TMA.sh

Product

Keep app, bot, and API runtimes on the same version

TMA.sh ships your Telegram mini app frontend, bot workflows, and API routes as one synchronized release unit across environments.

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• One release ID across three runtimes

• Preview and production parity

• Fewer mismatched rollout incidents

• Git-driven runtime coordination

Problems this solves

Partial deployments

Before

App and bot updates are deployed by different processes, causing incompatible runtime combinations.

After

One release ID tracks and deploys all runtime surfaces together.

Broken app-to-bot flows

Before

Users trigger bot commands that assume frontend changes not yet deployed.

After

Release synchronization keeps command behavior aligned with frontend and API changes.

Fragmented troubleshooting

Before

Incident debugging spans multiple pipelines with no shared release context.

After

Unified runtime history narrows root-cause analysis to one release timeline.

Capabilities

Unified deployment model

Frontend assets, bot logic, and API routes are coordinated in one release lifecycle.

Preview parity

Validate behavior in preview and promote the exact reviewed version to production.

Telegram-focused flow

Designed for Telegram-specific runtime interactions between app UI and bot actions.

Runtime consistency

Reduce mismatched deploy states that break cross-surface product behavior.

Single operational lens

Track deployment and incident context across surfaces in one place.

Lower launch complexity

Replace multiple deployment playbooks with one synchronized release process.

Implementation blueprint

Phase 1

Consolidate runtime repo structure

Model app, bot, and API as one product release.

  1. 1. Store runtime layers in one repository
  2. 2. Align release ownership across team
  3. 3. Define shared launch checklist

Phase 2

Adopt synchronized preview validation

Test cross-surface behavior before launch.

  1. 1. Run app and bot flow tests in preview
  2. 2. Validate API contract changes with frontend
  3. 3. Review rollout with product and QA

Phase 3

Standardize runtime promotion

Ship coherent runtime sets to production.

  1. 1. Promote single runtime release candidate
  2. 2. Monitor post-launch cross-surface health
  3. 3. Use unified rollback path for regressions

Operational playbooks

Cross-surface preflight

4 steps
  1. 1

    Run one journey across app, bot, and API

    Open detail

    Use an end-to-end path that exercises all three runtime surfaces together.

  2. 2

    Verify frontend and API payload compatibility

    Open detail

    Check field names, response shapes, and contract changes used by UI flows.

  3. 3

    Confirm bot replies match frontend state

    Open detail

    Ensure command outputs reflect the latest app and backend data model.

  4. 4

    Approve release only when all surfaces pass

    Open detail

    If any surface fails, hold production promotion until full flow is green.

Mismatch prevention policy

4 steps
  1. 1

    Block promotion when preview coverage is incomplete

    Open detail

    Require explicit checks for app, bot, and API before production rollout.

  2. 2

    Require release-owner compatibility confirmation

    Open detail

    Ownership enforces accountability for cross-surface correctness.

  3. 3

    Log emergency bypasses in release notes

    Open detail

    Record every exception with reason and approver for audits.

  4. 4

    Review bypass frequency each month

    Open detail

    Use recurring patterns to tighten policy and remove recurring exceptions.

Unified rollback drill

4 steps
  1. 1

    Simulate mismatch and rollback in staging

    Open detail

    Practice the rollback runbook regularly to reduce incident response latency.

  2. 2

    Measure detection-to-recovery time

    Open detail

    Track time-to-recovery and set a concrete operations target.

  3. 3

    Record fastest observability signals

    Open detail

    Identify dashboards and alerts that surfaced the mismatch earliest.

  4. 4

    Update launch checklist from drill outcomes

    Open detail

    Convert drill findings into concrete checklist and policy improvements.

Reference architecture

Runtime synchronization pattern

All runtime layers attach to one versioned release object before promotion.

  • • Telegram products with both bot and app surfaces
  • • Teams needing reliable app-to-bot journeys
  • • Products with API contracts tied to bot workflows
  • • Ops teams reducing cross-pipeline launch risk

Flow view

release#9012 => app bundle v9012
release#9012 => bot command schema v9012
release#9012 => API route handlers v9012
promote(release#9012) => all surfaces go live together

Resources and docs

How It Works

Platform model for coordinated build and deploy flow.

Open resource

API Routes Guide

Deploy and operate edge API routes with runtime context.

Open resource

Authentication Guide

Keep auth behavior consistent across app and API layers.

Open resource

SDK Server

Server helpers for runtime-safe Telegram integrations.

Open resource

Frequently asked questions

Does runtime sync require one repository?

The strongest workflow is one repo, because releases can then represent a complete runtime snapshot.

Can I validate app and bot behavior together before launch?

Yes. Preview environments are intended for cross-surface validation before promotion.

What if only one layer changed?

You can still ship a release candidate; synchronization ensures unchanged layers remain version-consistent.

Does rollback include all runtime layers?

Yes. Rollback targets a previous release object and restores aligned runtime versions.

Stop shipping mismatched runtime versions

Use synchronized releases so users always get compatible app, bot, and API behavior.

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