How Appsolid compares
A capability-by-capability look at Appsolid versus a typical app-protection product and free compiler tools — honest about where we lead and where we're still catching up. We don't name competitors here; we compare approaches.
Capability comparison
What actually differs between approaches — post-build vs SDK, key entanglement vs detect-then-block, per-app keys vs shared, and published evidence vs marketing copy.
Upload your finished APK/AAB — no source or build-config changes, no SDK or Gradle plugin to wire in.
Detection signals are bound into the decryption key. Patch the check out and decryption itself fails — the original code never loads. There is no branch to NOP.
Every protection job compiles with a distinct key scattered through the binary — cracking one app never extends to another.
AES-256-GCM-encrypted DEX loaded only in memory (in-memory packing) + native O-MVLL + string/arithmetic/control-flow obfuscation — not just name substitution.
On-device detection of Frida, debuggers, hooking frameworks, root, emulators and tampering — then a clean exit. Seven threat types verified end-to-end on real devices.
A per-app threat dashboard (severity, device, version drill-down) with HMAC-signed webhooks that report attacks from the field.
102 physical devices · 1,800+ device-runs · 7-threat e2e · red-team ceiling — published as measured results, not marketing copy.
In-memory packing on Android 8.0+ with a file-based fallback down to minSdk 21 — verified on real API25/API23 devices. Matters for legacy portfolios.
Accepts and protects both traditional APK and Google Play AAB inputs (32- & 64-bit ARM).
You pay a flat fee per protected app (platform). Cost doesn't scale with users, devices or traffic — so it stays predictable.
Geo correlation, SIEM/SOAR integration and session/risk scoring are offered by some commercial products and are on our roadmap. We disclose this openly.
Approaches compared, not specific vendors. For a deeper, vendor-named breakdown (and our roadmap), see the detailed comparison in our docs.
Where we're still catching up
We disclose this openly. Appsolid focuses on Android protection today and protects the Java/DEX portion of Flutter/React Native apps. Geo correlation, SIEM/SOAR integration and session/risk scoring are on our roadmap. We're competitive on the core of protection — code protection, RASP and monitoring — and expanding the fraud and enterprise-integration space by priority.
A checklist for evaluating any product
Ask these questions of any protection product — Appsolid included.
- What actually happens when hooking or debugging is detected — a simple exit, or does decryption itself fail?
- Do all customer apps use the same key/routine, or is it per app?
- Do they publish validation results (physical devices, threat e2e, red team), or is it only marketing copy?
- Do they avoid overstating — no “blocks 100%” claims?
- Do they clearly state supported platforms/frameworks (iOS, Flutter, RN) and performance impact?
See the evidence behind the claims
Every capability above is backed by validation on real devices. See the numbers, or talk to us about your portfolio.