Platforms

Khmara offers two complementary platforms. They share one engineering approach, but suit different starting points and levels of platform ownership.

Platform	Primary purpose	How it is delivered
Enablement Platform	Connect, abstract and orchestrate capabilities across existing enterprise systems, networks and partners.	Proven implementation and orchestration patterns, combined with integration, abstraction and automation designs. The modules and integrations you need are scoped for each engagement.
Digital Services & Operations Platform	Establish an organisation-controlled foundation for customer, product and service lifecycles, end-to-end delivery, operational visibility and reconciliation.	A reference platform, implemented and adapted for each engagement rather than sold as an off-the-shelf suite.

Here, platform means a coherent software foundation, domain model, integration approach and set of operational capabilities. Project-specific work, reusable components and third-party software are distinguished clearly during solution definition.

Enablement Platform

The Enablement Platform is a controlled integration and automation layer between your channels and business systems and the networks, service providers and partners that do the underlying work.

It turns different technical capabilities into services that can be used consistently. A channel or business process should not need to know each provider's protocol, authentication, data format, error vocabulary or operational quirks. Those details belong behind an adapter boundary.

It is especially relevant when you need to integrate several networks or partners, expose selected capabilities to other businesses, automate cross-system processes, or run old and new systems side by side.

Stable interfaces over diverse systems

APIs and messaging interfaces are designed around the capability being offered, not the structure of the system behind it, so consumers do not inherit every implementation detail of a provider.

• API mediation, routing and validation
• Protocol and payload transformation
• Authentication, authorisation and rate controls
• Consistent error handling
• File mediation and managed transfer for batch-based operations
• Synchronous requests, asynchronous events and scheduled processing, each handled on its own terms

Network and provider abstraction

For telecommunications and connectivity businesses, the platform gives a consistent interface across host mobile networks, fibre network operators and other service providers, and shields customer channels and partner interfaces from changes in the underlying OSS and BSS.

The abstraction covers business behaviour as well as technical translation: service qualification, ordering, provisioning, status updates, charging or billing handoffs, and failure handling. Provider-specific identifiers stay in the integration layer instead of spreading into every consuming application. This creates a foundation for multi-provider services and virtual-operator models.

Workflow and decision automation

Individual capabilities are composed into business processes that combine automated service calls, events, timers, decisions, approvals and human exception handling.

The approach pairs engineered services with configurable orchestration. Stable or performance-sensitive capabilities are built in code. Process coordination and suitable business decisions are expressed as visual workflow and rules models, so business-facing process changes do not require rewriting the underlying integration services, while engineering review and test controls stay in place.

Three ways to consume the same capabilities

• Platform-managed processes: a caller starts a business operation, and the platform manages its sequence, state and recovery.
• API-based capability access: an external application or orchestrator calls individual services and keeps ownership of its own process.
• Approved internal messaging: trusted services use controlled message-based interfaces within the agreed security boundary.

No single workflow engine is forced on every consumer, and responsibility is explicit: whoever owns a process owns its retry, timeout and compensation decisions.

Multi-tenancy and controlled exposure

Where required, the platform serves multiple brands, partners, virtual operators or business units. Tenant separation covers data, credentials, configuration, permissions, routing and operational visibility, not just a tenant field on a screen. Selected capabilities can be exposed to downstream partners while shielding them from internal changes.

Transaction control beyond the happy path

Orchestration work is tested against normal completion, repeated triggers for the same business transaction and downstream payment failure. Two notifications for the same charge must never become two debits. That takes an explicit identity for each business operation, duplicate-safe execution, the right persistence controls and reconciliation, not just a workflow engine.

Typical applications

Network and service-provider integration, prepaid and subscription journeys, payment and charging coordination, enterprise API exposure, and the integration of digital subscriptions, device fulfilment, trade-in, insurance and device-management services offered by specialist providers.

Business value

Consumers get stable capabilities, providers can change behind controlled boundaries, and cross-system processes become visible and manageable instead of being scattered across applications.

Digital Services & Operations Platform

The Digital Services & Operations Platform is an organisation-controlled foundation for launching, delivering and operating digital services across multiple channels and external systems.

It connects what the business sells, what the customer receives, how the service is delivered, and how operations know the work is complete. It goes beyond integration, adding clear ownership of essential business facts, a shared service-lifecycle model, durable cross-system processes and a consistent operational view.

A focused core with replaceable surrounding systems

Keep control of the information that defines your business, and let specialist systems do specialist work.

The core model distinguishes customers, accounts, product offerings, prices, purchased products, customer-facing services, the technical services that deliver them, and physical or logical resources, so a product, an account, a device and an active service are never treated as the same thing.

Every authoritative fact has one identified owner. Credentials can stay with an identity provider, tickets with a helpdesk and financial execution with billing or accounting, while the platform-owned facts remain independent of those products. This is not about rebuilding every CRM, billing, warehouse or support function. It stops any one of them from accidentally becoming the architecture for the whole business.

Product and service lifecycle management

The model supports the full lifecycle: qualification, ordering, payment, resource allocation, fulfilment, activation, billing handoff and support, plus changes, suspension, cancellation, returns and exception recovery as explicit business transitions.

Product variants are expressed through catalogue data, eligibility, pricing and resource mappings, so adding a variant does not mean building a new application. Genuinely new business behaviour still gets proper design, implementation and testing.

Durable coordination across independent domains

Long-running workflows coordinate payment providers, warehouses and networks without pretending they can share one database transaction. Each domain owns its own state and rules. The workflow manages sequence, waiting, timeouts, retries, external confirmations and what happens when a later step fails.

Compensation is a business action, such as releasing a reservation, arranging a return, issuing a refund or raising an exception. A service that activated successfully but hit a billing problem is not a failed activation. The platform keeps the true service state and routes the billing issue to a controlled recovery process.

Governed events and recoverable state

Canonical, versioned events describe agreed business facts with what is needed for correlation, audit, processing and recovery. State changes and their publication records are committed together, consumers handle redelivery safely, schemas are governed, and event history supports replay. The message broker carries information but is never the only record of what happened.

A repeatable adapter framework

External systems are connected through one adapter approach covering mapping, credentials, validation, external identifiers, rate limits, error classification, backoff, callbacks, test doubles, reconciliation and observability. Provider-specific behaviour stays at the boundary, and a degraded provider cannot exhaust unrelated work.

Replaceability is a testable design goal. Conformance and substitution tests show which components can change without disturbing the core model or its consumers.

Consistent customer, staff and partner experiences

A shared read model and channel-facing API layer power customer portals, mobile apps, internal consoles and scoped partner views. These surfaces read authorised information and request actions explicitly. They never bypass the owning domain.

Users see the real process state: accepted, pending, in progress, blocked, failed or complete. An accepted request is never shown as a delivered service.

Visibility into the operating model

Operational visibility is designed in from the start. You can see where work is waiting, who owns it, how long it has been blocked, where handovers fail and where rework happens, linked to business measures such as throughput, work in progress, queue age and lifecycle timings.

The platform also watches for missing expected output. A process can silently stop making progress, and detecting that absence beats waiting for a customer complaint.

Reconciliation as a platform capability

The platform compares its business facts with records held by providers, payment systems, billing, warehouses and finance, and checks its own read models against authoritative state.

Differences become explainable exceptions with an owner, severity, history and permitted recovery actions, such as a provider re-query, event replay, correction request, refund or read-model rebuild. Controlled, audited operations replace ad hoc database repair.

Operational, telemetry and analytical data kept separate

Transactional state, high-volume device or network telemetry and analytical history have different processing, retention and recovery needs, so they are kept apart. Raw telemetry does not flood business events, and reporting never becomes a dependency for day-to-day customer operations.

Technology and extension model

A representative implementation uses Go domain services and adapters, PostgreSQL operational stores, Temporal orchestration and containerised deployment on Kubernetes, with event transport such as NATS JetStream behind controlled interfaces. Identity, telemetry, analytics and channel technologies are chosen to fit your environment and standards.

The model extends towards additional connectivity products, partner and reseller functions, mobile enablement, payment and wallet capabilities, and other digital services, each defined as its own delivery scope.

Business value

A coherent foundation for service delivery, operational control and future change, without tying your core business model to a particular packaged system.

How the platforms fit together

The Enablement Platform suits organisations whose existing systems already own customer, product and operational records, but which need better integration, abstraction and automation around them.

The Digital Services & Operations Platform suits organisations that also need to establish or regain control of those core business facts and coordinate an end-to-end service lifecycle across replaceable systems.

They can be complementary layers in one solution, or scoped separately. The enablement approach supplies reusable integration and orchestration. The broader platform adds explicit domain ownership, product-service-resource modelling, governed events, shared operational views and systematic reconciliation.

Talk to Khmara

Tell us which systems you have, which ones you want to control, and where your services break down today. Start a conversation.