Buyer preparation
How to Choose a Custom Software Development Partner
Compare software development partners using delivery evidence, named responsibilities, assumptions, security verification and a workable support and handover plan.
Read the guideLCR Technologies guides
South African guidance on client portals, custom software, workflow automation, AI agents and connected business systems.
Guide library
Browse by product planning, portals, business systems, AI or mobile delivery. Each guide links to the relevant service and practical next step.
Buyer preparation
Compare software development partners using delivery evidence, named responsibilities, assumptions, security verification and a workable support and handover plan.
Read the guideBuyer preparation
Prepare a client portal brief covering customer organisations, one complete journey, source systems, permissions, documents, exceptions and launch acceptance.
Read the guideBuyer preparation
Prepare integration access, system ownership, sample data, interface evidence, test environments and recovery decisions before development begins.
Read the guideBuyer preparation
Understand discovery workshop preparation, participants, workflow mapping, risky assumptions, decision records and the evidence needed before a software build.
Read the guideCustom software delivery
Plan a legacy application change around behaviour tests, data migration, phased cutover, rollback and retirement evidence before replacing working processes.
Read the guideCustom software delivery
Write a usable software scope with user outcomes, boundaries, acceptance examples, dependency owners and change decisions before estimating the first release.
Read the guideMVP and custom software planning
Plan a SaaS MVP budget around the first customer outcome, tenant isolation, billing, onboarding and ongoing operation, without generic price promises.
Read the guideMVP and custom software planning
Choose MVP features by user outcome, learning value, essential controls and dependencies. Separate launch needs from later ideas with a practical decision test.
Read the guideMVP and custom software planning
Use an evidence-led MVP checklist for scope, data, permissions, integrations, testing, launch and ownership before inviting the first users.
Read the guideMVP and custom software planning
Assess custom software for a South African business: workflow fit, existing systems, delivery evidence, local operating needs and ownership before commissioning a build.
Read the guideMVP and custom software planning
Compare custom, packaged and hybrid software using workflow fit, integrations, lifecycle cost, control and exit evidence rather than feature lists alone.
Read the guideMVP and product planning
Understand what shapes an MVP budget in South Africa, compare equivalent scopes and estimate the smallest viable release without generic price promises.
Read the guideMVP and product planning
Plan an MVP around dependencies, working milestones and launch evidence. Estimate the core release with your team instead of relying on a fixed duration.
Read the guideMVP and product planning
Choose a prototype to test an assumption or an MVP to deliver a real user outcome. Compare evidence, data, reliability and the decision each supports.
Read the guideMVP and product planning
Assess Laravel for a focused web MVP. Plan authentication, business permissions, integrations, tests and operations without mistaking a starter kit for a product.
Read the guideComparison
Compare product sharing, platform depth, performance, team capability, delivery cost and long-term ownership.
Read the guideComparison
Choose from user context, access, frequency, device capability, offline needs, distribution and product operations.
Read the guideComparison
Choose a dashboard for trusted insight or an application for controlled records, workflow, decisions and business actions.
Read the guideBuild versus buy
Compare workflow fit, delivery speed, integration, roadmap control, ownership, total cost and exit risk before choosing to build or buy.
Read the guideSouth African pricing
Compare indicative 2026 planning ranges, scope drivers, commercial models and full ownership costs for internal applications.
Read the guideComparison
Choose Secure Data Sharing for capable Snowflake consumers or a portal for branded human access and workflow.
Read the guideComparison
Choose a focused reporting database for a bounded operational need or a warehouse for integrated history, governed measures and wider analytical scale.
Read the guideComparison
Choose the smallest interface that fits the user's need for insight, self-service or a specialised end-to-end workflow.
Read the guideComparison
Choose an API for software consumers, a portal for people and workflows, or a shared service that supports both channels.
Read the guideComparison
Compare workflow fit, delivery speed, integration effort, customer experience, security, cost and long-term ownership.
Read the guideComparison
Compare delivery speed, Dataverse fit, integration effort, customer experience, security, licensing and long-term ownership.
Read the guideComparison
Choose SharePoint for Microsoft 365 collaboration or a custom portal for a tailored external customer workflow and experience.
Read the guideComparison
Choose a dashboard for visibility or a client portal for customer actions, self-service and connected workflows.
Read the guideSnowflake data applications
Use Snowflake for governed analytical data and a server-side application layer for customer identity, tenant scope and workflow.
Read the guideSnowflake customer access
Compare a customer portal, reader account, API and scheduled export for different human and machine consumers.
Read the guideCustomer reporting
Preserve reporting context as customers query a result, submit evidence, approve an item or track a resolution.
Read the guideData applications
Add a tenant-aware serving layer, governed measures, freshness controls and customer workflow around trusted analytical data.
Read the guideClient portals
Plan customer identity, tenant-aware authorisation, stable contracts, integrations, resilience, versioning and observable operations.
Read the guideClient portals
Use organisation-aware identity, server-side authorisation, tenant-scoped queries and adversarial tests to prevent cross-customer access.
Read the guideClient portals
Assess discovery, security, integration thinking, delivery evidence, ownership, support and commercial clarity before appointing a portal partner.
Read the guideClient portals
Work from business outcomes and customer access through architecture, testing, rollout, adoption and support readiness.
Read the guideClient portals
Build an evidence-based ROI case from request volume, handling time, errors, adoption, full cost and measurable operating outcomes.
Read the guideClient portals
Design organisations, memberships, permissions, customer data isolation, integrations and tenant-aware operations.
Read the guideClient portals
Plan identity, customer separation, permissions, data protection, integrations and secure operations as one system.
Read the guideClient portals
Map data ownership and choose reliable patterns for APIs, events, queues, synchronisation and legacy-system integration.
Read the guideClient portals
Plan secure access, customer workflows, documents, reporting, integrations, administration and the first useful version.
Read the guideClient portals
Compare SaaS, configured platforms, custom development and hybrid approaches across fit, cost, control and integrations.
Read the guideClient portals
Use seven practical signs to assess recurring customer requests, fragmented systems, service volume and the case for a custom portal.
Read the guideClient portals
Compare realistic planning budgets, example scopes, cost drivers, timelines and the decision to build or buy.
Read the guideConnected applications
Define topics, client identity, delivery semantics, reconnect and business outcomes beyond one broker connection.
Read the guideInternal operations
Define the trigger, outcome, ownership, decisions, data, system boundaries, exceptions and measures before choosing the software.
Read the guideBusiness integration
Define authoritative records, stable integration contracts, safe retries, visible failures and reconciliation before removing manual entry.
Read the guideSouth African automation
Select one stable, repeated and measurable workflow, then design the people, system, privacy and exception controls around the full outcome.
Read the guideInternal applications
Use workflow, permissions, validation, audit and integration needs to decide when a spreadsheet has become an operational system.
Read the guideWorkflow automation
Create one workflow record behind the channels, then control routing, human review, system updates and exceptions.
Read the guideWorkflow automation
Score candidate workflows by value, frequency, rule clarity, data readiness, exception risk and measurable outcomes.
Read the guideWorkflow automation
Build a measured business case from labour capacity, cycle time, errors and risk against full implementation and operating cost.
Read the guideApplication architecture
Use Laravel for application identity and workflow, with a constrained server-side connection to governed Snowflake data.
Read the guideIntegration architecture
Choose an API for immediate request and response, a webhook for event notification, or a queue for durable asynchronous work.
Read the guideSystem integration
Place a controlled translation boundary between the new application and legacy interfaces, then design for failure and coexistence.
Read the guideIntegration architecture
Create stable business contracts across APIs, events, queues and batch exchange with explicit ownership and observable operations.
Read the guideReporting architecture
Separate governed data, customer identity, serving contracts, presentation and follow-up workflow into clear architectural responsibilities.
Read the guideSystem modernisation
Create a stable boundary around the legacy system and deliver one valuable capability at a time while old and new components coexist.
Read the guideReporting architecture
Align business definitions, keys and ownership before integrating data into a governed analytical and reporting model.
Read the guideConnected systems
Use a controlled application boundary for identity, authorisation, data minimisation, integration resilience and auditable customer access.
Read the guideSystem modernisation
Extend a system of record through supported interfaces, a stable application model and an incremental delivery boundary.
Read the guideConnected systems
Build a governed application layer around ERP, CRM, operational and reporting data without replacing every source system.
Read the guideAI workflow planning
Design useful AI action approvals with clear decision rights, evidence, exact action previews, expiry, rejection paths and verified execution.
Read the guideAI workflow planning
Design an agent workflow around durable task state, bounded decisions, verified tools, approvals, recovery and operational ownership.
Read the guideAI workflow planning
Choose an AI agent channel by the customer task, identity, evidence, accessibility, handover and operating cost, with practical first-release trade-offs.
Read the guideAI workflow planning
Prepare an AI agent release with named owners and evidence for workflow scope, data, tools, approvals, evaluation, recovery and ongoing operation.
Read the guideAI business case
Measure accepted outcomes, review effort and usable capacity against the full cost of the agent workflow.
Read the guideAI delivery decision
Compare platform, custom and hybrid delivery against the same workflow, controls and ownership requirements.
Read the guideAI buyer readiness
Assess workflow suitability and prepare the outcome, boundaries and evidence before appointing a development partner.
Read the guideWhatsApp AI
Separate the messaging channel from the knowledge, integrations and human ownership needed for useful business outcomes.
Read the guideAI investment planning
Estimate the first viable workflow with your team, separating delivery, supplier usage, human handling and ongoing ownership.
Read the guideAI service operations
Define triggers, accepted ownership, useful context, availability and the measures of an effective handover.
Read the guideAI integration
Design narrow tool contracts, verified identity, safe writes, durable work and recovery around your business systems.
Read the guideAI security
Keep permissions outside the model and control data, approvals, credentials, untrusted content and consequential actions.
Read the guideAI decision guide
Choose the least autonomy that can achieve the outcome by comparing conversation, workflow, tools, controls and measurable value.
Read the guideMobile operations
Connect journey success, app health, device state, workflow outcomes and release evidence into one useful operating view.
Read the guideMobile modernisation
Decide whether to migrate, choose an incremental boundary and control architecture, data, release and rollback risk.
Read the guideMobile resilience
Design honest user states, durable operations, safe retry and recovery for mobile work across unstable and changing networks.
Read the guideManaged devices
Treat the application, managed hardware, identity, rollout, support and retirement as one operated business system.
Read the guideHardware and IoT
Choose the transport and design the protocol, physical outcome, security, testing and lifecycle as one connected product.
Read the guideMobile integration
Use an authenticated server-side boundary for identity, permissions, stable mobile contracts, offline work and reliable system integration.
Read the guideMobile product ownership
Estimate product health, incident response and improvement from the supported app boundary, technical baseline and service obligation.
Read the guideOffline mobile apps
Define which journeys remain useful offline, how local work is represented, and how security, recovery and conflicts are handled.
Read the guideFlutter architecture
Separate views, view models, repositories and services so local state and durable synchronisation remain testable and understandable.
Read the guideMobile data synchronisation
Use operation IDs, versions, an outbox, safe retry and explicit conflict rules to reconcile local intent with server outcomes.
Read the guideSouth African mobile pricing
Scope the smallest viable mobile product, estimate it with the delivery team and plan later investment from real launch evidence.
Read the guideFlutter development
Understand where shared Flutter architecture fits, how native integration works and which delivery risks to validate early.
Read the guideMobile delivery planning
Estimate a viable first release from its dependencies, validate the critical path and plan later phases from launch evidence.
Read the guide