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Service · Salesforce Development

Salesforce, engineered to your exact spec.

Custom LWC components, Apex classes, OmniStudio flows, and API integrations — built by senior Salesforce engineers, tested to platform limits, and shipped with the architecture brief in your repo, not our heads.

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See Code Samples
src/lwc/accountList/accountList.js 123 456 789 101112 131415 161718 import { LightningElement, api, wire } from 'lwc'; import getAccounts from '@salesforce/apex/AccountController.list'; export default class AccountList extends LightningElement { @api recordId; @api maxResults = 25; accounts = []; error; @wire(getAccounts, { ownerId: '$recordId' }) wiredAccounts({ data, error }) { if (data) this.accounts = data; else if (error) this.error = error.body.message; } handleSelect(event) { this.dispatchEvent(new CustomEvent('row', { detail: event.detail })); } } JavaScript Ln 19, Col 2 UTF-8 · LF force-app/main/default/pages/AccountList.page 123 456 789 101112 131415 161718 <apex:page standardController="Account" extensions="AccountListExt" lightningStylesheets="true"> <apex:slds /> <apex:form> <apex:pageBlock title="Accounts" mode="edit"> <apex:pageBlockTable value="{!accounts}" var="a"> <apex:column value="{!a.Name}"/> <apex:column value="{!a.Industry}"/> <apex:column value="{!a.Phone}"/> <apex:column value="{!a.AnnualRevenue}"/> </apex:pageBlockTable> <apex:pageBlockButtons> <apex:commandButton action="{!save}" value="Save"/> </apex:pageBlockButtons> </apex:pageBlock> Visualforce Ln 20, Col 12 UTF-8 · LF
The Engineering Stack

Four layers, one cohesive build.

Custom LWC, Apex, OmniStudio, and API — each tuned to play nicely with the next, deployed as one coherent platform.

LAYER 01

Presentation

Custom LWC Components

Lightning Web Components engineered to your team's workflows — accessible, fast, and built with the SLDS design system as the floor, not the ceiling.

LWC v60+ SLDS Accessibility-first Lightning App Builder
LAYER 02

Business Logic

Apex Classes & Triggers

Server-side Apex with governor-aware design, SOQL discipline, and 90%+ test coverage as a baseline — not a release-day scramble.

Apex 64 Governor-safe 90%+ coverage Salesforce DX
LAYER 03

Process Layer

OmniStudio Flows

OmniScript, FlexCards, DataRaptors, and Integration Procedures — declarative tooling for high-touch journeys, configured by engineers who know its limits.

OmniScript FlexCards DataRaptors Integration Procedures
LAYER 04

Integration

API Integrations

REST, SOAP, GraphQL, Platform Events, Streaming, and Bulk API — wired through MuleSoft or hand-rolled Apex callouts, with retries, idempotency and observability built in.

REST · SOAP Platform Events Streaming API Bulk · MuleSoft
Engineering Standards

Our engineering bar non-negotiable.

Six commitments we apply to every Salesforce build. Documented in your repo, enforced in CI, and shipped with every PR.

Engineering Runbook

v2.4 · last updated 2 days ago

6 / 6 All Green
PR #284 bulkify ReferralTrigger feat/triggers
  • Apex tests 142 / 142 passed
  • Code coverage 93.1%
  • Lint (eslint-lwc) 0 errors
  • Static analysis PMD clean
  • SOQL governor scan safe
  • Reviewer approval 2 / 2
  • 01

    90%+ Apex test coverage on every PR

    Coverage budget enforced in CI; new code below threshold blocks the merge.

    92.3%
  • 02

    Salesforce DX, source-driven only

    Scratch orgs per ticket, package-installable artefacts, source of truth in Git.

    2.4×/wk
  • 03

    Governor-aware design from line one

    SOQL audited for selectivity; bulk-safe Apex patterns; DML batched.

    <60% util
  • 04

    Two senior reviewers, every PR

    Architect + peer engineer must approve. No solo merges to main.

    <4 hrs SLA
  • 05

    Tracing & telemetry on every integration

    Custom logger + Platform Event tracing + scheduled health checks.

    <30m MTTR
  • 06

    Live engineering docs in your repo

    ADRs + Mermaid diagrams + auto-published API reference. You own the knowledge.

    30+ ADRs
What We Do

Core Services

End-to-end Salesforce expertise — from first implementation to AI-powered automation. Every service has its own dedicated page with full details.

P Patient #4821 Last seen 3 days ago Penicillin Latex VITALS BP 124/82 · HR 72 · O₂ 98% Call Note Schedule
c-patient-card

PatientCard

Compact LWC summarising a patient — last visit, allergies, and quick actions.

REFERRAL FLOW · 3 STEPS 01 Eligibility verify coverage 02 Triage priority + dept 03 Review clinical sign-off
c-referral-flow

ReferralFlow

OmniScript-driven referral flow — eligibility, triage, and clinical review in three steps.

OUTCOMES · 6 MONTHS Diabetes Cardiac Pediatric Jan Feb Mar Apr May Jun
c-outcomes-chart

OutcomesChart

FlexCard wrapping ChartJS — outcomes over time, segmented by patient cohort.

CONSENT · NPHIES EN AR FULL NAME / الاسم الكامل Mohammed Al-Rashid NATIONAL ID / رقم الهوية 1078·····42 I consent to data sharing per NPHIES guidelines SIGNATURE / التوقيع
c-consent-form

ConsentForm

Bilingual digital consent form, NPHIES-compliant, captures e-signature inline.

Development Cycle

How a feature ships at Anchor.

Eight stages from kickoff to steady-state. The same lifecycle runs through every Anchor engagement — bundled or à la carte. Click any stage to dive in.

Stage 01 / 08

Discovery

Map the work before we touch the org.

We start with the room — stakeholders, current pain, the unspoken constraints. Structured workshops, interviews, and process mapping get us to a shared definition of done before a single object is configured.

What happens in this stage

  • Stakeholder interviews & workshops
  • Current-state process mapping (BPMN)
  • Pain-point & opportunity scoring
  • Functional + non-functional requirements
  • Backlog prioritization (MoSCoW)
Tools Miro · Confluence · Linear
Output Business Requirements
Typical 2 – 4 weeks
Engineering Output

Numbers from our last 12 dev engagements.

What “good” looks like for a Salesforce Development partner — and what we measure ourselves against.

Shipping Metrics Live
  • 92.3% Avg test coverage last 12 engagements
  • < 4 hrs PR review SLA p95
  • 2.4× Deploys per week on average
  • < 30m Incident MTTR last 90 days
shipping.log Streaming
  • 14:42 DEPLOY v2.4.1 → production · 0 errors patient-portal
  • 14:18 TEST 142 tests passed · 93.1% coverage referral-svc
  • 13:55 PR #284 merged: bulkify ReferralTrigger apex-core
  • 13:30 PERF SOQL refactor: 4.2s → 0.9s reporting
  • 12:58 PR #283 merged: add c-consent-form LWC omnistudio
  • 11:42 DEPLOY v2.3.9 → UAT · gate passed integrations
  • 10:14 TEST 92 tests passed · governor-safe apex-core
Engagement Cadence

A typical 6-week development sprint.

Week-by-week breakdown of how we structure a Salesforce development engagement — predictable, gated, and observable.

Sprint Timeline

6-week typical engagement

Fixed-fee
WK 1

Discover

  • Tech audit
  • Spec review
  • Backlog
WK 2

Design

  • SDD
  • Data model
  • Mock UI
WK 3

Build

  • Apex
  • LWC
  • Flows
WK 4

Build

  • Apex
  • LWC
  • Tests
WK 5

Validate

  • UAT
  • Load test
  • Sec review
WK 6

Deploy

  • Cutover
  • Hypercare
  • Hand-off
  • WK 0 Kickoff
  • WK 2 Design freeze
  • WK 4 Code complete
  • WK 5 UAT sign-off
  • WK 6 Go-live
FAQs

Questions, answered.

The things teams ask us most when scoping a Salesforce implementation.

KSA Priority
Can Salesforce integrate with legacy systems and local health exchanges?
Yes. Modern healthcare architectures rely on HL7 and FHIR standards to ensure data liquidity. Salesforce can act as a unified interface that sits on top of your existing Hospital Information System (HIS), allowing data to flow seamlessly between the clinical back-end and the patient-facing front-end.
How do you ensure data security and regional compliance?
Every deployment is aligned with KSA NCA ECC controls, SDAIA guidelines, and international standards including ISO 27001 and SOC 2. Data residency is maintained in-region, with encryption at rest and in transit, role-based access, and continuous audit logging.
What is the typical timeline for a digital transformation project?
Most mid-scope rollouts land between 8 and 16 weeks — discovery and design in weeks 1–3, iterative build and integration in weeks 4–12, and UAT plus go-live in the final phase. Enterprise programs with multi-cloud footprints typically run 4–6 months.
How do you support staff adoption and training?
We embed change management from day one — persona-based training tracks, in-app guidance via Salesforce In-App Guidance, Arabic and English documentation, and a 30-day hypercare window post go-live. Adoption metrics are reviewed weekly against baseline KPIs.
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