Stop Threats Before Government Code Ships
Government software powers citizen services, defense operations, and critical public infrastructure, and it’s assembled the same way as modern commercial software: inside automated CI/CD pipelines. Those pipelines routinely fetch open-source components, contact external registries, and execute build logic using elevated credentials. When something goes wrong at build-time, the blast radius can include multiple programs, agencies, and downstream integrators.
InvisiRisk adds an inline control point during build execution so teams can see, and enforce, what a build is allowed to download, where it can connect, and what it can send out before a release is produced.
Build-time network visibility (protocol-aware)
Analyze build communications in both directions to separate normal dependency retrieval from unexpected destinations, unusual transfer patterns, or risky protocols.
Centralized guardrails for distributed teams
Roll out consistent allow/deny patterns and exception workflows across multiple CI systems and contractor-managed pipelines without forcing workflow rewrites.
Policy-as-code enforcement (OPA / Rego)
Apply real-time rules that constrain dependency sources, outbound egress, and build actions, then standardize those policies across environments and projects.
Build-derived component evidence (TruSBOM™)
Reconstruct what enters the build, including transitive dependencies, and capture evidence-based artifacts aligned to observed build behavior.
Stop or gate high-severity behavior
Escalate, quarantine, or fail builds when violations appear, such as suspected secrets exposure, typo-squatting pulls, or unapproved third-party downloads.
Inline Build-Time Enforcement Inside Government CI/CD
How InvisiRisk Works
What InvisiRisk Protects
CI/CD runners, build servers, and pipeline infrastructure
Visibility and control over build systems that frequently run with broad access and privileged credentials.
Dependency intake (open-source + transitive)
Guardrails around where dependencies come from and what is permitted to enter the build during execution.
External endpoints used during builds
Control over build-time outbound destinations and third-party services contacted while pipelines run.
Secrets and sensitive tokens used by automation
Detect and interrupt suspicious build-time handling and transmission of credentials.
Release outputs and artifact publishing paths
Reduce the likelihood that compromised build activity silently becomes a signed artifact or published package.
AI‑Accelerated Development with Guardrails
AI boosts development velocity, but it also expands the set of “unknowns”: new dependencies, new scripts, new outbound calls, and more room for mistakes or abuse.
InvisiRisk enables AI‑accelerated delivery by enforcing build‑time guardrails on what can be downloaded, where builds are allowed to connect, and what outputs can be published. The goal is straightforward: keep teams moving fast while ensuring unapproved behavior can’t turn into a trusted release.
Close the Build-Time Security Gap
Traditional AppSec checks are largely post-hoc: scan the repo, then scan the artifact. But the compromise window for many supply-chain incidents is the live build, where automation has privileged access and network reach. Retroactive inventories can miss what truly entered the build in real time, one reason public sector programs increasingly push for stronger evidence and transparency.
InvisiRisk focuses on that window by enforcing policies while the build is running, so suspicious behavior can be controlled before it becomes a shipped artifact or deployed package.
Designed for Government & Public Sector Requirements
Public sector security programs frequently require repeatable controls, supplier transparency, and evidence, not just “we ran a scanner once.”
U.S. Federal (EO 14028, SBOM, and secure development practices)
-
EO 14028: Accelerated government focus on software supply chain integrity and SBOM visibility.
-
SBOM expectations: Government buyers often request machine-readable SBOMs and supporting evidence.
-
Secure development practices: Federal guidance emphasizes secure software development practices and supplier attestations.
APAC (baseline controls and maturity expectations)
-
Australia Essential Eight: Widely used baseline mitigation framework with maturity targets.
CISA secure software attestation (practical relevance)
-
Many agencies and primes require suppliers to demonstrate secure development practices and provide defensible evidence based artifacts. InvisiRisk helps produce build-time observables that can support these requirements, but it does not replace governance programs or certification processes.
EU & UK (supply chain security + secure development / vulnerability handling)
-
NIS2: Emphasizes supply chain security and secure development/vulnerability handling measures.
-
ENISA: Provides guidance and good practices for supply chain cybersecurity, vendor risk, and vulnerability handling.
-
UK NCSC: Provides supply chain security guidance to establish control and oversight.
Helpful InvisiRisk resources:
https://www.invisirisk.com/executive-order
https://www.invisirisk.com/eu-supply-chain
Claim boundary: InvisiRisk supports technical controls and evidence generation; it does not replace governance programs, procurement policy, or regulatory certification processes.
Integrates Into Existing DevSecOps Workflows
InvisiRisk integrates in line with existing CI/CD infrastructure and complements SAST/SCA/DAST by adding build-time enforcement at the network and dependency layer, without requiring teams to rebuild their toolchain or change day-to-day developer ergonomics.
Built for Government Security, Platform, and Delivery Teams
CISOs and Security Leadership
Build-time visibility and enforcement on a high-impact attack surface, plus evidence that supports oversight and review. Executive accountability is now part of secure software expectations; build‑time enforcement helps keep secure development claims true in practice when real-world pipelines accumulate exceptions and misconfigurations.
DevSecOps and Platform Teams
A policy enforcement point for pipelines, especially where different teams and contractors ship code through different systems. Public sector software is delivered across on-prem, cloud, and hybrid environments—so build-time enforcement must work across diverse toolchains without assuming a single standardized stack.
Program, Risk, and Audit Stakeholders
Evidence artifacts and component transparency tied to what actually occurred during builds, useful when requirements demand more than “we scanned it.”
Government CI/CD Security FAQs
Learn More About Software Supply Chain Protection
