2hoursApproximately
A minimal working RDK image.
For a task estimated at five engineering days, a KAVIA-guided workflow produced a minimal working RDK device image in about two hours.1
KAVIA RDK Accelerator
Start with RDK understood.Move your product forward.
Move platform upgrades, silicon integrations and cross-repository changes forward with prepared RDK context. Connect your product code, patches and logs to source-linked analysis, reviewable changes and validation.
Bring us one RDK problem. We’ll scope an evaluation around your team, environment and success criteria.
Context → engineering work
RDK AcceleratorPrepared foundationRDK VideoPrepared foundationRDK Broadband
Your product context
Code · Patches · Branches · Logs
RDK Accelerator
Understand · Plan · Implement · Validate
Source-linked analysisReviewable changesTests & build evidenceRelease evidence
Your engineering review. Your release decision.
Real RDK work.
Observable results.
Two anonymized engineering engagements. Specific about the work and what was validated.
8hoursApproximately
A successful customer compile.
An approximately eight-hour evaluation produced an RDK change spanning about 50,000 lines of code and a successful compile through the customer’s own build process.2
Individual engagement results. Scope, preparation and validation matter; outcomes vary by project.
Five engineering starting points
Which RDK problem
is on your roadmap?
Your roadmap crosses repositories, product customizations, silicon interfaces and release controls. Start with the task your team needs to move forward.
Platform upgrades and LTS migration
Identify which product customizations can move to the next baseline, which need modification and which are no longer needed. Connect the migration pathway to affected components and validation steps.
A code-connected migration pathway classifying customizations and showing how changes would be validated.
Multi-vendor SoC, HAL and SDK integration
Work through the boundaries between RDK, silicon and your device. Connect integration work to the relevant repositories, hardware interfaces and build configuration.
A minimal working RDK device image in about two hours, for a task estimated at five engineering days.
Field-defect, log and telemetry RCA
Connect runtime evidence to the source paths worth investigating. Inspect ranked hypotheses, supporting code locations and the diagnostic, fix and test steps a field issue may require.
A reviewable RCA package linking runtime evidence to source locations, hypotheses and a diagnostic and fix/test path.
Cross-repository features and interoperability
Follow a change across the interfaces and dependencies it touches. Prepare the implementation for your branch, build and review process, keeping the requirement connected to the work.
An approximately eight-hour evaluation, an RDK change spanning about 50,000 lines of code, and a successful customer compile.
Release, regression and vulnerability-impact readiness
Connect a proposed change to affected components, relevant test coverage and unresolved risks. Give reviewers a clearer basis for deciding what still needs investigation or validation.
A reviewable evidence set connecting the change, affected components, test coverage and open risks to the release decision.
From context to evidence
Begin with RDK context.
Apply it to your product.
The Accelerator combines prepared RDK knowledge with working examples. Your team adds the context needed for its task and assesses the work through its own engineering process.
Establish context.
Add the approved repositories, branches, product code, patches or logs needed for the problem. Explore dependencies with Code Wiki and source-connected answers.
Define the work.
Connect the intended outcome to impact analysis, specifications, a migration pathway or an investigation plan. Agree the checks that will establish success.
Make it reviewable.
Prepare the agreed changes, tests or diagnostic artifacts. Use KDIFF / Knowledge Diff and your review process to inspect the work in context.
Assess the evidence.
Run the agreed checks in the appropriate build or test environment. Review the results, failures and open items before accepting the work.
Your team retains technical judgment and release decisions. The output may be a migration pathway, diagnostic package, change set or release-readiness evidence, depending on the agreed task.
Explore the Demo LibraryBuilt for enterprise evaluation
Your engineering boundaries stay part of the plan.
Agree where source code is processed, where artifacts persist and which model endpoints are used. KAVIA supports deployment choices that can be scoped to your team’s requirements.
Dedicated cloudCustomer-controlled storageSelf-hosted
Scope the operating boundary
Agree approved repositories, data handling, model endpoints and validation environments before the evaluation begins.
Your team controls the work
Engineering review, acceptance and release decisions remain with your team.
Strategic engineering partnership
KAVIA + Tata Elxsi
Bringing GenAI-assisted software engineering to enterprise programs.
“GenAI adoption demands more than tools—it requires a trusted partner to pilot, productise and scale development and deployment workflows.”
Chief Strategy Officer, Tata Elxsi
In the published partnership announcementRead the announcement
RDK Accelerator · Summit sign-up offer
Put KAVIA to work on your RDK roadmap.
Bring one active migration, integration, field issue, feature or release-readiness problem. We’ll agree the scope, included usage, support and success criteria before you start.
Apply by 30 September 2026.
On our contact page, mention “RDK Accelerator” and briefly describe the problem you want to evaluate.
Offer terms. For eligible RDK licensee/member companies, including those not attending the Summit. Applications close at 23:59 CEST on 30 September 2026. Acceptance is subject to qualification and capacity. The 60-day period begins at agreed activation. Additional consumption, dedicated FTE implementation, bespoke deployment and other services require separate agreement. The platform-fee waiver applies within the agreed offer scope.
Before you begin
A focused evaluation.
A clear next step.
Start with one problem and a core team. Agree the engineering outcome before the work begins.
What happens when I click Try KAVIA?
You’ll reach KAVIA’s contact page. Mention “RDK Accelerator” and briefly describe your engineering problem. We’ll contact you to discuss fit and scope. You can also explore the Demo Library first.
Do we need to evaluate all five use cases?
No. Choose one problem with a clear engineering outcome. We agree the scope, technical inputs and success criteria before activation.
Do we need to attend the Summit or use all 20 seats?
No. Eligible RDK licensee/member companies can apply whether or not they attend the Summit. Twenty users is the maximum. We recommend beginning with 3–5 engineers and a sponsor who can help define the problem and assess the result.
What does our team need to provide?
A problem description, participating engineers and approved access to the inputs and validation environment needed for the agreed task. Please don’t submit source code, credentials or proprietary logs through the contact form. We’ll agree an appropriate access method during scoping.
When does the 60-day period start?
At agreed activation, after qualification, scope agreement and readiness of the required inputs and environment. Activation is planned within 30 days of acceptance unless a different start is agreed. Contacting KAVIA does not start the 60-day clock.
What happens after 60 days?
We review the work against the agreed success criteria. Any paid continuation requires a separate agreement; it does not automatically convert into a paid subscription.