WEFT / Runtime protection
Protect running applications
beside the workload.
Assess container and application runtime risk, introduce practical prevention and detection, tune policy safely, and verify that controls work.
One-time or ongoing · Only approved scope and access
WEFT Security / Runtime protectionRepresentative delivery view
Current scope
Review evidenceProtect running applications
01Risky container behaviorRuntime rule · bounded evidenceInvestigate
02Web exploit patternWAF monitor modeTune
03Excessive workload privilegeDeployment configurationReduce
Tools and standards used where relevant
- Envoy Gateway
- Coraza
- OWASP CRS
- Falco
- OpenTelemetry
- Kubernetes
What the engagement changes
Focused work. Clear ownership. Verified results.
Reduce exploitable runtime paths.
Harden identity, privilege, network, image, gateway, WAF, and rate-limit controls around the application.
See suspicious behavior without collecting everything.
Use focused, redacted signals and health evidence that stay connected to the affected workload.
Turn an event into a safe action.
Define owners, triage paths, containment choices, rollback, and verification before an incident.
Service coverage
Know exactly what can be in scope.
The final scope is based on your application, environment, access, deadline, and risk—not a generic checklist.
Runtime assessment
Review workload identity, privileges, network paths, secrets, images, and container or host controls.
Web and API protection
Design and tune gateway, WAF, OWASP CRS, and rate-limit controls beside the application.
Container detection
Use bounded behavioral signals to detect suspicious container and host activity.
Policy rollout
Move from observed behavior to reviewed enforcement with rollback and health checks.
Incident support
Connect runtime evidence to the affected workload, owner, and practical containment path.
Verification
Confirm that protections are running, receiving the right signal, and responding as designed.
Customer-controlled protection
Keep enforcement in your environment.
Controls can be reviewed and deployed beside the workload so your team retains production authority and sensitive traffic stays local.
- ✓Workload and route-specific scope
- ✓Pinned, reviewable configuration
- ✓Separate monitor, enforce, and rollback decisions
Protection rolloutRepresentative
01Policy proposedScope and mode recordedReview
02Monitor behaviorFalse positives assessedActive
03EnforcementCustomer-approvedReady
Detection and response
Collect enough evidence to act, not the whole workload.
Normalized events support investigation while raw request content and sensitive command data remain outside the central workflow by default.
- ✓Bounded event fields and redaction
- ✓Health and delivery monitoring
- ✓Owner, response, and closure evidence
Runtime evidenceRepresentative
01Rule matchWorkload and categoryStored
02Sensitive contentExcluded by defaultLocal
03Response actionOwner-approvedVerified
How the service works
From approved scope to verified decision.
Testing depth and access are matched to the environment. Findings move through review, remediation support, and comparable retesting.
Map the runtime
Identify workloads, routes, identities, sensitive operations, existing controls, and response owners.
Assess and design
Prioritize exploitable paths and choose controls that fit the architecture and operational tolerance.
Observe before blocking
Introduce monitor-mode controls, review behavior, and tune false positives where appropriate.
Enforce and verify
Enable approved protections, test health and response paths, and keep rollback available.
Runtime boundary
Protection stays customer-controlled.
WEFT helps assess, design, configure, and verify controls; it does not claim to be a global edge network or volumetric DDoS provider.
Inspect trust practices- ✓Production enforcement changes require the agreed customer approval path.
- ✓Raw bodies, authorization values, cookies, and sensitive command data are excluded from central evidence by default.
- ✓Monitor mode is used where immediate blocking could harm availability.
- ✓Edge DDoS absorption and universal exploit prevention require separate infrastructure and are not implied.
Complete application security
Bring in the other service areas when the scope needs them.
Do you operate a hosted WAF or proxy our traffic?
Not by default. The service is designed around assessing and helping deploy customer-controlled protections beside the workload.
Can you help secure containers already in production?
Yes. The engagement can assess deployed images and configuration, privileges, runtime behavior, controls, and response paths, subject to approved access.
Can every exploit be prevented?
No. Runtime controls reduce and detect defined risks but do not replace secure code, delivery controls, patching, architecture, monitoring, or incident response.
Start with the application and outcome
Define a safe, useful scope.
Tell us what you build, what changed, what must be protected, and when you need the answer.