, and it does tie agencies to external vendors for support and upgrades. But it also benefits from economies of scale, faster development cycles, and a wider talent pool. Importantly, COTS vendors have a market incentive to stay current with interoperability standards and user needs—or lose business.
COTS solutions can align with government priorities—if standards are enforced. Through the use of open APIs, modular architectures, and clear integration protocols, agencies can still achieve security and interoperability without reinventing the wheel.
The Real Problem: The Government Doesn’t Enforce Standards—Because It Can’t
One of the core reasons the government struggles to implement a standards-driven approach is simple: it often lacks the in-house technical subject matter expertise needed to define, maintain, and enforce those standards.
Rather than building this expertise from scratch across each agency or program, the government should be leveraging national laboratories—centers of deep scientific and engineering expertise—to lead standards development and provide authoritative technical guidance. These labs are already doing this work in areas like energy, cybersecurity, and advanced manufacturing. It’s time to apply that model to defense and government-wide digital infrastructure.
Follow the Model: IEEE, 3GPP, and the Benevolent Dictator
To break out of this cycle, the government should adopt a standards model similar to IEEE or the 3rd Generation Partnership Project (3GPP), where:
- Working groups explore, test, and iterate emerging technical standards in open forums.
- A benevolent dictator model—where a respected, technically proficient lead authority finalizes standards—is used to avoid decision paralysis.
- Formal publications define conformance criteria, integration protocols, and naming conventions.
- Ongoing revision cycles allow the standards to evolve in coordination with technological advancements and emerging threats.
These standards would then be referenced in Broad Area Announcements (BAAs), Requests for Proposals (RFPs), and acquisition guidelines—shifting the default from “build it ourselves” to “comply with universal rules.”
When GOTS Does Make Sense
Despite its flaws, GOTS has a valid role—especially in highly isolated, national security-specific programs where the government is the only customer and commercial innovation is unlikely. One clear example is nuclear command, control, and communications (NC3) systems. These environments demand extreme security, have limited commercial applicability, and require decades-long lifecycle stability. In such cases, the commercial market lacks the incentive or expertise to meet the mission—so the GOTS model works.
But these are the exceptions, not the rule. The vast majority of military and civilian software needs—from training systems to logistics platforms—can and should be addressed through modular, standards-compliant, commercially informed solutions.
Standards Are the Strategy
GOTS may feel like control—but it’s often costly stagnation. COTS may seem risky—but it’s how most of the world innovates. The real way forward is standards—interoperable, testable, and universally adopted.
By empowering national labs to help create them, adopting tested governance models like IEEE and 3GPP, and enforcing standards through the acquisition process, the government can avoid the lock-in trap—whether commercial or self-inflicted.
Don’t own the stack. Own the rules. That’s how you build systems that evolve.