You secure the source. Attackers read the bundle.
The final APK or IPA is the real attack surface — and it's the one artifact most teams never analyze. DeltaWard scans every shipped bundle, diffs it against the last release, and returns one verdict in CI.
The shipped artifact is rarely analyzed
Source scanners watch the repo. But multiple teams merge into one bundle, and what actually ships — after bundling, codegen and config injection — is the thing nobody inspects.
Pentests are snapshots; you ship weekly
An audit once or twice a year describes a build from months ago. Every release between audits ships on trust.
Attackers don't see your GitHub repo
They download the same bundle your users do, and inspect it at scale. The defense has to happen on that artifact, before it reaches the store.
The inspection attackers automate — run inside your pipeline first.
One step in the CI you already have. DeltaWard takes the final bundle, not your source, and hands back a decision.
Connect CI, or drop an artifact
Point the scan at the APK or IPA your build already produces. First scan becomes the baseline.
Scan the final bundle
Static and behavioral analysis on the shipped artifact — secrets, runtime config, SDKs, permissions — the things source scanning can't see after bundling.
Get the diff, gate the release
Every finding is fingerprinted and compared to the previous build. New, fixed, persisting — then pass, warn or fail, in your pipeline.
A diff, not a dump.
200 findings on every run is noise. The signal is what this release changed against the last one. Dismiss a finding once and it stays dismissed — the diff only ever shows you what moved.
Everything visible to someone holding your bundle.
We pull the artifact apart the way automated attackers do — then report what's exposed, on the build that introduced it.
Embedded keys & tokens
API keys, credentials and signing material recoverable from the binary or JS bundle — the bulk-extraction target of the AI era.
Insecure runtime behavior
SSL pinning silently dropped, cleartext traffic, debug endpoints and verbose logging left on in a release build.
Risky third-party SDKs
New SDKs, excessive permissions and known-vulnerable versions — mapped to what actually shipped, not what package.json claims.
Weak configuration
Exported components, backup flags, ATS exceptions, entitlements — the defaults that drift between releases unnoticed.
Build-to-build regressions
A protection that existed in the last release and is missing in this one is its own finding — even if no scanner rule fires.
Audit-ready evidence
Every finding anchored to OWASP MASVS, every release verdict logged — continuous evidence that replaces parts of the periodic pentest.
One verdict, where the release decision already happens.
No new dashboard to babysit. The scan returns pass, warn or fail to the pipeline — and the rule is yours to set.
We simulate the attacker — inside your pipeline, never outside it.
Security tooling asks for your most sensitive artifact. Here is exactly how it's treated.
Your artifact, your pipeline
Analysis runs on the bundle you hand us, on isolated infrastructure. Never against your servers, your store listing or your users.
Binaries deleted after scan
We keep findings and verdicts — not your IP. The artifact is destroyed when the scan completes.
No source required
The scan works on the artifact alone. Your repo never leaves your infrastructure.
Deterministic findings
Detection is deterministic and anchored to MASVS. AI explains and suggests fixes — it never invents a finding.
Mobile teams ship weekly. Pentests happen yearly. Close the gap.
Connect one app and your next build gets a baseline. The build after that gets a diff — and a verdict.