J.I.M.M.Y. — a brand-new version of your app for every single user
Just-In-Time Intelligent Morphic Mutation Yard. Unique app code per session, destroyed forever after use. Other tools detect breaches faster — J.I.M.M.Y. makes them mathematically pointless.
One flaw should never breach a million users
Almost every app runs the exact same code for everyone. That's convenient — and it's exactly why one flaw can turn into a massive breach. This is how Log4Shell and SolarWinds spread so far, so fast: one exploit, millions of victims.
J.I.M.M.Y. breaks that pattern. When each user logs in, they receive their own private, one-of-a-kind version of your app. It does the same job as everyone else's, but is built differently inside — so an attack designed for one user simply fails on everyone else. And the instant they log out, their version is erased forever.
Other security tools try to detect breaches faster. J.I.M.M.Y. makes breaches mathematically pointless.
The 4-step exploit-extinction lifecycle
Generate → Bind → Execute → Destroy. Every single session.
One app becomes thousands of unique versions
Your existing code (Java, .NET, Python, Go, Node.js, Rust) is transformed into thousands of variants that look completely different inside but behave identically outside. A Golden Test Suite verifies every variant in under 50ms.
Every user gets their own private copy
On login, each user is assigned one unique variant for their session. User A runs variant #472; User B runs #893. An exploit crafted for A crashes harmlessly on B.
Invisible, isolated protection
Each variant runs in its own secure sandbox — a lightweight sidecar beside your app. Completely transparent to users, with overhead under 3%.
Burn after reading
The moment a session ends, the variant is wiped from memory forever in under 100ms — unrecoverable even by forensic tools. No lasting target means no attack that can scale.
J.I.M.M.Y. vs the alternatives
| Capability | J.I.M.M.Y. | Moving Target Defense / ASLR | Static Polymorphism |
|---|---|---|---|
| Does the actual app code change? | Yes — per user, per session | No (only IP/port/memory shuffled) | A fixed, finite set of variants |
| Does it self-destruct? | Yes, after every session | No — binaries persist | No — variants live indefinitely |
| Code changes needed? | None (sidecar / layer) | Mostly none | Requires rebuild / recompile |
| Chance an exploit survives | ~0% (dies with session) | ~10% (memory leaks bypass it) | Eventually 0%, after mapping all variants |
Fits wherever your apps run — zero disruption
Compatible with Java, .NET, Python, Go, Node.js and Rust. No code changes required.
Cloud-native
Deploys as a function/layer on AWS, Azure or GCP, and slots into CI/CD pipelines like Jenkins and GitLab.
Containers
Runs as a Kubernetes sidecar next to your app without changing your image; works with Istio and Linkerd.
On-prem / hybrid
A lightweight agent with under 5% overhead. Works with legacy apps and needs no source-code access.
Fast enough to be invisible
Attacks J.I.M.M.Y. would have neutralised
Log4Shell (2021)
One flaw compromised millions because the vulnerable code was identical everywhere. With J.I.M.M.Y., each user's code is different — the exploit fails after the first user.
SolarWinds
A single poisoned update hit 18,000+ organisations. Per-session uniqueness removes the 'one update hits everyone' risk entirely.
Ransomware
The self-destructing lifecycle removes the persistent, predictable target ransomware needs to take hold.
What J.I.M.M.Y. means for your business
For security leaders (CISOs)
- Zero configuration — universal compatibility, no code changes.
- Compliance made easier — automatic audit logs for SOC 2, ISO 27001 and CMMC.
- Fewer tools to manage — replaces overlapping products, cutting tool clutter ~30%.
For finance leaders (CFOs)
- Lower total cost — retire expensive reactive tools that never quite work.
- Cheaper cyber insurance — a 15–25% premium reduction is realistic.
- Business continuity — no more emergency weekend patching.
Patented technology
J.I.M.M.Y. is protected by Indian Patent since January 2026. To our knowledge, it is the world's first session-ephemeral polymorphic execution system — a genuinely new category of proactive security.
Frequently asked questions
Will J.I.M.M.Y. slow down my application?
No. The extra overhead is under 3% — about the same as standard HTTPS encryption — and users notice no difference.
Do I have to rewrite my code?
No. J.I.M.M.Y. works alongside your existing app as a sidecar or lightweight layer. It supports Java, .NET, Python, Go, Node.js and Rust, and even works with legacy apps without source-code access.
How is this different from antivirus or a firewall?
Those tools try to spot and block attacks after they arrive. J.I.M.M.Y. removes the fixed target attacks rely on, so most attacks have nothing to hit in the first place.
What happens when a user logs out?
Their unique version of the app is permanently wiped from memory in under 100 milliseconds, using a secure multi-pass erase. It cannot be recovered, even with forensic tools.
See J.I.M.M.Y. make your app un-exploitable
Book a live demo and watch a real exploit succeed on one session and fail on the next.