Perspective_

Government agencies are under unprecedented pressure to modernize. AI-assisted development and “vibe coding” tools have dramatically reduced the cost and time required to build software, allowing teams to prototype capabilities in days rather than months. Understandably, leadership wants to leverage these advances to create faster, smarter, more agile technology.

But the ability to build software has now outpaced the systems required to safely deploy it. Without modern DevSecOps environments purpose-built for government, even the most promising prototype eventually encounters the same bottleneck: security validation, operational testing, and accreditation processes that were never designed for this level of speed or volume.  

The result is a paradox: the ability to build software is accelerating, while the pace of safely deploying it into mission environments can’t keep up. The challenge is proving that software can operate securely and effectively under real-world government conditions.

The unintended consequences of cybersecurity

Over the last decade, the federal government built a sophisticated and necessary architecture of cybersecurity standards, including FedRAMP, CMMC, Zero Trust mandates, supply chain scrutiny, and secure software development requirements. These frameworks exist for good reason: protecting sensitive systems and mission-critical data demands rigorous standards. But now, as agencies seek to harness AI to orchestrate operations across enterprises, these requirements have reshaped the acquisition ecosystem in ways that unintentionally slow access to new capabilities.  

The result is effectively two sets of cybersecurity rules: one for the commercial market and one for the federal government. Companies that build software for commercial use must often spend 12 to 18 months and significant resources rebuilding and re-certifying their products just to serve federal customers. For many, the cost and timeline make participation in the federal market difficult to justify.

These requirements, while designed to protect federal data, have inadvertently created a barrier to entry that reduces competition. Without that competition, procurement officers default to incumbents and previously approved vendors, limiting agencies’ exposure to newer approaches and technologies.

The trust gap no demo can close

When vendors do attempt to enter the federal market, the compliance burden shapes how they show up — defaulting to commercial demos that tell a government buyer almost nothing about how that software will actually perform under real conditions. CIOs and CTOs see hundreds of these demos. Very few translate into deployable capability.  

This is the software trust gap: the distance between what software can do in a demo and what it can safely do in a mission environment.

What vulnerabilities will surface? Will it operate in a classified or disconnected environment? What breaks under mission-specific security constraints? Can it integrate with existing systems? These are not hypothetical concerns; they determine whether a capability ever reaches the mission.  

This gap is widest for AI-enabled applications, rapidly developed software, agentic systems, and open-source tooling. Traditional procurement processes were not designed for this pace. They were built for a world where software changed slowly, and where acquisition timelines could stretch across fiscal years without operational consequence.

A different model: prove it before you buy it

What the government needs is not fewer cybersecurity standards; it needs a better, faster way to evaluate cybersecurity. One that activates security validation earlier in the acquisition lifecycle, when issues can be resolved more quickly and for less money.

Validation requires a secure environment that mirrors operational government conditions. In that environment, agencies can test software before procurement, commercial vendors can demonstrate real-world performance without requiring government to provide access credentials or onboarding upfront, and security teams can identify vulnerabilities collaboratively before they become acquisition-blocking events.  

LMI’s IronSled™ operationalizes this model by providing secure, representative environments where government and industry can evaluate software under realistic mission conditions before procurement decisions are made. Agencies load a vendor’s tool, run it in an environment that evaluates against government security needs, and see exactly what works, what fails, and what requires remediation. Vendors bring their software into the environment without needing specialized government access credentials or clearances upfront. Agencies observe performance under conditions that reflect their operating reality. Decisions shift from assumption to evidence, costs are reduced, and time is saved.  

When both sides are satisfied with mission fit, performance results from the testing phase feed directly into hardening workflows that support remediation and any additional development needed to meet the agency's requirements. The result is confirmation of the app's security, suitability, and mission fit — before a contract is signed. What used to take years can compress into weeks, accelerating time-to-value for mission-critical capabilities.

Restoring competition, advancing the mission

The government does not need to choose between cybersecurity and innovation. It needs environments where both can happen simultaneously, in the same place, before the mission window closes. To meet that need, a compelling demo is no longer enough. Operational proof simulated under real conditions is the requirement.  

Without parallel modernization of software evaluation and accreditation, the productivity gains AI enables never translate into operational capability. A more agile evaluation and accreditation model offers assurance and changes the competitive dynamics of the entire federal technology market. It expands the government’s access to emerging technologies, enables smaller vendors to compete, and ensures agencies are not limited to legacy solutions. It also breaks the cycle of costly long-term lock-in that results when agencies renew what they already have. Most importantly, it proves that security and innovation are not competing priorities when the right environment exists to pursue both.  

IronSled's try-before-you-buy model gives agencies a sandbox where they can test software against real mission needs without having to onboard contractors or commit to a lengthy procurement process. From that initial evaluation through secure development, ATO preparation, production deployment, and ongoing monitoring, IronSled supports the full software acquisition lifecycle.

The agencies that build that discipline into their acquisition workflows will be the ones fielding the capabilities that matter most, at the speed the mission demands.