Apex classes and triggers
Implement bulk-safe logic, transaction boundaries, exception handling, test coverage and governor-limit awareness.
Extend Salesforce using maintainable code and configuration matched to the requirement. Define acceptance criteria, platform limits, access behavior, tests, deployment dependencies and support ownership before implementation.
Connect business requirements to Apex, Lightning Web Components, Flow, APIs, tests and release controls.
Custom development should solve a defined need without creating avoidable coupling or hidden operational cost.
Implement bulk-safe logic, transaction boundaries, exception handling, test coverage and governor-limit awareness.
Build reusable interfaces with accessibility, permission-aware data access, responsive states and clear user feedback.
Extend declarative workflows with custom actions or invocable logic when standard configuration cannot meet the need.
Implement endpoint contracts, authentication, payload validation, versioning, error codes, retries and idempotency.
Design async processing, ordering expectations, failure recovery, monitoring and replay limitations.
Review maintainability, test depth, security, naming, modularity and documentation as part of delivery.
Technology choices should follow the business process and operating context. Capture constraints and failure behavior early so implementation teams know what “ready” means.
Use supported APIs and standard capabilities, documenting tradeoffs for custom implementations.
Respect CRUD/FLS, sharing, input validation and permission boundaries.
Define what happens when inputs are missing, downstream systems fail or processing limits are reached.
Keep reusable logic, tests, design notes, dependencies and runbooks accessible to the next maintainer.
Development scope depends on repo access, org architecture, required skills, coding standards, testing tools and deployment policies. No Salesforce certification or partner status is implied.
A consistent sequence makes dependencies visible and reduces the chance that data, integration, permissions or operational needs are discovered at the end of the project.
Specify user outcomes, examples, exceptions and acceptance conditions.
Choose Apex, LWC, Flow, APIs or standard functionality according to complexity and maintainability.
Build incrementally, review changes, run unit and regression tests, and validate access scenarios.
Document deploy steps, dependencies, known limitations, monitoring and ownership.
Use these pages to connect cloud requirements, implementation work and ongoing operations into a clear delivery path.
Final scope depends on the products enabled in your Salesforce environment, access, architecture, licensing and acceptance needs.
Depending on requirements, scope may include Apex, Lightning Web Components, Flow extensions, REST/SOAP APIs, Platform Events and metadata configuration.
Test coverage and behavior should be built into scope, including bulk behavior, permission context, expected failures and regression scenarios.
Existing repositories and conventions can be reviewed first so that new code fits the client’s architecture, release workflow and maintainability standards.
Salesforce product names, capabilities, licensing and implementation guidance evolve. Validate current platform requirements before finalizing scope.
Review current platform development documentation.
Open developer docs →Check design guidance for maintainable platform solutions.
Open architecture guidance →HISOLIT provides independent consulting and engineering services. Salesforce and related product names are trademarks of Salesforce, Inc. This page does not imply endorsement, affiliation or partner status. Verify third-party credentials directly with the relevant provider.
Share the Salesforce products involved, systems, business goal, current challenges and expected timeline. This helps frame a useful first discussion.