Protect running applications without changing source code. Eden is building runtime protection that lets security teams act while a permanent fix is still in progress.
Illustrative animation. Coral formations gather above a live application core. A scanning field and two blue defenders protect its segmented runtime shield, intercepting threats and turning selected bugs into safe green ships. Green requests pass through the same paths and light up the shield as they cross. Illustrative command tags distinguish blocked, repaired, and allowed traffic.
WHY EDEN
Act sooner. See what changed.
01
Protect while the fix is prepared.
Apply a targeted runtime countermeasure without changing application source code.
02
See what your protection does.
Understand which interactions were allowed, blocked, or transformed.
03
Check that good traffic still works.
Evaluate vulnerable interactions alongside legitimate requests before deployment.
HOW IT WORKS
The fix takes time. Protection shouldn’t.
When a vendor owns the fix, the source is unavailable, or a release needs testing, your security team still needs a way to act.
Eden sits in the traffic path, where it can block unsafe requests or apply validated targeted transformations to supported interactions.
01
Understand the request.
Identify the interaction and the condition that makes it unsafe.
02
Apply protection.
Use a scoped runtime countermeasure for supported traffic.
03
Check the result.
Review the unsafe interaction alongside legitimate requests.
RUNTIME BOUNDARY
Illustrative animation. Green ships keep moving while a blue defender captures two coral bugs in turn at different positions. Each turns amber during inspection, then becomes a green safe ship and rejoins the same traffic flow. Brief illustrative command tags mark safe passages and repairs.
WHERE TO START
For the software you can’t patch today.
01
Vendor-controlled software
Protect supported interactions while the vendor prepares a release.
02
Legacy applications
Apply a scoped countermeasure where changing or rebuilding code is difficult.
03
Critical services awaiting a release
Evaluate runtime protection while a permanent fix completes testing.
Suitability depends on the specific application, protocol, vulnerability, and deployment path.
DEPLOYMENT
Put protection where your applications run.
Three placement paths for supported application traffic.
MiddlewareILLUSTRATIVE PATH
Client service
YOUR VM
Eden gateway
Target server
Route supported requests from a client service through an Eden gateway in your VM before they reach the target server.
Available capabilities depend on your application, protocol, and deployment.
TECHNICAL ORIGIN
Built for the demands of live traffic.
Eden’s foundation comes from translating database requests during live migrations, where understanding traffic and keeping applications running are central to the job.
A FOCUSED EVALUATION
Start with one application. See the evidence.
Choose a vulnerable interaction, test the protection, and review what happens to both malicious and legitimate traffic.
01
Reproduce
Confirm the unsafe interaction and representative legitimate requests.
02
Protect
Apply a scoped countermeasure in an isolated test environment.
03
Validate
Review prevention, legitimate behavior, performance, and operator control.
FUTURE DIRECTION
Toward autonomous security improvement.
Red finds the weakness. Blue builds the defense. Each round tests the result and informs the next. We’re building toward this continuous loop, with isolated testing and an authorized rollout.
Red team · OffenseBlue team · Defense
ISOLATED TEST
Illustrative animation. Three small red offense ships fight three blue defense ships in an isolated test arena. Each pilot moves independently across both axes, dodges fixed-column shots, blocks with shields, and takes visible hits before regrouping.Illustrative red-blue test loop
ISOLATED TESTING
Observe
Protect
Validate
Improve
Continuous improvement
QUESTIONS
What to know before evaluating Eden.
What does “patch the behavior” mean?
It means applying a targeted countermeasure to a supported interaction while the application keeps running. This temporary mitigation does not remove the vulnerability or prove that a permanent application fix works.
Does Eden always rewrite requests?
No. Eden may allow or block an interaction. A targeted transformation is considered only when the supported operation and intended effect can be validated.
Does this require source code changes?
The runtime intervention leaves application source code unchanged, and source access is not always required. Deployment can still require routing, TLS, policy, and infrastructure coordination.
Can Eden inspect encrypted traffic?
Content inspection requires an authorized termination or decryption point. An evaluation establishes the TLS and data-handling requirements for your environment.
Does Eden support every protocol or application?
No. Suitability depends on the protocol, vulnerable interaction, and available traffic path. We start with one concrete application.
How is performance measured?
An evaluation reviews latency, throughput, resource use, and effects on legitimate requests in the configured traffic path.
Is autonomous protection available now?
Continuous red-blue improvement is a future direction. Each current evaluation should state what is automated, what needs an operator, and who can authorize deployment.
Stay ahead of threats. And the competition.
Get early access to real-time vulnerability remediation without changing source code.
